CN104640224B

CN104640224B - A kind of network data transmission method, apparatus and system

Info

Publication number: CN104640224B
Application number: CN201310560372.5A
Authority: CN
Inventors: 李汉涛
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-11-12
Filing date: 2013-11-12
Publication date: 2018-06-19
Anticipated expiration: 2033-11-12
Also published as: CN104640224A; WO2015070625A1

Abstract

The embodiment of the invention discloses a kind of network data transmission method, apparatus and system, wherein, this method includes：Predict network resource transmission situation of the target terminal in following certain period of time；The selective scheduling strategy for ensureing user experience is generated based on the network resource transmission situation；The network data is sent to the target terminal according to the selective scheduling strategy in centralized dispatching section；Wherein, the network data runs current business for the target terminal in the centralized dispatching section and the use section.The embodiment of the present invention can ensure the business run on mobile terminal smoothness, ensure user service experience.

Description

A kind of network data transmission method, apparatus and system

Technical field

The present invention relates to the communications field more particularly to a kind of network data transmission method, apparatus and systems.

Background technology

With the development of network technology, the network speed that user uses also is getting faster, and such user's browse network resource also can It is more and more.It, can faster browsing network document or browsing when user uses mobile terminal for example, the development of 4G networks More networks resource.But mobile terminal viewing network resources are often used during being movement being applied to user, For example, user hand over to the collective or the state on vehicle watch video either browse news when or user travel when, on recreational vehicle viewing video it is clear Look at news etc..And user is in moving process（Mobile terminal is in moving process in other words）Often pass through different cells, It is that can not reliably be ensured or channel condition is poor to ensure service speed when user is moved to cell edge, that is, is used Family be moved to cell edge it is small viewing video either browse news probably will appear interim card situation i.e. video resource or The Internet resources such as News Resources show not smooth.As it can be seen that in existing network system, the business run on mobile terminal not enough flows Freely, poor user experience.

Invention content

An embodiment of the present invention provides a kind of network data transmission method, apparatus and systems, it is ensured that on mobile terminal The business of operation is smooth, promotes user experience.

In a first aspect, a kind of network data transmission method provided in an embodiment of the present invention, including：

Predict network resource transmission situation of the target terminal in following certain period of time；

The selective scheduling strategy for ensureing user experience is generated based on the network resource transmission situation, wherein, the choosing Selecting property scheduling strategy includes representing the block information in centralized dispatching section and the data information for representing network data, institute Network data is stated by the target terminal in the centralized dispatching section and the network data of the business run using section, institute The network resource transmission situation for stating centralized dispatching section is better than the network resource transmission situation using section；

The network is sent to the target terminal according to the selective scheduling strategy in the centralized dispatching section Data；Wherein, the network data is worked as the target terminal in the centralized dispatching section and described run using section Preceding business.

In the first possible realization method of first aspect, the prediction target terminal is in following certain period of time Network resource transmission situation, including：

Network of the target terminal in following certain period of time is inquired from the network performance data library obtained in advance Resource transmission situation；Wherein, the network performance data library includes network money of the target terminal in following certain period of time Source status transmission.

With reference to first aspect or second aspect, in second of possible realization method of first aspect, the target Terminal is moving rail of the target terminal in following certain period of time in the network resource transmission situation of following certain period of time The network resource transmission situation of each position in mark；The selectivity scheduling strategy is the area for including being used to represent centralized dispatching section Between information and the regioselectivity scheduling strategy for representing the data information of network data, the centralized dispatching section and described Using position section of the section for different location in the motion track, the centralized dispatching section is located at described using before section Face, the business that the network data is run in the centralized dispatching section and while being moved using section by the target terminal Network data；Or

The target terminal following certain period of time network resource transmission situation for the target terminal future one The network resource transmission situation at each time point for the location of section of fixing time；The selectivity scheduling strategy is to include being used for table Show the block information in centralized dispatching section and the time selectivity scheduling strategy for representing the data information of network data, it is described Centralized dispatching section and the time interval using different time points of the section for the location of the target terminal, it is described Centralized dispatching section uses section earlier than described..

The possible realization method of second with reference to first aspect, in the third possible realization method of first aspect, The centralized dispatching section specific length best for network resource transmission situation in specific position section in the motion track Position section, and the motion track include at least one specific position section, wherein, the specific length is advance The length of setting；Or

The centralized dispatching section is that network resource transmission situation is best in specific position section in the motion track The position section of specific length, and the motion track includes at least one specific position section, wherein, the specific length The length to be calculated according to real time information is spent, the real time information includes at least one of following：

The network resource transmission condition information of the motion track, the movement speed of the target terminal, the target are whole The service rate require information at end, the traffic information of the motion track.

The third possible realization method with reference to first aspect, in the 4th kind of possible realization method of first aspect, The network performance data library is used to represent the network performance data library of the network resource transmission situation of specific location area, described Motion track is located at the specific location area；The network resource transmission situation includes：Channel quality level situation and/or small Area's load state；

It is described that the target terminal is inquired from the network performance data library obtained in advance in following certain period of time Before network resource transmission situation, the method further includes：

Obtain the channel quality level situation of the specific location area and/or cell load situation；

It establishes to represent specific location area according to the channel quality level situation of acquisition and/or cell load situation The network performance data library of network resource transmission situation.

The 4th kind of possible realization method with reference to first aspect, in the 5th kind of possible realization method of first aspect, The channel quality level situation for obtaining the specific location area, including：

It receives positioned at the specific position and quantity is more than the channel information that the user terminal of preset quantity reports, and analyzes The channel information received, to obtain the channel quality level situation of the specific location area；Or

The channel quality water of the specific location area is measured by the joint reception technique and multi-antenna technology of multiple cell Flat-shaped condition；

The cell load situation for obtaining the specific location area, including：

The cell load condition information that the base station of each cell of the specific location area reports is obtained, and combines and obtains Cell load condition information obtain the cell load situation of the specific location area..

The third possible realization method or the 4th kind of possible realization method of first aspect with reference to first aspect, In the 6th kind of possible realization method of first aspect, the prediction target terminal is passed in the Internet resources of following certain period of time It is described to further include before defeated situation：

Obtain motion track of the target terminal in following certain period of time.

The 6th kind of possible realization method with reference to first aspect, in the 7th kind of possible realization method of first aspect, The target terminal that obtains includes at least one of in the following manner in the motion track of following certain period of time：

Motion track of the target terminal in following certain period of time is obtained by the route model matching of public transit facility；

Motion track of the target terminal in following certain period of time is obtained by the location information that the target terminal reports；

Motion track of the target terminal in following certain period of time is obtained by multi-antenna technology；

Motion track of the target terminal in following certain period of time is obtained by the historical movement path of the target terminal.

The third possible realization method or the 4th kind of possible realization method of first aspect with reference to first aspect, It is described that user experience is ensured based on network resource transmission situation generation in the 8th kind of possible realization method of first aspect Regioselectivity scheduling strategy, including：

The characteristic information of the target terminal is obtained, and according to each position in the characteristic information and the motion track Network resource transmission situation generation ensure user experience regioselectivity scheduling strategy；Wherein, the regioselectivity tune Degree strategy includes representing the block information in centralized dispatching section and the data information for representing network data, the feature Information includes at least one of following：

The service rate require information of the target terminal, the translational speed information of the target terminal and the moving rail The traffic information of mark.

The 8th kind of possible realization method with reference to first aspect, in the 9th kind of possible realization method of first aspect, The characteristic information for obtaining the target terminal, and according to the net of each position in the characteristic information and the motion track The generation of network resource transmission situation ensures the regioselectivity scheduling strategy of user experience, including：

According to the network resource transmission situation selection centralized dispatching section of each position in the motion track, and according to The centralized dispatching section is selected from the motion track uses section after the centralized dispatching section；

The characteristic information of the target terminal is obtained, and predicts the target terminal in institute according to the characteristic information State centralized dispatching section and the time moved using section；

It is adjusted according to target terminal described in the currently running business of the target terminal and the time prediction in described concentrate Degree section and the business run when being moved using section；

Generation ensures the regioselectivity scheduling strategy of user experience；The regioselectivity scheduling strategy is included for table Show the block information in centralized dispatching section and the data information for representing network data, the network data is whole for the target Hold the network data of business run in the centralized dispatching section and while being moved using section.

The 9th kind of possible realization method with reference to first aspect, in the tenth kind of possible realization method of first aspect, The generation ensures the regioselectivity scheduling strategy of user experience, including：

Target terminal is in the centralized dispatching area according to the service rate requirement forecast of the time and target terminal Between the first network data that load required for the business that is run when moving and prediction target terminal moved described using section The second network data loaded required for the business run when dynamic；

Generation ensures the regioselectivity scheduling strategy of user experience, and the regioselectivity scheduling strategy is included for table The data information and the block information for the centralized dispatching section for showing the first network data and the second network data.

The 9th kind of possible realization method with reference to first aspect, in a kind of the tenth possible realization method of first aspect In, the characteristic information includes the translational speed information of the target terminal and the traffic information of the motion track；It is described to obtain The characteristic information of the target terminal is taken, and predicts the target terminal in the centralized dispatching according to the characteristic information Section and the time moved using section, including：

According to the current movement speed of the target terminal and the traffic information of the motion track, the target terminal is predicted In the centralized dispatching section and the movement speed using section；

According to the target terminal in the centralized dispatching section and the movement speed using section, the mesh is predicted Terminal is marked in the centralized dispatching section and the time moved using section.

The third possible realization method or the 4th kind of possible realization method of first aspect with reference to first aspect, In the 12nd kind of possible realization method of first aspect, the regioselectivity scheduling strategy further includes to represent the mesh Terminal is marked in the centralized dispatching section and the velocity information of the movement speed using section；It is described to be selected according to the region Selecting property scheduling strategy sends the network data to the target terminal, including：

The current movement speed of the target terminal is obtained, and predicts the target terminal described according to the movement speed Centralized dispatching section and the real-time movement speed using section；

By the target terminal in the centralized dispatching section and the real-time movement speed using section and the speed Degree information represent the target terminal the centralized dispatching section and it is described be compared using the movement speed in section, and The data information of the regioselectivity scheduling strategy is adjusted according to the comparison result；

The network data represented by the data information after the adjustment is sent to the target terminal.

Second of possible realization method with reference to first aspect, in the 13rd kind of possible realization method of first aspect In, the centralized dispatching section spy best for network resource transmission situation in the following certain period of time specific time section The long time interval of timing, and the following certain period of time includes at least one specific time section, wherein, the spy Periodically a length of pre-set length；Or

The centralized dispatching section for network resource transmission situation in the following certain period of time specific time section most The position section of good specific duration, and the following certain period of time includes at least one specific time section, wherein, The specific duration is the length calculated according to real time information, and the real time information includes at least one of following：

The service rate requirement of the network resource transmission condition information and the target terminal of the future certain period of time Information.

The 13rd kind of possible realization method with reference to first aspect, in the 14th kind of possible realization method of first aspect In, the network performance data library is used to represent the network money at each time point of the following certain period of time specific location area The location of the network performance data library of source status transmission, described target terminal belong to the specific location area；The net Network resource transmission situation includes：Channel quality level situation and/or cell load situation；

Obtain the channel quality level situation at each time point of specific location area described in the following certain period of time and/ Or cell load situation；

It is established to represent a following timing according to the channel quality level situation of acquisition and/or cell load situation Between the section specific location area network resource transmission situation network performance data library.

The 14th kind of possible realization method with reference to first aspect, in the 15th kind of possible realization method of first aspect In, it is described obtain the channel quality level situation at each time point of specific location area described in the following certain period of time and/ Or cell load situation, including：

The following certain time is obtained by the temporal regularity of the channel quality level situation of the specific location area The channel quality level situation at each time point of Duan Suoshu specific location areas；And/or

The following certain period of time institute is obtained by the temporal regularity of the cell load situation of the specific location area State the cell load situation at each time point of specific location area.

The 13rd kind of possible realization method with reference to first aspect or the 14th kind of possible realization of first aspect 15th kind of possible realization method of mode or first aspect, in the 16th kind of possible realization method of first aspect, The prediction target terminal is described to further include before the network resource transmission situation of following certain period of time：

Predict the target terminal in the location of following certain period of time.

The 16th kind of possible realization method with reference to first aspect, in the 17th kind of possible realization method of first aspect In, the prediction target terminal includes at least one of in the following manner in the location of following certain period of time：

The location information reported by the target terminal predicts the target terminal residing for following certain period of time Position；

Predict the target terminal in following certain period of time by the present position historical record of the target terminal Location.

The 13rd kind of possible realization method with reference to first aspect or the 14th kind of possible realization of first aspect 15th kind of possible realization method of mode or first aspect, in the 18th kind of possible realization method of first aspect, The time selectivity scheduling strategy that the network resource transmission situation generation ensures user experience is based on, including：

According to the target terminal each time point of the location of following certain period of time network resource transmission shape Condition selects the centralized dispatching section, and described in being selected according to the centralized dispatching section and being later than from following certain period of time Centralized dispatching section uses section；

According to target terminal described in the currently running traffic forecast of the target terminal in the centralized dispatching section and institute State the business run using section；

Generation ensures the time selectivity scheduling strategy of user experience；The time selectivity scheduling strategy is included for table Show the block information in centralized dispatching section and the data information for representing network data, the network data is whole for the target End is in the centralized dispatching section and the network data of the business run using section.

The 18th kind of possible realization method with reference to first aspect, in the 19th kind of possible realization method of first aspect In, the generation ensures the time selectivity scheduling strategy of user experience, including：

It is required according to the centralized dispatching section and using the duration in section and the service rate of the target terminal pre- Survey the first network data loaded required for the business that the target terminal is run in the centralized dispatching section and prediction The second network data that target terminal is loaded required for the business run using section；

Generation ensures the time selectivity scheduling strategy of user experience, and the time selectivity scheduling strategy is included for table The data information and the block information for the centralized dispatching section for showing the first network data and the second network data.

The third possible realization method or the 4th kind of possible realization method of first aspect with reference to first aspect Either the 5th kind of possible realization method of first aspect or the 13rd kind of possible realization method of first aspect or 14th kind of possible realization method of one side or the 15th kind of possible realization method of first aspect, in first aspect The 20th kind of possible realization method in, it is described that the network is sent to the target terminal according to the selective scheduling strategy After data, the method further includes：

It carries out keeping the target terminal current business and the business with the target terminal using section described Link for presence essential information transmit；And/or

When the business that the network data is not run including the target terminal in the excess minutes using section When needing the network data loaded, when sending the target terminal in the excess to the target terminal in the use section Between the network data that loads of business needs that is run；And/or

When the target terminal current business, which is sent, to be changed, receive on the target terminal that the target terminal is sent The service quality of business after report variation needs information.

The third possible realization method or the 4th kind of possible realization method of first aspect with reference to first aspect Either the 5th kind of possible realization method of first aspect or the 13rd kind of possible realization method of first aspect or 14th kind of possible realization method of one side or the 15th kind of possible realization method of first aspect, in first aspect A kind of the 20th possible realization method in, the network data is used to indicate target terminal reporting uplink data；The basis After the target terminal sends the network data, the method further includes the selectivity scheduling strategy：

The upstream data that the target terminal responds the network data and sends is received in the centralized dispatching section.

Second aspect, the embodiment of the present invention provide a kind of network data transmission method, including：

The target terminal receives the target terminal that the network equipment is sent in centralized dispatching section and is adjusted in described concentrate Spend the network data of section and the business run using section；Wherein, the network data is the target terminal described Centralized dispatching section and the network data of the business run using section, the network resource transmission shape in the centralized dispatching section Condition is better than the network resource transmission situation using section；

The target terminal caches the network data；

The target terminal calls the network data operation current in the centralized dispatching section and the use section Business.

In the first possible realization method of second aspect, the centralized dispatching section and the use section are institute The position section of target terminal different location in the motion track of following certain period of time is stated, the centralized dispatching section is located at It is described using before section or

The centralized dispatching section and it is described the use of section is the position within uncertain certain time residing for the target terminal The time interval for the different time points put, the centralized dispatching section use section earlier than described.

With reference to the first possible realization method of person's second aspect, second in second aspect may realization method In, the target terminal receives the target terminal of network equipment transmission in centralized dispatching section in the centralized dispatching section With section is used to be run the network data of business before, the method further includes：

The target terminal is to the network equipment reporting position information；

The target terminal reports the motion track of the target terminal to the network equipment.

With reference to the first possible realization method of second aspect or second of possible realization method of second aspect, In the third possible realization method of second aspect, the method further includes：

The target terminal carries out using section and the network equipment keeping current business and described working as described The link of preceding business is transmitted for the essential information of presence；And/or

When the business that the network data is not run including the target terminal in the excess minutes using section When needing the network data loaded, the target terminal is in the target that the network equipment transmission is received using section The network data that terminal is loaded in the business needs that the excess minutes are run, and the network data is called to run current industry Business；And/or

When the target terminal current business, which is sent, to be changed, the target terminal reports the industry after variation to the network equipment The service quality of business needs information.

With reference to the first possible realization method of second aspect or second of possible realization method of second aspect, In the 4th kind of possible realization method of second aspect, the network data is used to indicate target terminal reporting uplink data；Institute It states target terminal and calls the network data operation current business in the centralized dispatching section and the use section, including：

The target terminal calls the network data operation current in the centralized dispatching section and the use section Business, and the upstream data for responding the network data is sent to the network equipment.

The third aspect, the embodiment of the present invention provide a kind of network data transmission method, including：

Obtain the network resource transmission situation of specific location area each position；

The network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library, the net Network performance database includes network resource transmission situation of the target terminal in following certain period of time；

The Query Information that the network equipment is sent is received, and from target terminal described in the network performance data library inquiry not Carry out the network resource transmission situation of certain period of time, the target terminal is in the network resource transmission situation of following certain period of time For generating the selective scheduling strategy for ensureing user experience, the selectivity scheduling strategy is used in centralized dispatching section Network data is sent to the target terminal；Wherein, the network data is used for the target terminal in the centralized dispatching area Between and it is described run current business using section, the selectivity scheduling strategy is included for the section that represents centralized dispatching section Information and the data information for representing network data, the network data are the target terminal in the centralized dispatching section With the network data of business that section is used to be run, the network resource transmission situation in the centralized dispatching section is better than described make With the network resource transmission situation in section.

In the first possible realization method of the third aspect, described pair acquisition the network resource transmission situation into Row analyzing and processing, to establish network performance data library, including：

The network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library, wherein, point Analysis processing includes one of in the following manner：

Filtering process, rasterizing processing, interpolation processing and sample process.

It is described from the network performance number in second of possible realization method of the third aspect with reference to the third aspect According to target terminal described in library inquiry after the network resource transmission situation of following certain period of time, the method further includes：

Network resource transmission situation of the target terminal in following certain period of time is sent to the network equipment；Or

Network resource transmission situation generation based on the target terminal in following certain period of time ensures user experience The selectivity scheduling strategy, and send the selective scheduling strategy to the network equipment.

Second with reference to the third aspect either the first possible realization method of the third aspect or the third aspect can The realization method of energy, in the third possible realization method of the third aspect, the target terminal is in following certain period of time Network resource transmission situation be target terminal each position in the motion track of following certain period of time Internet resources Status transmission；The selectivity scheduling strategy is the block information that includes being used to represent centralized dispatching section and for representing network The regioselectivity scheduling strategy of the data information of data, the centralized dispatching section and the use section are the moving rail The position section of different location in mark, positioned at described using before section, the network data is institute in the centralized dispatching section State the network data of business that target terminal is run in the centralized dispatching section and while being moved using section；Or

The target terminal following certain period of time network resource transmission situation for the target terminal future one The network resource transmission situation at each time point for the location of section of fixing time；The selectivity scheduling strategy is to include being used for table Show the block information in centralized dispatching section and the time selectivity scheduling strategy for representing the data information of network data, it is described Centralized dispatching section and the time interval using different time points of the section for the location of the target terminal, it is described Centralized dispatching section uses section earlier than described.

With reference to the third possible realization method of the third aspect, in the 4th kind of possible realization method of the third aspect In, the network performance data library is used to represent the network performance data library of the network resource transmission situation of specific location area, The motion track is located at the specific location area；The network resource transmission situation includes：Channel quality level situation and/ Or cell load situation；

The information of the network resource transmission situation for obtaining specific location area each position, including：

The acquisition channel quality level situation of specific location area each position and/or cell load situation.

With reference to the 4th kind of possible realization method of the third aspect, in the 5th kind of possible realization method of the third aspect In, the channel quality level situation for obtaining the specific location area each position, including：

It receives positioned at the specific position and quantity is more than the channel information that the user terminal of preset quantity reports, and analyzes The channel information received, to obtain the channel quality level situation of the specific location area each position；Or

The channel of the specific location area each position is measured by the joint reception technique and multi-antenna technology of multiple cell Quality level situation；

The cell load situation for obtaining the specific location area, including：

The cell load condition information that the base station of each cell of the specific location area reports is obtained, and combines and obtains Cell load condition information obtain the cell load situation of the specific location area.

With reference to the third possible realization method of the third aspect, in the 6th kind of possible realization method of the third aspect In, the network resource transmission situation of described pair of acquisition analyzes and processes, to establish network performance data library, including：

The network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library, wherein, institute Network performance data library is stated for representing the network resource transmission shape of the downlink of the specific location area each position and/or uplink Condition.

With reference to the third possible realization method of the third aspect, in the 7th kind of possible realization method of the third aspect In, the network performance data library is used to represent the network money at each time point of the following certain period of time specific location area The location of the network performance data library of source status transmission, described target terminal belong to the specific location area；The net Network resource transmission situation includes：Channel quality level situation and/or cell load situation；

Obtain the channel quality level situation at each time point of the following certain period of time specific location area each position And/or cell load situation.

With reference to the 7th kind of possible realization method of the third aspect, in the 8th kind of possible realization method of the third aspect In, the channel quality level situation at each time point for obtaining the following certain period of time specific location area each position And/or cell load situation, including：

A following timing is obtained by the temporal regularity of the channel quality level situation of specific location area each position Between the section specific location area each position each time point channel quality level situation；And/or

The following certain period of time is obtained by the temporal regularity of the cell load situation of specific location area each position The cell load situation at each time point of the specific location area each position.

Fourth aspect, the embodiment of the present invention provide a kind of network data transmission device, including：First predicting unit, generation Unit and the first transmitting element, wherein：

First predicting unit, for predicting network resource transmission situation of the target terminal in following certain period of time；

The generation unit, the network resource transmission situation for being predicted based on first predicting unit, which is generated, protects The selective scheduling strategy of user experience is demonstrate,proved, wherein, the selectivity scheduling strategy includes representing centralized dispatching section Block information and the data information for representing network data, the network data are the target terminal in the centralized dispatching Section and the network data of the business run using section, the network resource transmission situation in the centralized dispatching section are better than institute State the network resource transmission situation using section；

First transmitting element, for the selectivity generated in the centralized dispatching section according to the generation unit Scheduling strategy sends the network data to the target terminal；Wherein, the network data is used for the target terminal in institute State centralized dispatching section and described using section operation current business.

In the first possible realization method of fourth aspect, first predicting unit is used for from the net obtained in advance Network resource transmission situation of the target terminal in following certain period of time is inquired in network performance database；Wherein, it is described Network performance data library includes network resource transmission situation of the target terminal in following certain period of time.

With reference to fourth aspect or second aspect, in second of possible realization method of fourth aspect, the target Terminal is moving rail of the target terminal in following certain period of time in the network resource transmission situation of following certain period of time The network resource transmission situation of each position in mark；The selectivity scheduling strategy is the area for including being used to represent centralized dispatching section Between information and the regioselectivity scheduling strategy for representing the data information of network data, the centralized dispatching section and described Using position section of the section for different location in the motion track, the centralized dispatching section is located at described using before section Face, the business that the network data is run in the centralized dispatching section and while being moved using section by the target terminal Network data；Or

With reference to second of fourth aspect may realization method, in the third possible realization method of fourth aspect, The centralized dispatching section specific length best for network resource transmission situation in specific position section in the motion track Position section, and the motion track include at least one specific position section, wherein, the specific length is advance The length of setting；Or

With reference to the third possible realization method of fourth aspect, in the 4th kind of possible realization method of fourth aspect, The network performance data library is used to represent the network performance data library of the network resource transmission situation of specific location area, described Motion track is located at the specific location area；The network resource transmission situation includes：Channel quality level situation and/or small Area's load state；Described device further includes：

First acquisition unit, for obtaining the channel quality level situation of the specific location area and/or cell load Situation；

First establishing unit is used for for the channel quality level situation according to acquisition and/or the foundation of cell load situation Represent the network performance data library of the network resource transmission situation of specific location area.

With reference to the 4th kind of possible realization method of fourth aspect, in the 5th kind of possible realization method of fourth aspect, The first acquisition unit is located at the specific position for reception and quantity is more than the letter that the user terminal of preset quantity reports Road information, and the channel information received is analyzed, to obtain the channel quality level situation of the specific location area；Or institute First acquisition unit is stated for by the joint reception technique of multiple cell and the multi-antenna technology measurement specific location area Channel quality level situation；

The first acquisition unit is additionally operable to obtain the cell that the base station of each cell of the specific location area reports Load state information, and the cell load situation of the cell load condition information acquisition specific location area with reference to acquisition.

With reference to the third possible realization method of fourth aspect or the 4th kind of possible realization method of fourth aspect, In the 6th kind of possible realization method of fourth aspect, described device further includes：

Second acquisition unit, for obtaining motion track of the target terminal in following certain period of time.

With reference to the 6th kind of possible realization method of fourth aspect, in the 7th kind of possible realization method of fourth aspect, The second acquisition unit is used to obtain target terminal in following certain time by the route model matching of public transit facility The motion track of section；Or

The second acquisition unit is used for the location information reported by the target terminal and will obtain target terminal in future The motion track of certain period of time；Or

The second acquisition unit is used to obtain movement of the target terminal in following certain period of time by multi-antenna technology Track；Or

The second acquisition unit is used to obtain target terminal in future by the historical movement path of the target terminal The motion track of certain period of time.

With reference to the third possible realization method of fourth aspect or the 4th kind of possible realization method of fourth aspect, In the 8th kind of possible realization method of fourth aspect, the generation unit is used to obtain the characteristic information of the target terminal, And user experience is ensured according to the network resource transmission situation generation of each position in the characteristic information and the motion track Regioselectivity scheduling strategy；Wherein, the regioselectivity scheduling strategy includes the area for representing centralized dispatching section Between information and the data information for representing network data, the characteristic information includes at least one of following：

With reference to the 8th kind of possible realization method of fourth aspect, in the 9th kind of possible realization method of fourth aspect, The generation unit includes：

First selecting unit selects the concentration with the network resource transmission situation according to each position in the motion track Scheduling interval, and selected from the motion track after the centralized dispatching section according to the centralized dispatching section Use section；

Second predicting unit, for obtaining the characteristic information of the target terminal, and it is pre- according to the characteristic information The target terminal is surveyed in the centralized dispatching section and the time moved using section；

Third predicting unit, for according to the currently running business of the target terminal and second predicting unit prediction Time prediction described in target terminal the centralized dispatching section and it is described moved using section when the business that is run；

First generation subelement, for generating the regioselectivity scheduling strategy for ensureing user experience；The regional choice Property scheduling strategy include representing the block information in centralized dispatching section and the data information for representing network data, it is described The network number of business that network data is run by the target terminal in the centralized dispatching section and while being moved using section According to.

With reference to the 9th kind of possible realization method of fourth aspect, in the tenth kind of possible realization method of fourth aspect, The first generation subelement exists for the target terminal according to the service rate requirement forecast of the time and target terminal The first network data and prediction target terminal loaded required for the business run during the centralized dispatching section movement exist The second network data loaded required for the business run when being moved using section；And generation ensures user experience Regioselectivity scheduling strategy, the regioselectivity scheduling strategy include representing the first network data and the second net The data information of network data and the block information for the centralized dispatching section.

With reference to the 9th kind of possible realization method of fourth aspect, in a kind of the tenth possible realization method of fourth aspect In, the characteristic information includes the translational speed information of the target terminal and the traffic information of the motion track；Described Two predicting units are specifically used for the traffic information according to the current movement speed of the target terminal and the motion track, predict institute Target terminal is stated in the centralized dispatching section and the movement speed using section；Further according to the target terminal described Centralized dispatching section and the movement speed using section predict the target terminal in the centralized dispatching section and described The time moved using section.

With reference to the third possible realization method of fourth aspect or the 4th kind of possible realization method of fourth aspect, In the 12nd kind of possible realization method of fourth aspect, the regioselectivity scheduling strategy further includes to represent the mesh Terminal is marked in the centralized dispatching section and the velocity information of the movement speed using section；The first transmitting element packet It includes：

4th predicting unit, for when the target terminal is moved to the centralized dispatching section, obtaining the target The current movement speed of terminal, and the target terminal is predicted in the centralized dispatching section according to the movement speed and described is made With the real-time movement speed in section；

Adjustment unit, for predicting the target terminal in the centralized dispatching section and institute the 4th predicting unit State real-time movement speed using section and the target terminal that the velocity information represents in the centralized dispatching section and It is described to be compared using the movement speed in section, and according to the number of the comparison result adjustment regioselectivity scheduling strategy It is believed that breath；

Transmission sub-unit, for being sent represented by the data information after the adjustment unit adjustment to the target terminal Network data.

With reference to second of possible realization method of fourth aspect, in the 13rd kind of possible realization method of fourth aspect In, the centralized dispatching section spy best for network resource transmission situation in the following certain period of time specific time section The long time interval of timing, and the following certain period of time includes at least one specific time section, wherein, the spy Periodically a length of pre-set length；Or

With reference to the 13rd kind of possible realization method of fourth aspect, in the 14th kind of possible realization method of fourth aspect In, the network performance data library is used to represent the network money at each time point of the following certain period of time specific location area The location of the network performance data library of source status transmission, described target terminal belong to the specific location area；The net Network resource transmission situation includes：Channel quality level situation and/or cell load situation；

Described device further includes：

Third acquiring unit, for obtaining the letter at each time point of specific location area described in the following certain period of time Road quality level situation and/or cell load situation；

Second establishes unit, is used for for the channel quality level situation according to acquisition and/or the foundation of cell load situation Represent the network performance data library of the network resource transmission situation of specific location area described in the following certain period of time.

With reference to the 14th kind of possible realization method of fourth aspect, in the 15th kind of possible realization method of fourth aspect In, the third acquiring unit is used to obtain institute by the temporal regularity of the channel quality level situation of the specific location area State the channel quality level situation at each time point of specific location area described in following certain period of time；And/or

The third acquiring unit is used to obtain by the temporal regularity of the cell load situation of the specific location area The cell load situation at each time point of specific location area described in the future certain period of time.

With reference to the 13rd kind of possible realization method of fourth aspect or the 14th kind of possible realization of fourth aspect 15th kind of possible realization method of mode or fourth aspect, in the 16th kind of possible realization method of fourth aspect, Described device further includes：

5th predicting unit, for predicting the target terminal in the location of following certain period of time.

With reference to the 16th kind of possible realization method of fourth aspect, in the 17th kind of possible realization method of fourth aspect In, the 5th predicting unit is used to predict the target terminal in one timing of future by the location information that the target terminal reports Between section location；And/or

5th predicting unit is additionally operable to predict the target terminal by the present position historical record of the target terminal In the location of following certain period of time.

With reference to the 13rd kind of possible realization method of fourth aspect or the 14th kind of possible realization of fourth aspect 15th kind of possible realization method of mode or fourth aspect, in the 18th kind of possible realization method of fourth aspect, The generation unit includes：

Second selecting unit, for according to the target terminal the location of following certain period of time each time point Network resource transmission situation select the centralized dispatching section, and according to the centralized dispatching section from following certain period of time In select be later than the centralized dispatching section use section；

6th predicting unit, for according to the target terminal currently running traffic forecast target terminal described Centralized dispatching section and the business run using section；

Second generation subelement, for generating the time selectivity scheduling strategy for ensureing user experience；The selection of time Property scheduling strategy include representing the block information in centralized dispatching section and the data information for representing network data, it is described Network data is by the target terminal in the centralized dispatching section and the network data of the business run using section.

With reference to the 18th kind of possible realization method of fourth aspect, in the 19th kind of possible realization method of fourth aspect In, the second generation subelement is used for the duration according to the centralized dispatching section and using section and the target terminal Service rate requirement forecast described in load required for the business that is run in the centralized dispatching section of target terminal first The second network data that network data and prediction target terminal are loaded required for the business run using section； And generation ensures the time selectivity scheduling strategy of user experience, the time selectivity scheduling strategy is included for representing The data information and the block information for the centralized dispatching section for stating first network data and the second network data.

With reference to the third possible realization method of fourth aspect or the 4th kind of possible realization method of fourth aspect Either the 5th kind of possible realization method of fourth aspect or the 13rd kind of possible realization method of fourth aspect or 14th kind of possible realization method of four aspects or the 15th kind of possible realization method of fourth aspect, in fourth aspect The 20th kind of possible realization method in, described device further includes：

Transmission unit, for carrying out with the target terminal using section keeping the target terminal current described The link of business and the business is transmitted for the essential information of presence；And/or

Second transmitting element does not include the target terminal in the excess using section for working as the network data During the network data that the business needs that the time is run load, the target is sent to the target terminal described using section The network data that terminal is loaded in the business needs that the excess minutes are run；And/or

First receiving unit, for when the target terminal current business sends and changes, receiving the target terminal hair The target terminal sent reports the service quality of the business after variation to need information.

With reference to the third possible realization method of fourth aspect or the 4th kind of possible realization method of fourth aspect Either the 5th kind of possible realization method of fourth aspect or the 13rd kind of possible realization method of fourth aspect or 14th kind of possible realization method of four aspects or the 15th kind of possible realization method of fourth aspect, in fourth aspect A kind of the 20th possible realization method in, described device further includes：

Second receiving unit responds the network data hair for receiving the target terminal in the centralized dispatching section The upstream data sent；The network data is used to indicate target terminal reporting uplink data.

5th aspect, the embodiment of the present invention provide a kind of user equipment, including：First receiving unit, buffer unit and tune With unit, wherein：

First receiving unit, for receiving the target terminal of network equipment transmission in centralized dispatching section in institute State the network data of centralized dispatching section and the business run using section；Wherein, the network data is set for the user The standby network data in the centralized dispatching section and the business run using section, the network money in the centralized dispatching section Source status transmission is better than the network resource transmission situation using section；

The buffer unit, for caching the network data that first receiving unit receives；

The call unit, for the buffer unit being called to cache in the centralized dispatching section and the use section Network data operation current business.

In the first possible realization method of the 5th aspect, the centralized dispatching section and the use section are institute The position section of user equipment different location in the motion track of following certain period of time is stated, the centralized dispatching section is located at It is described using before section or

The centralized dispatching section and it is described the use of section is the position within uncertain certain time residing for the user equipment The time interval for the different time points put, the centralized dispatching section use section earlier than described.

With reference to the first possible realization method of the 5th aspect, in second of possible realization method of the 5th aspect In, described device further includes：

First transmitting element, for the network equipment reporting position information；Or

Second transmitting element, for reporting the motion track of the user equipment to the network equipment.

With reference to the 5th aspect the first possible realization method or the 5th aspect the first possible realization method, In the third possible realization method of the 5th aspect, described device further includes：

Transmission unit, for carrying out using section and the network equipment keeping current business and described working as described The link of preceding business is transmitted for the essential information of presence；And/or

Second receiving unit, when the network data does not include the target terminal in the excess minutes using section During the network data that the business needs run load, in the user that the network equipment transmission is received using section The network data that equipment is loaded in the business needs that the excess minutes are run, and the network data is called to run current industry Business；And/or

Third transmitting element, for when the user equipment current business sends and changes, variation to be reported to the network equipment The service quality of business afterwards needs information.

With reference to the 5th aspect the first possible realization method or the 5th aspect the first possible realization method, In the 4th kind of possible realization method of the 5th aspect, the network data is used to indicate line number on the user equipment to report According to；The call unit is additionally operable to call the network data operation current in the centralized dispatching section and the use section Business, and the upstream data for responding the network data is sent to the network equipment.

6th aspect, the embodiment of the present invention provide a kind of network performance analysis device, including：Acquiring unit establishes unit And query unit, wherein：

The acquiring unit, for obtaining the network resource transmission situation of specific location area each position；

It is described to establish unit, it is analyzed and processed for the network resource transmission situation to acquisition, to establish network Performance database, the network performance data library include network resource transmission shape of the target terminal in following certain period of time Condition；

The query unit for receiving the Query Information of network equipment transmission, and is looked into from the network performance data library Network resource transmission situation of the target terminal in following certain period of time is ask, the target terminal is in following certain period of time Network resource transmission situation ensure the selective scheduling strategy of user experience for generating, the selectivity scheduling strategy For sending network data to the target terminal in centralized dispatching section；Wherein, the network data is whole for the target End the centralized dispatching section and it is described run current business using section, the selectivity scheduling strategy is included for representing The block information in centralized dispatching section and the data information for representing network data, the network data are the target terminal In the centralized dispatching section and the network data of the business run using section, the Internet resources in the centralized dispatching section Status transmission is better than the network resource transmission situation using section.

In the first possible realization method of the 6th aspect, the unit of establishing is for the network of acquisition money Source status transmission is analyzed and processed, to establish network performance data library, wherein, analyzing and processing includes one of in the following manner：

With reference to the 6th aspect, in second of possible realization method of the 6th aspect, described device further includes：

First transmitting element, for sending network of the target terminal in following certain period of time to the network equipment Resource transmission situation；Or

Second transmitting element, for being given birth to based on network resource transmission situation of the target terminal in following certain period of time The selective scheduling strategy is sent into the selective scheduling strategy for ensureing user experience, and to the network equipment.

With reference to the 6th aspect either the 6th aspect the first possible realization method or the 6th aspect second can The realization method of energy, in the third possible realization method of the 6th aspect, the target terminal is in following certain period of time Network resource transmission situation be target terminal each position in the motion track of following certain period of time Internet resources Status transmission；The selectivity scheduling strategy is the block information that includes being used to represent centralized dispatching section and for representing network The regioselectivity scheduling strategy of the data information of data, the centralized dispatching section and the use section are the moving rail The position section of different location in mark, positioned at described using before section, the network data is institute in the centralized dispatching section State the network data of business that target terminal is run in the centralized dispatching section and while being moved using section；Or

With reference to the third possible realization method of the 6th aspect, in the 4th kind of possible realization method of the 6th aspect In, the network performance data library is used to represent the network performance data library of the network resource transmission situation of specific location area, The motion track is located at the specific location area；The network resource transmission situation includes：Channel quality level situation and/ Or cell load situation；

The acquiring unit is for the channel quality level situation and/or cell for obtaining specific location area each position Load state.

With reference to the 4th kind of possible realization method of the 6th aspect, in the 5th kind of possible realization method of the 6th aspect In, the acquiring unit is located at the specific position for reception and quantity is more than the channel that the user terminal of preset quantity reports Information, and the channel information received is analyzed, to obtain the channel quality level situation of the specific location area each position；Or Acquiring unit described in person is used for each by joint reception technique and multi-antenna technology the measurement specific location area of multiple cell The channel quality level situation of position；

The acquiring unit is additionally operable to obtain the cell load that the base station of each cell of the specific location area reports Condition information, and the cell load situation of the cell load condition information acquisition specific location area with reference to acquisition.

With reference to the third possible realization method of the 6th aspect, in the 6th kind of possible realization method of the 6th aspect In, it is described to establish unit for being analyzed and processed to the network resource transmission situation of acquisition, to establish network performance number According to library, wherein, the network performance data library is used to represent the downlink of the specific location area each position and/or the net of uplink Network resource transmission situation.

With reference to the third possible realization method of the 6th aspect, in the 7th kind of possible realization method of the 6th aspect In, the network performance data library is used to represent the network money at each time point of the following certain period of time specific location area The location of the network performance data library of source status transmission, described target terminal belong to the specific location area；The net Network resource transmission situation includes：Channel quality level situation and/or cell load situation；

The acquiring unit is used to obtain each time point of the following certain period of time specific location area each position Channel quality level situation and/or cell load situation.

With reference to the 7th kind of possible realization method of the 6th aspect, in the 8th kind of possible realization method of the 6th aspect In, the acquiring unit is used for by described in the temporal regularity acquisition of the channel quality level situation of specific location area each position The channel quality level situation at each time point of specific location area each position described in following certain period of time；And/or

The acquiring unit is used to obtain institute by the temporal regularity of the cell load situation of specific location area each position State the cell load situation at each time point of specific location area each position described in following certain period of time.

7th aspect, the embodiment of the present invention provide a kind of network data transmission system, including network performance analysis device and Network data transmission device, wherein：

The network performance analysis device, for obtaining the network resource transmission situation of specific location area each position；And The network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library, the network performance number Include network resource transmission situation of the target terminal in following certain period of time according to library；And receive what the network equipment was sent Query Information, and from target terminal described in the network performance data library inquiry in the network resource transmission of following certain period of time Situation；

The network data transmission device, for whole to the target according to selective scheduling strategy in centralized dispatching section End sends the network data；Wherein, the network data for the target terminal in the centralized dispatching section and described Current business is run using section, the selectivity scheduling strategy is that the target terminal is provided in the network of following certain period of time Source status transmission generation ensures the selective scheduling strategy of user experience, and the selectivity scheduling strategy includes representing The block information in centralized dispatching section and the data information for representing network data, the network data are the target terminal In the centralized dispatching section and the network data of the business run using section, the Internet resources in the centralized dispatching section Status transmission is better than the network resource transmission situation using section.

In the first possible realization method of the 7th aspect, the network performance analysis device is additionally operable to the net Target terminal described in network data transmission device is in the network resource transmission situation of following certain period of time；The network data transmission Device is additionally operable to ensure user experience based on network resource transmission situation generation of the target terminal in following certain period of time The selective scheduling strategy；Or

The network performance analysis device is additionally operable to the Internet resources in following certain period of time based on the target terminal Status transmission generation ensures the selective scheduling strategy of user experience, and sends the selectivity to the network equipment and adjust Degree strategy.

Eighth aspect, the embodiment of the present invention provide a kind of network data transmission system, including the network equipment and target terminal, Wherein：

The network equipment, for predicting network resource transmission situation of the target terminal in following certain period of time；It is based on The network resource transmission situation generation ensures the selective scheduling strategy of user experience, wherein, the selectivity scheduling strategy Data information including being used to represent the block information in centralized dispatching section and for representing network data, the network data are The target terminal is in the centralized dispatching section and the network data of the business run using section, the centralized dispatching area Between network resource transmission situation be better than the network resource transmission situation using section；The root in the centralized dispatching section According to the selective scheduling strategy network data is sent to the target terminal；

The target terminal, for the network data being called to run in the centralized dispatching section and the use section Current business.

In above-mentioned technical proposal, prediction target terminal is in the network resource transmission situation of following certain period of time；Based on institute The selective scheduling strategy that the generation of network resource transmission situation ensures user experience is stated, wherein, the selectivity scheduling strategy packet The block information for representing centralized dispatching section and the data information for representing network data are included, the network data is institute Target terminal is stated in the centralized dispatching section and the network data of the business run using section, the centralized dispatching section Network resource transmission situation be better than the network resource transmission situation using section；The basis in the centralized dispatching section The selectivity scheduling strategy sends the network data to the target terminal；Target terminal described in this way is adjusted in described concentrate Degree section and the use section can call the network data operation current business.Ensure movement eventually so as to realize The business run on end is smooth.

Description of the drawings

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, to embodiment or will show below There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of invention, for those of ordinary skill in the art, without creative efforts, can be with Other attached drawings are obtained according to these attached drawings.

Fig. 1 is a kind of flow diagram of network data transmission method provided in an embodiment of the present invention；

Fig. 2 is the flow diagram of another network data transmission method provided in an embodiment of the present invention；

Fig. 3 is the flow diagram of another network data transmission method provided in an embodiment of the present invention；

Fig. 4 is the flow diagram of another network data transmission method provided in an embodiment of the present invention；

Fig. 5 is the flow diagram of another network data transmission method provided in an embodiment of the present invention；

Fig. 6 is the flow diagram of another network data transmission method provided in an embodiment of the present invention；

Fig. 7 is the flow diagram of another network data transmission method provided in an embodiment of the present invention；

Fig. 8 and Fig. 9 is optional example schematic provided in an embodiment of the present invention；

Figure 10 is a kind of structure diagram of network data transmission device provided in an embodiment of the present invention；

Figure 11 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 12 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 13 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 14 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 15 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 16 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 17 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 18 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 19 is a kind of structure diagram of user equipment provided in an embodiment of the present invention；

Figure 20 is the structure diagram of another user equipment provided in an embodiment of the present invention；

Figure 21 is a kind of structure diagram of network performance analysis device provided in an embodiment of the present invention；

Figure 22 is the structure diagram of another network performance analysis device provided in an embodiment of the present invention；

Figure 23 is the structure diagram of another network data transmission system provided in an embodiment of the present invention；

Figure 24 is the structure diagram that the embodiment of the present invention provides another network data transmission system；

Figure 25 is the structure diagram of another network data transmission device provided in an embodiment of the present invention；

Figure 26 is the structure diagram of another user equipment provided in an embodiment of the present invention；

Figure 27 is the structure diagram of another network data transmission device provided in an embodiment of the present invention.

Specific embodiment

Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art are obtained every other without creative efforts Embodiment shall fall within the protection scope of the present invention.

In the embodiment of the present invention, the business of target terminal operation can be any business in the communications field, and the present invention is real Example is applied to be not construed as limiting this, such as：Video, audio, resource downloading, game, webpage etc..

Technical solution provided in an embodiment of the present invention can be applied to various cordless communication networks, such as：The whole world is mobile logical Letter（Global system for mobile communication, referred to as GSM）System, CDMA（code Division multiple access, referred to as CDMA）System, wideband code division multiple access（wideband code division Multiple access, referred to as WCDMA）System, universal mobile communications（universal mobile Telecommunication system, referred to as UMTS）System, General Packet Radio Service（general packet Radio service, referred to as GPRS）System, long term evolution（Long term evolution, referred to as LTE）System, elder generation Into long term evolution（Long term evolution advanced, referred to as LTE-A）System, global interconnection inserting of microwave （Worldwide interoperability for microwave access, referred to as WiMAX）System, Wireless Fidelity （Wireless Fidelity, WiFi）Network, Wireless LAN（Wireless Local Area Networks, WLAN）、 Heterogeneous network（Hetnet）Deng.Wherein, term " network " and " system " can be replaced mutually.

It please refers to Fig.1, Fig. 1 is a kind of flow diagram of network data transmission method provided in an embodiment of the present invention, such as Shown in Fig. 1, include the following steps：

101st, prediction target terminal is in the network resource transmission situation of following certain period of time.

Optionally, can be specifically the network of prediction target terminal each position in the motion track of following certain period of time The Internet resources of resource transmission situation or prediction target terminal at each time point of the location of following certain period of time pass Defeated situation.Wherein, specific implementation please refers to example below.

Optionally, above-mentioned network resource transmission situation can be specifically intended to indicate that transmits between network side and user terminal The transmission quality of data, the transmission quality for such as working as transmission data between network side and target terminal is better, means that Internet resources Status transmission is better, conversely, poorer.

Optionally, above-mentioned following certain period of time can be specifically the pre-set time, such as：1 hour or 5 Hour or 1 day etc..

Optionally, step 101 can specifically include：

The network in the network resource transmission situation of following certain period of time including the target terminal is got in advance Performance database.

102nd, the selective scheduling strategy for ensureing user experience is generated based on the network resource transmission situation （Selective Scheduling Strategy, SSS）, wherein, the selectivity scheduling strategy includes adjusting for representing to concentrate Spend section（Centralized Scheduling Region, CSR）Block information and for represent the data of network data believe Breath, the network data in the centralized dispatching section and use section for the target terminal（Using Region, UR）Institute The network data of the business of operation, the network resource transmission situation in the centralized dispatching section are better than the network using section Resource transmission situation.

Optionally, above-mentioned centralized dispatching section can be specifically the area for transmitting above-mentioned network data with target terminal Between, i.e., target terminal can receive above-mentioned network data in the centralized dispatching section；Above-mentioned use section can be specifically not To the network data of target terminal transmission objectives terminal current business, but target terminal can be invoked at the transmission of centralized dispatching section The section of network data normal operation current business, i.e. target terminal are in the network number for using section that can not receive current business According to, but centralized dispatching section can be invoked at and receive network data operation current business.

Optionally, above-mentioned centralized dispatching section and the use of section can be specifically time interval, such as：Centralized dispatching section For earlier than the time interval for using section.In addition, above-mentioned centralized dispatching section and the use of section can be specifically target terminal The position section of motion track, such as：Position of the centralized dispatching section in the motion track is before the position in section is used.

Optionally, above-mentioned centralized dispatching section can specifically represent one or more centralized dispatching area in the present embodiment Between, above-mentioned use section can be specifically to represent a use section or multiple using section, wherein, each centralized dispatching area Between correspond to one or more using section, one is corresponding with a centralized dispatching section using section, such as：When above-mentioned movement When multiple cells are passed through in track, above-mentioned centralized dispatching section can be specifically the center section for representing multiple cell, one It can be one or more edge interval of the cell using section that a centralized dispatching section is corresponding.

103rd, in the centralized dispatching section according to the selectivity scheduling strategy to target terminal transmission Network data；Wherein, the network data is transported for the target terminal in the centralized dispatching section and the use section Row current business.

When step 103 specifically can identify above-mentioned centralized dispatching section according to above-mentioned block information, according to the selection Property scheduling strategy send the network data to the target terminal.Target terminal can receive in centralized dispatching section in this way To above-mentioned network data, target terminal can call the network data to run current industry in centralized dispatching section and using section Business.

Optionally, after step 103, the method can also include：

It carries out keeping the target terminal current business and the business with the target terminal using section described Link for presence essential information transmit.

Optionally, above-mentioned essential information specifically can include but is not limited to transmission control protocol（Transmission Control Protocol, TCP）Keep-alive or heartbeat signaling.

Optionally, after step 103, the method can also include：

When the business that the network data is not run including the target terminal in the excess minutes using section When needing the network data loaded, when sending the target terminal in the excess to the target terminal in the use section Between the network data that loads of business needs that is run.

More it can use section normal operation business by strong guarantee target terminal in this way.

Optionally, after step 103, the method can also include：

The above-mentioned selective scheduling strategy of information update can be needed according to the service quality of reception in this way, to improve selectivity The precision of scheduling strategy.

Optionally, the network data is used to indicate target terminal reporting uplink data；It is described to be adjusted according to the selectivity After the target terminal sends the network data, the method further includes degree strategy：

Target terminal transmission can be realized in centralized dispatching section and the uplink using section in centralized dispatching section in this way Data.

Optionally, the target terminal exists in the network resource transmission situation of following certain period of time for the target terminal The network resource transmission situation of each position in the motion track of following certain period of time；The selectivity scheduling strategy is to include use In the block information for representing centralized dispatching section and regioselectivity scheduling strategy for representing the data information of network data, The centralized dispatching section and the position section for using section as different location in the motion track, the centralized dispatching Positioned at described using before section, the network data in the centralized dispatching section and uses area for the target terminal in section Between the network data of business that is run when moving.

It can realize that the motion track by target terminal carries out the scheduling of network data in this way.

It can realize that the time point by target terminal present position carries out the scheduling of network data in this way.

The method can be specifically to be applied to the network equipment, such as：Wireless access network（Radio Access Network, RAN）Equipment, core net（Core Network, CN）The network equipments such as equipment and base station, wherein, above-mentioned steps 101st, step 102 and step 103 can be different network equipment execution, when for different network equipment execution, these Can be shared, the specific sharing mode for carrying out the information such as above-mentioned user experience strategy and motion track between the network equipment, It does not elaborate herein.In addition, above-mentioned steps 101, step 102 and step 103 can also be what consolidated network equipment performed.

Above-mentioned target terminal can be any equipment for having communication, can be specifically user equipment.Such as：Tablet electricity Brain, mobile phone, electronic reader, remote controler, personal computer（Personal Computer, PC）, laptop, vehicle-mounted set Standby, Web TV, wearable device etc. have the smart machine of network function.

It please refers to Fig.2, Fig. 2 is a kind of flow diagram of network data transmission method provided in an embodiment of the present invention, such as Shown in Fig. 2, include the following steps：

201st, motion track of the target terminal in following certain period of time is obtained.

Optionally, step 201 can be specifically that the motion track of target terminal is got by measuring or passes through target The motion track for the target terminal that the information that terminal reports calculates or the target terminal that directly reception target terminal reports Motion track information.The present embodiment is not construed as limiting this.And above-mentioned motion track can be specifically target terminal in future Motion track in certain period of time, for example, motion track in following half an hour etc..And above-mentioned motion track specifically can be with It is the motion track of plane, i.e., the motion track can be specifically longitude and the motion track of latitude variation；Or above-mentioned movement Track specifically can also be the motion track in space, i.e., the motion track can be specifically longitude, latitude and spatial height variations Motion track, for example, a floor in target terminal from a building is moved to ten floor in the building, then another from this ten layers movement One floor in building.In addition, above-mentioned motion track can be specifically the motion track of position and time change, the i.e. motion track Can be specifically the location of target terminal in different time points, such as：Time point A target terminal is in position A, time point B target terminals are in position B and time point C target terminal is in position C etc..

202nd, the network resource transmission situation of each position in the motion track is predicted.

Optionally, above-mentioned network resource transmission situation can be specifically intended to indicate that transmits between network side and target terminal The transmission quality of data, the transmission quality for such as working as transmission data between network side and target terminal is better, means that Internet resources Status transmission is better, conversely, poorer.

203rd, the network resource transmission situation generation based on each position in the motion track ensures the region of user experience Selective scheduling strategy（Regional Selective Scheduling Strategy, RSSS）；Wherein, the regional choice Property scheduling strategy include representing the block information in centralized dispatching section and the data information for representing network data, it is described The network number of business that network data is run by the target terminal in the centralized dispatching section and while being moved using section According to, the centralized dispatching section and the position section for using section as different location in the motion track, the concentration Scheduling interval is located at described use before section, and the network resource transmission situation in the centralized dispatching section is better than the use The network resource transmission situation in section.

Optionally, above-mentioned centralized dispatching section can be specifically the position for transmitting above-mentioned network data with target terminal Section, i.e. target terminal can receive above-mentioned network data when the centralized dispatching section is moved；It is above-mentioned specific using section Can be not to the network data of target terminal transmission objectives terminal current business, but target terminal can be invoked at centralized dispatching area Between the position section of network data normal operation current business transmitted, i.e. target terminal can not connect when section is used to move The network data of current business is received, but centralized dispatching section can be invoked at and receive network data operation current business.

Optionally, above-mentioned centralized dispatching section is specifically as follows in the motion track Internet resources in specific position section The position section of the best specific length of status transmission, and the motion track includes at least one specific position section, Wherein, the specific length is pre-set length；For example, above-mentioned motion track is divided into N number of specific position section, this The each specific position section of sample may be selected by out a specific length（Such as：100 meters）Interval range as centralized dispatching Section.

Optionally, the centralized dispatching section can be specifically Internet resources in specific position section in the motion track The position section of the best specific length of status transmission, and the motion track includes at least one specific position section, Wherein, the specific length is the length calculated according to real time information, and the real time information includes at least one of following：

For example, target terminal movement speed is faster, and the service rate requirement of target terminal is low, and network resource transmission shape When condition is lighter, features described above length is shorter, when target terminal movement speed is slower, and the service rate requirement of target terminal Height, and when network resource transmission situation is heavier, features described above length is longer etc..Network is may be selected by out by above-mentioned steps The preferable position section of resource transmission situation is as centralized dispatching section, so as to be sent in the centralized dispatching section to mobile terminal During above-mentioned network data, efficiency of transmission and transmission speed can be relatively good, in this way when target terminal is moved to network resource transmission shape The poor position of condition（Such as：Cell edge）When, it is possible to network data is received using in centralized dispatching section, to realize Target terminal can also run business glibly when target terminal is moved to network resource transmission situation poor position.

Optionally, above-mentioned use section can be connected in above-mentioned motion track with above-mentioned centralized dispatching section position Position section continuous and after the centralized dispatching section.If above-mentioned centralized dispatching section is center of housing estate position area Between, it is above-mentioned to use section as cell edge position section

204th, when the target terminal is moved to the centralized dispatching section, according to the regioselectivity scheduling strategy The network data is sent to the target terminal；The network data is for the target terminal in the centralized dispatching section The network data operation current business is called during with the movement using section.

Optionally, step 204 can be specifically the current location by obtaining target terminal, when the present bit of target terminal During setting in above-mentioned centralized dispatching section, it is possible to send the network to the target terminal according to the user experience strategy Data.

Optionally, above-mentioned current business refers to the currently running business of target terminal, such as：Target terminal is in centralized dispatching When section is moved, then the business that current business is just run by target terminal when centralized dispatching section is moved, target terminal When section is used to move, then the business that current business is just run by target terminal when section is used to move.In this way when When target terminal receives the network data, it is possible to the network data for the business for being run target terminal when region is moved It is loaded onto in the business, to ensure the normal operation of the business, target terminal is being used section to move luck by target terminal again The network data of capable business is cached to local, the network data is called to transport when target terminal is moved to the use section The row business.Such as：Target terminal is located at above-mentioned centralized dispatching section（Such as：Center of housing estate position）When, target terminal is Run video traffic（Play video）, and target terminal can be got according to the feature of the video and be displaced into using section （Cell edge position）When still running the video traffic, then step 104 can shift to an earlier date in centralized dispatching section to mesh It marks terminal and sends the network data that target terminal is located at loading required for video traffic when using section ensures smooth viewing, this Sample can be displaced into avoid when target terminal using section since channel quality is bad, and video traffic is caused to compare interim card Phenomenon or application need network-based bandwidth reduction to be switched to lower broadcasting code check so as to reduce user service experience.

It should be noted that the network data of same business in different time points can be different, for example, video traffic Different time points video pictures and audio are different.And above-mentioned network data can be specifically target terminal in centralized dispatching area Between needed for the network data of required loading that is run when moving and target terminal run when section is used to move The network data to be loaded.

The method can be specifically to be applied to the network equipment, such as：Wireless access network（Radio Access Network, RAN）Equipment, core net（Core Network, CN）The network equipments such as equipment and base station, wherein, above-mentioned steps 201st, step 202, step 203 and step 204 can be different network equipment execution, be performed when for the different network equipments When, can be carry out the information such as above-mentioned user experience strategy and motion track shared between these network equipments, it is specific altogether Mode is enjoyed, is not elaborated herein.In addition, above-mentioned steps 201, step 202, step 203 and step 204 can also be same What the network equipment performed.

In above-mentioned technical proposal, the motion track of target terminal is obtained；Predict the network of each position in the motion track Resource transmission situation；Network resource transmission situation generation based on each position in the motion track ensures the region of user experience Selective scheduling strategy；When the target terminal is moved to the centralized dispatching section, dispatched according to the regioselectivity Strategy sends the network data to the target terminal；Target terminal described in this way is in the centralized dispatching section and described makes The network data operation current business is called when being moved with section.So as to realize the business for ensureing to be run on mobile terminal It is smooth.

It please referring to Fig.3, Fig. 3 is the flow diagram of another network data transmission method provided in an embodiment of the present invention, As shown in figure 3, include the following steps：

301st, motion track of the target terminal in following certain period of time is obtained.

Optionally, step 301 can specifically include：

Motion track of the target terminal in following certain period of time is obtained by the route model matching of public transit facility.

It can be specifically signal by obtaining target terminal or receive the location information that target terminal reports, the signal Or the temporal information of the location information, judge whether target terminal is handled on public transit facility, for example, judging target Whether terminal is located on bus or train, then obtains target terminal by the route model matching of the public transit facility Motion track.

Optionally, step 301 can specifically include：

Motion track of the target terminal in following certain period of time is obtained by the location information that the target terminal reports.

Generally life all can be more regular by the user of target terminal, for example, user be typically all in the morning from family to In the route of company, and the time is also almost all identical, then, step 201 can be according to the movement of target terminal history Trajectory calculation goes out motion track of the target terminal in work hours section, and the computational methods are very accurate.Wherein, it performs The step can be specifically using a special movement pattern device, which can dispose on network devices.

Optionally, step 301 can specifically include：

Motion track of the target terminal in following certain period of time is obtained by multi-antenna technology.

Wherein, above-mentioned location information can be specifically the information of motion track of the target terminal within following certain time. Wherein, the information for the motion track that target terminal reports can specifically include the address bit confidence of longitude, latitude, spatial altitude Breath and velocity information, the temporal information of target terminal movement etc..Or terminal can also be and be preset by end application Motion track, then the motion track is reported, for example, terminal passes through navigation type software（Such as：Baidu map, Google Maps）In advance If travel route simultaneously reports.The information for the motion track that above-mentioned target terminal reports can also include the letter of current persistent district Breath, such as PCI, Reference Signal Received Power（Reference Signal Receiving Power, RSRP）, handling capacity, business The information such as type, QoS of survice requirement, it is just more convenient to be subsequently generated area when the information for receiving above-mentioned current persistent district Field selectivity scheduling strategy.

Optionally, step 301 can specifically include：

Can be specifically the position for first obtaining target terminal, such as：It is realized by the joint reception technique of multiple cell to mesh The positioning of terminal is marked, that is, obtains the location information of target terminal.It is current that the target terminal is obtained by multi-antenna technology again Moving direction and movement speed, since target movement is in moving process, it may occur that cell switches or signal transmitting antenna Switching can measure direction and the movement speed that target terminal moves by the cell of switching or transmitting antenna in this way. And moving direction and movement speed can calculate motion track of the target terminal in following certain period of time.

302nd, the Internet resources of each position in the motion track are inquired from the network performance data library obtained in advance Status transmission；Wherein, the network performance data library is the net for representing the network resource transmission situation of specific location area Network performance database, the motion track are located at the specific location area.

Optionally, the features described above band of position can specifically refer to the regions such as certain province or city.Network performance data Library can be specifically the network resource transmission situation for including each position in the features described above band of position.In addition, above-mentioned motion track Can be specifically that above-mentioned specific location area includes above-mentioned motion track positioned at the specific location area.

Optionally, above-mentioned network resource transmission situation includes：

Channel quality level situation and/or cell load situation.

Wherein, above-mentioned channel quality level situation can specifically refer to the channel quality of each position of above-mentioned motion track Information distributed intelligence more specifically can also be position when above-mentioned target is moved to each position of above-mentioned motion track The channel quality information distributed intelligence put.Wherein, channel quality distributed intelligence can be specifically large-scale decline information（Such as： Path loss or shadow fading）It is specific with the interference information or channel quality distributed intelligence that are formed based on large-scale decline It can be Signal to Interference plus Noise Ratio（Signal to Interference plus Noise Ratio, SINR）.

Wherein, above-mentioned cell load situation can be specifically that the quantity of cell access terminals and each terminal are run Business web database technology.

Optionally, the method can also include：

Wherein, the channel quality level situation of the above-mentioned acquisition specific location area can include：

It receives positioned at the specific location area and quantity is more than the channel information that the user terminal of preset quantity reports, and The channel information received is analyzed, to obtain the channel quality level situation of the specific position.

It can be specifically the measurement reporting channel information by great amount of terminals, collect wireless network in diverse geographic location Network performance parameter information, for example, the Reference Signal Received Power of each cell（Reference Signal Receiving Power, RSRP）, received signal intensity instruction（Received Signal Strength Indication, RSSI）Information, User persistent district information and SINR information etc..Wireless network is formed by learning training, filtering process and rasterizing processing etc. again Network is in the channel quality level situation in each geographical location.

The channel quality water of the specific location area is measured by the joint reception technique and multi-antenna technology of multiple cell Flat-shaped condition.

Can be specifically that above-mentioned specific location area is measured by the joint reception technique of multi-antenna technology and multiple cell Channel quality level situation, such as：The moving direction of great amount of terminals is obtained by multi-antenna technology and movement speed and is passed through Positioning of the joint reception technique of multiple cell to the great amount of terminals, so as to get the great amount of terminals of specific location area Position and movement track can obtain the quantity of the specific location area each position access terminal, pass through connecing for each position in this way Enter the quantity of terminal, it is possible to obtain the channel quality level situation of each position.

Optionally, the cell load situation of the above-mentioned acquisition specific position, including：

For example, above-mentioned specific location area includes multiple cells, can thus be sent by the base station of this multiple cell The cell load condition information of the cell in conjunction with the cell load condition information of this multiple cell of acquisition, obtains above-mentioned spy The cell load situation in section is put in positioning.

303rd, the network resource transmission situation generation based on each position in the motion track ensures the region of user experience Selective scheduling strategy；Wherein, the regioselectivity scheduling strategy includes the block information for representing centralized dispatching section With for representing the data information of network data, the network data in the centralized dispatching section and makes for the target terminal The network data of the business run when being moved with section, the centralized dispatching section and the use section are the moving rail The position section that position connects in mark, and the use section is located at after the centralized dispatching section, and the centralized dispatching The network resource transmission situation in section is better than the network resource transmission situation using section.

Optionally, the business that above-mentioned target terminal is run when centralized dispatching section is moved can be made with target terminal With the business that section is run for same business, the business that above-mentioned target terminal is run when centralized dispatching section is moved can be The business that section is run is being used as different business with target terminal.In addition, target terminal is in centralized dispatching section or use The business that section is run can be one or more business.

Optionally, the centralized dispatching section can be specifically Internet resources in specific position section in the motion track The position section of the best specific length of status transmission, and the motion track includes at least one specific position section, Wherein, the specific length is pre-set length.

And above-mentioned network resource transmission condition information can include channel quality level situation and/or cell load situation. For example, the movement speed of above-mentioned target terminal, the service rate require information of the target terminal, the road conditions of the motion track When information is constant, above-mentioned centralized dispatching section can be specifically channel quality level in specific position section in the motion track The position section of the best specific length of situation, wherein, which is set according to cell load situation.Such as：It is small Load state more light above-mentioned specific length setting in area's is shorter, and the more heavy above-mentioned specific length setting of cell load situation is longer, in addition, Above-mentioned cell load situation can also include the priority level of access terminal, when priority level is high in above-mentioned specific position section When terminal is more, above-mentioned specific length setting is longer, when the high terminal of priority level in above-mentioned specific position section is fewer When, above-mentioned specific length setting is shorter.So as to which above-mentioned centralized dispatching section can realize the end accessed according to above-mentioned specific position The priority level and cell load at end are horizontally disposed with above-mentioned specific length, to realize while to target terminal, consider other The data demand of terminal, to ensure that data fairness does not cause significantly to impact and influence.

Optionally, such as：When the movement speed of target terminal is constant, in the case of network load level is 30%, centralized dispatching The specific length in section can be 200m；In the case of network load level is 80%, the specific length in centralized dispatching section is 400m；Such as：When network load level is constant, when the speed of target terminal movement is 40 km per hour, centralized dispatching section Specific length can be 200m, when the speed of target terminal movement is 20 km per hour, the specific length in centralized dispatching section Degree can be 400m etc..In addition, above-mentioned zone selectivity scheduling strategy can also include the accounting coefficient of scheduling, the accounting coefficient It can be used to indicate that the scheduling resource that current interval inner region field selectivity regulation goal terminal is seized occupies tune with respect to other-end The ratio of resource is spent, if terminal each under 4 terminals under normal consistency occupies 25% resource, if accounting coefficient is 4, performs area Field selectivity target terminal occupies 80% resource of positive whole network；In this way, it is assumed that the interval 800ms in two centralized dispatching sections, net In the case of network load level is 20%, accounting coefficient could be provided as 4, then centralized dispatching section can be 200m；Work as network load In the case of level is 80%, accounting coefficient is set as 2, then centralized dispatching section is 400m；Accounting coefficient focuses on equilibrium region Selective scheduling strategy in centralized dispatching section, impact by the fairness caused by other users, needs according to channel quality level point Cloth, user moving speed and network load level determine.

In another embodiment, step 303 can specifically include：

The characteristic information of the target terminal is obtained, and according to each position in the characteristic information and the motion track Network resource transmission situation generation user experience regioselectivity scheduling strategy；Wherein, the regioselectivity scheduling plan Slightly include representing the block information in centralized dispatching section and the data information for representing network data, the network data The network data of business run by the target terminal in the centralized dispatching section and while being moved using section, the collection Middle scheduling interval and the position section connected using section for position in the motion track, and the use section is located at After the centralized dispatching section, and the network resource transmission situation in the centralized dispatching section is better than described using section, institute Characteristic information is stated including at least one of following：

Can be specifically by being that the traffic information of the translational speed information of the target terminal and the motion track is pre- Survey target terminal the centralized dispatching section and it is described moved using section when the business that is run.Existed again by target terminal The service rate require information of business run during the centralized dispatching section movement predicts target terminal in the concentration The network data loaded required for the business that scheduling interval is run when moving is moved by target terminal described using section When the service rate require information of business that is run predict target terminal it is described moved using section when the industry that is run The network data loaded required for business.Such as：Step 303 can include：

According to scheduling interval in the network resource transmission situation choice set of each position in the motion track, and according to described Centralized dispatching section is selected from the motion track uses section, the concentration after the centralized dispatching section The network resource transmission situation of scheduling interval is better than described using section；

It can be specifically the traffic information of current translational speed information by the target terminal and the motion track It can predict, target terminal is in centralized dispatching section and the movement speed using section, and centralized dispatching section and use Section is fixed, and can thus predict target terminal in centralized dispatching section and the time for the movement for using section.And target Terminal is currently run（It is run when generating above-mentioned strategy）Business be it is known that can thus collected by business and target terminal Middle scheduling interval and go out target terminal in the centralized dispatching section and described using area using the time prediction of the movement in section Between the business that is run when moving.Such as：Target terminal is currently run（It is run when generating above-mentioned strategy）For video traffic, and it is somebody's turn to do The length of video is 40 minutes, and target terminal in target terminal in centralized dispatching section and the time of movement using section Overall length is 30 minutes, then can predict target centralized dispatching section and using section it is mobile when the business that is run All it is the video traffic.It is transported in addition, predicting target terminal at the centralized dispatching section and the movement using section Capable business can also carry out the prediction of different modes according to different service types, such as：Target terminal when performing step 303 Current business is the clicks such as video class business or audio class business（PULL）Step 303 can be according to target terminal during business In centralized dispatching section and the time moved using section and the time prediction target terminal of the business in centralized dispatching section With the business that section is used to be run when moving, in addition, when performing step 303 target terminal current business for video class business or The clicks such as person's audio class business（PULL）During business, step 303 can generate above-mentioned according to the quality of service information of the business Regioselectivity scheduling strategy ensures the service experience of user.Target terminal current business is news category when performing step 303 When (PUSH) business of push, step 303 can be according to the network resource transmission of motion track for business or web page class business Situation generates above-mentioned zone selectivity scheduling strategy, for example, when the network resource transmission situation of above-mentioned motion track is relatively good, it is raw Into the data information that includes of regioselectivity scheduling strategy represented by web database technology it is more, the network money of above-mentioned motion track When source status transmission is poor, the web database technology represented by data information that the regioselectivity scheduling strategy of generation includes It is few.Target terminal current business is File Transfer Protocol when performing step 303（File Transfer Protocol, FTP） During class Best-Effort service, step 303 can generate above-mentioned zone selection according to the network resource transmission situation of motion track Property scheduling strategy.

Optionally, above-mentioned generation ensures that the regioselectivity scheduling strategy of user experience can include：

It has predicted time that target terminal moves in centralized dispatching section and target terminal due to above-mentioned and has adjusted concentrating The business run during the movement of degree section, can thus obtain the industry that target terminal is run when centralized dispatching section is moved The network data loaded required for business, i.e., above-mentioned first network data similarly, obtain above-mentioned second network data.

Optionally, features described above information can include the translational speed information of the target terminal and the motion track Traffic information；The characteristic information of the above-mentioned acquisition target terminal, and predict that the target is whole according to the characteristic information It holds in the centralized dispatching section and the time moved using section, can include：

The present embodiment can also quote third-party server, which is used to provide the position that motion track is passed through Traffic information, this sample embodiment can more calculate to a nicety out the target terminal use section move time, The movement speed of target terminal or the above-mentioned target terminal that more calculates to a nicety out either can also more be precisely calculated In the business that centralized dispatching section and while being moved using section are run.

Optionally, above-mentioned centralized dispatching section can specifically be selected by equation below：

SchedulingInterval (d, t)=f (NetworkLoad (t, t+1), UserServerRate (t, t+1), UserSpeed(t,t+1),UserSINRDistribution(d))

Wherein, SchedulingInterval is the interval in centralized dispatching section, and NetworkLoad is the load shape of network Condition, UserServerRate are the service rate requirement of target terminal, and UserSpeed is the movement speed of target terminal, UserSINRDistribution is that the channel quality level of the motion track is distributed, and d represents the position in above-mentioned motion track It puts, t represents the time.Since the motion track of target terminal in practical applications is typically passed through multiple cell, can be thus One or more centralized dispatching section is configured in each cell in target terminal configuration, can thus pass through centralized dispatching section Interval weigh the position in centralized dispatching section；I.e. above-mentioned condition is the business of load state by network, target terminal Rate requirement, the movement speed of target terminal and channel quality level distribution calculate, for example, Network load status it is relatively light, When target terminal movement speed is very fast, it can select to be more concentrated on channel quality best in a certain position section（Such as：Most High SINR sections）As centralized dispatching section, i.e. the interval in centralized dispatching section is bigger, such as a cell selects the cell Center section as centralized dispatching section, can thus be concentrated on a cell once sent to target terminal it is above-mentioned Network data.Such as：Network load is heavier, target terminal movement speed is slower, can select more to be dispersed in preferable channel Quality（Such as：Preferable SINR sections）Section is transmitted, i.e. the interval in centralized dispatching section is smaller, the centralized dispatching of selection Section is relatively more；Such as the position section that a cell selects multiple channel qualities of the cell relatively good is as centralized dispatching area Between, thus can above-mentioned network data can be sent to target terminal with a cell three times, so as to avoid influencing other terminals Service.

Optionally, the target terminal can be specifically calculated by equation below in the centralized dispatching section and using area Between the data volume of the network data of business that is run when moving：

PreBufferingSize (d, t)=f (UserServerRate (t, t+1), InterValTime (d, d+1))

Wherein, PreBufferingSize represents the data volume of the network data, and UserServerRate represents target The service rate requirement of terminal, InterValTime represent the interval in centralized dispatching section, which includes the centralized dispatching area Between it is corresponding with the centralized dispatching section using section, d represents the position in above-mentioned motion track, and t represents the time；Such as：Such as The movement speed of fruit target terminal is constant, target terminal service rate requirement is constant, then each centralized dispatching section is described The total amount of data of network data can be rate requirement * (using the movement speed of the distance/target terminal in section) *（1+ redundancies Percentage）.In addition, the redundancy percentage can be specifically according to network to precision that the network data of target terminal is predicted and It is fixed, when network is high to the network data precision of prediction of target terminal, it is possible to redundancy percentage setting is smaller, instead It, setting is bigger.

304th, when the target terminal is moved to the centralized dispatching section, according to the regioselectivity scheduling strategy The network data is sent to the target terminal；The network data is for the target terminal in the centralized dispatching section The network data operation current business is called during with the movement using section.

Optionally, above-mentioned zone selectivity scheduling strategy can also include representing the target terminal in the concentration The velocity information of scheduling interval and the movement speed using section；By the target terminal of prediction described i.e. in step 303 Centralized dispatching section and the movement speed using section are increased in above-mentioned zone selectivity scheduling strategy.Step 304 has Body can include：

Wherein, can be specifically that the current movement speed of target terminal is calculated by the traffic information of motion track, then Predict the target terminal in the centralized dispatching section and described according to the traffic information of motion track and current movement speed Use the real-time movement speed in section；Wherein, which refers to the movement speed predicted when performing step 304, The movement speed may be different from the movement speed that step 303 is predicted.Number is included by above-mentioned zone selectivity scheduling strategy It is believed that breath is what step 303 was predicted according to the movement speed that step 303 is predicted, such step 304 can be according to above-mentioned ratio Compared with the data information that result adjustment region selectivity scheduling strategy includes, i.e. target terminal represented by adjustment data information is using Section runs the network data of business when moving.Step 304 again to target terminal adjustment after data information represented by net Network data.The data information for adjusting above-mentioned strategy in real time according to the movement speed of target terminal can be realized in this way.Furthermore it is possible to It realizes and above-mentioned real-time movement speed is updated to above-mentioned zone selectivity scheduling strategy, to calculate next centralized dispatching area Between corresponding data information.

Optionally, after the step 304, the method can also include：

According to the data information of above-mentioned adjustment and above-mentioned real-time movement speed update above-mentioned zone selectivity scheduling strategy. It can realize in this way and enter next centralized dispatching section in target terminal, step 204 is using updated regional choice Property scheduling strategy, network data scheduling precision.

Optionally, step 304 can include：

The current location information of the target terminal is obtained, and judges whether the current location belongs to the centralized dispatching Section, if so, sending the network data to the target terminal according to the regioselectivity scheduling strategy.

When if the above is determined No, continue to obtain the current location information of target terminal, until the present bit confidence of acquisition Breath belongs to above-mentioned centralized dispatching section.

Optionally, after the step 304, the method can also include：

When the target terminal is moved to the use section, carry out keeping the target with the target terminal The link of terminal current business and the current business is transmitted for the essential information of presence.

Optionally, above-mentioned essential information specifically can include but is not limited to the keep-alive of TCP or heartbeat signaling.

Optionally, after the step 304, the method can also include：

When the target terminal is moved to described using section, and the network data does not include the target terminal in institute When stating the network data that the business needs that the excess minutes moved using section are run load, institute is sent to the target terminal State the network data that target terminal is loaded in the business needs that the excess minutes are run.

Wherein, above-mentioned excess minutes can specifically refer to step 303 predict target terminal use section move when Between except time, for example, step 303 predict target terminal use section move time for 10 points to 10 points 10 minutes, And the road conditions of motion track change or the speed of target terminal reduce, cause and target terminal using section it is practical shifting The dynamic time for 10 points to 10 points 15 minutes, then, 10 points of times of 10 minutes to 10: 15/just for above-mentioned excess minutes, i.e., The network data loaded required for the business that above-mentioned steps are run target terminal in the excess minutes is sent to target terminal. Ensure that target terminal is using section traveling time normal operation business in this way.

Optionally, after the step 304, the method can also include：

Information can be needed to update above-mentioned zone selectivity scheduling strategy according to the service quality of reception in this way, to improve area The precision of field selectivity scheduling strategy.

Optionally, the network resource transmission situation for predicting each position in the motion track can be specifically to predict the movement The network resource transmission situation of multiple reference positions in track can be provided according to network in above-mentioned network performance data library What the interval granularity of the reference position of source status transmission and the interval granularity of the reference position of motion track were predicted, example Such as, when the interval granularity of the reference position of network resource transmission situation is 5 meters in above-mentioned network performance data library, and motion track Reference position interval granularity for 10 meters, the Internet resources of the reference position of network resource transmission situation can thus be passed Defeated situation interpolation is in motion track, to obtain the network resource transmission situation of multiple reference positions in motion track.

Optionally, in the motion track each position network resource transmission situation, wherein, the Internet resources of above-mentioned position The network resource transmission situation of position when status transmission is moved to the position for the target terminal.Difference can be realized in this way Position network resource transmission situation be different time network resource transmission situation, such as：Predict target terminal when Between A be moved to the position A of motion track, target terminal is moved to the position B of motion track in time B, and target terminal is in time C The position C of motion track is moved to, target terminal is moved to the position D of motion track in time D, then, position A Internet resources Status transmission can be network resource transmission situation breaths of the position A in time A, and position B network resource transmission situations can To be network resource transmission situations of the position B in time B, position C network resource transmissions situation can be position C in the time Network resource transmission situation during C, position D network resource transmissions situation can be that Internet resources of the position D in time D pass Defeated situation.

Optionally, the network data is used to indicate target terminal reporting uplink data, for example, above-mentioned network data is money Source assignment signalling or request data etc.；As shown in figure 4, after the step 304, the method can also include：

305th, it when the target terminal moves in the centralized dispatching section, receives the target terminal and responds the net The upstream data that network data are sent.

For example, when the network data that step 304 is sent uploads the network data of upstream data for order target terminal, pass through The step, which can be realized, makes target terminal upload upstream data when centralized dispatching section is moved, wherein, upstream data tool Body can include the uplink reported required for the business that target terminal is run in centralized dispatching section and while being moved using section Data.

In above-mentioned technical proposal, the embodiment of plurality of optional is described on the basis of above example, and can Realize that the business for ensureing to run on mobile terminal is smooth.

Fig. 5 is please referred to, Fig. 5 is the flow diagram of another network data transmission method provided in an embodiment of the present invention, As shown in figure 5, include the following steps：

401st, predict the target terminal in the location of following certain period of time.

Can be specifically that institute of the target terminal in following certain period of time is obtained by the location information that target terminal reports The position at place can also be and measure to obtain the current location of target terminal, then root by the uplink signal to target terminal According to the current business prediction target terminal of target terminal in the location of following certain period of time, it can also be and pass through target The present position historical record of terminal predicts the target terminal in the location of following certain period of time.That is step 401 One of in the following manner can at least be included：

Such as：Target terminal be nearly all to the rule of the location of target terminal during Friday on Monday it is fixed, Such as：18 points to afternoon of at 9 points in the morning is all to be in office, and 20 points are all to be in family etc. to 24 points at night.

402nd, target terminal is inquired from the network performance data library obtained in advance residing for following certain period of time The network resource transmission situation at each time point of position, the network performance data library are used to represent the following certain period of time The network performance data library of the network resource transmission situation of the specific location area.

Wherein, the location of described target terminal belongs to the specific location area.

Such as：18 points to afternoon of at 9 points in the target terminal morning is all to be in office, and when office goes to work in the morning, in Lunch break cease when, all can be the network load heavier time before leaving offices, therefore this time is that network resource transmission situation is poor Time, and remaining time network resource transmission situation is relatively preferable.

Optionally, the network resource transmission situation can include：Channel quality level situation and/or cell load shape Condition；

Before step 402, the method can also include：

Optionally, the channel quality at each time point of specific location area described in the above-mentioned acquisition following certain period of time Realize and/or cell load situation, can include：

Since very multipoint network resource transmission situation in practical applications is there are certain time rule, such as： In Administrative Area, channel area load state can be poor when just starting working, in working working time cell load situation It can be relatively good；Such as：In subway station, by the planning time table of public transport understand subway into the inbound time, and subway Effect of signals is caused to specific position in station, and then influence the channel quality level of user, while the great amount of terminals that enters the station into standing-meeting Switch into our station, it is overweight so as to the cell load situation of our station.Furthermore it is also possible to certain specific positions are gone out by historical statistics The temporal regularity of channel quality level situation and the temporal regularity of cell load situation, so as to be established according to these temporal regularities State network performance data library.

403rd, based on target terminal each time point of the location of following certain period of time network resource transmission shape Condition generation ensures the time selectivity scheduling strategy of user experience（Time Selective Scheduling Strategy, TSSS）, wherein, the time selectivity scheduling strategy is included for representing the block information in centralized dispatching section and for representing The data information of network data, the network data are transported by the target terminal in the centralized dispatching section and using section The network data of capable business, the network resource transmission situation in the centralized dispatching section are better than the network using section and provide Source status transmission, the centralized dispatching section and the different time points for using section as the location of the target terminal Time interval, the centralized dispatching section earlier than it is described use section.

Optionally, above-mentioned centralized dispatching section can be specifically the time for transmitting above-mentioned network data with target terminal Section, i.e. target terminal can receive above-mentioned network data in centralized dispatching section；Above-mentioned use section can be specifically not To the network data of target terminal transmission objectives terminal current business, but target terminal can be invoked at the transmission of centralized dispatching section The time interval of network data normal operation current business, i.e. target terminal are in the net for using section that can not receive current business Network data, but centralized dispatching section can be invoked at and receive network data operation current business.

Optionally, the centralized dispatching section is network resource transmission in the following certain period of time specific time section The time interval of the best specific duration of situation, and the following certain period of time includes at least one specific time area Between, wherein, a length of pre-set length when described specific；For example, during by being divided into N number of specific in above-mentioned following certain time Between section, specific time section each in this way may be selected by out a specific duration（Such as：10 minutes）Interval range make For centralized dispatching section.

Optionally, the centralized dispatching section is network resource transmission in the following certain period of time specific time section The position section of the best specific duration of situation, and the following certain period of time includes at least one specific time area Between, wherein, the specific duration is the length calculated according to real time information, and the real time information includes at least one of following：

For example, the service rate requirement of target terminal is low, and when network resource transmission situation is lighter, features described above duration is just Shorter, when the service rate of target terminal requires height, and network resource transmission situation is heavier, features described above duration is longer Deng.The preferable time interval of network resource transmission situation, which is may be selected by out, by above-mentioned steps is used as centralized dispatching section（On Class's working time）, so as to which when the centralized dispatching section is to the mobile terminal above-mentioned network data of transmission, efficiency of transmission and transmission are fast Degree can be relatively good, in this way in the poor time interval of network resource transmission situation（Such as：Dinner hour）When, it is possible to Network data is received using in centralized dispatching section, to realize in the poor time interval target of network resource transmission situation Terminal can also run business glibly.

Optionally, step 403 can specifically include：

It, i.e., thus can be with after time in two sections is fixed after above-mentioned centralized dispatching section is selected and using section Target terminal is gone out in the centralized dispatching section and the business run using section by traffic forecast.Such as：Target Terminal is currently run（It is run when generating above-mentioned strategy）For video traffic, and the length of the video is 40 minutes, and centralized dispatching Section and use section overall length are 30 minutes, then can predict target and be run in centralized dispatching section and using section Business all be the video traffic.It is transported in addition, predicting target terminal in the centralized dispatching section and the use section Capable business can also carry out the prediction of different modes according to different service types, such as：Target terminal when performing step 403 Current business is the clicks such as video class business or audio class business（PULL）Step 403 can be according to centralized dispatching during business It section and is transported using the duration in section and the time prediction target terminal of the business in centralized dispatching section and using section Capable business, in addition, target terminal current business is the clicks such as video class business or audio class business when performing step 403 （PULL）During business, step 403 can generate above-mentioned time selectivity scheduling strategy according to the quality of service information of the business, Ensure the service experience of user.Target terminal current business is news category business or web page class business when performing step 403 When (PUSH) business of push, step 403 can be according to centralized dispatching section and the network resource transmission situation using section Above-mentioned time selectivity scheduling strategy is generated, for example, when the network resource transmission situation in centralized dispatching section is relatively good, generation The web database technology represented by data information that time selectivity scheduling strategy includes is more, the network money in above-mentioned centralized dispatching section When source status transmission is poor, the web database technology represented by data information that the time selectivity scheduling strategy of generation includes It is few.Target terminal current business is File Transfer Protocol when performing step 403（File Transfer Protocol, FTP） During class Best-Effort service, step 403 can generate the above-mentioned time according to the network resource transmission situation in centralized dispatching section Selective scheduling strategy.

404th, it is sent in the centralized dispatching section according to the time selectivity scheduling strategy to the target terminal The network data；Wherein, the network data for the target terminal the centralized dispatching section and it is described use area Between run current business.

When to centralized dispatching section when be carried out step 404 according to the time selectivity scheduling strategy to the target Terminal sends the network data, i.e., target terminal can receive target terminal in centralized dispatching area in centralized dispatching section Between and the network data of business that is run using section so that target terminal is in the centralized dispatching section and described uses area Between run current business.Above-mentioned current business refers to the currently running business of target terminal, such as：In centralized dispatching section, that The business that current business is just run by target terminal in centralized dispatching section is using section, then current business is just Target terminal is in the business that section is used to be run.

Optionally, after step 404, the method further includes：

More ensure that target terminal is using section traveling time normal operation business in this way.

Optionally, after step 404, the method further includes：

Information can be needed to update above-mentioned time selectivity scheduling strategy according to the service quality of reception in this way, during improving Between selective scheduling strategy precision.

Optionally, the network data is used to indicate target terminal reporting uplink data, for example, above-mentioned network data is money Source assignment signalling, after step 404, the method can also include：

For example, when the network data that step 404 is sent uploads the network data of upstream data for order target terminal, pass through The step, which can be realized, makes target terminal upload upstream data when centralized dispatching section is moved, wherein, upstream data tool Body can include the upstream data that target terminal is reported required for centralized dispatching section and the business run using section.

The method can be specifically to be applied to the network equipment, such as：The network equipments such as RAN equipment, CN equipment and base station, Wherein, above-mentioned steps 401, step 402, step 403 and step 404 can be different network equipment execution, when for difference Network equipment when performing, can be to carry out the information such as above-mentioned user experience strategy and motion track between these network equipments Shared, specific sharing mode does not elaborate herein.In addition, above-mentioned steps 401, step 402, step 403 and step 404 can also be what consolidated network equipment performed.

Above-mentioned target terminal can be any equipment for having communication, can be specifically user equipment.Such as：Tablet electricity Brain, mobile phone, electronic reader, remote controler, PC, laptop, mobile unit, Web TV, wearable device etc. have net The smart machine of network function.

In above-mentioned technical proposal, predict the target terminal in the location of following certain period of time；It is obtained from advance Network of the target terminal at each time point of the location of following certain period of time is inquired in the network performance data library taken Resource transmission situation, based on target terminal each time point of the location of following certain period of time network resource transmission shape Condition generation ensures the time selectivity scheduling strategy of user experience；According to the time selectivity in the centralized dispatching section Scheduling strategy sends the network data to the target terminal；Target terminal described in this way is in the centralized dispatching section and institute It states and calls the network data operation current business using section.So as to realize the Business Stream for ensureing to be run on mobile terminal Freely.

Fig. 6 is please referred to, Fig. 6 is the flow diagram of another network data transmission method provided in an embodiment of the present invention, As shown in fig. 6, include the following steps：

501st, target terminal receives the target terminal that the network equipment is sent in centralized dispatching section and is adjusted in described concentrate Spend the network data of section and the business run using section；Wherein, the network data is the target terminal described Centralized dispatching section and the network data of the business run using section, the network resource transmission shape in the centralized dispatching section Condition is better than the network resource transmission situation using section.

Optionally, the centralized dispatching section and it is described using section for the target terminal in following certain period of time The position section of different location in motion track, the centralized dispatching section are located at described using before section.That is target terminal The target terminal that the network equipment is sent is received when centralized dispatching section is moved and in the centralized dispatching section and uses area Between the network data of business that is run when moving.

Optionally, the centralized dispatching section and the use section are target terminal institute described within uncertain certain time The time interval of the different time points of the position at place, the centralized dispatching section use section earlier than described.I.e. target terminal exists The movement of centralized dispatching section receives the target terminal of network equipment transmission in the centralized dispatching section and uses section institute The network data of the business of operation.

502nd, target terminal caches the network data.

Can be specifically to cache the network data to local.

503rd, target terminal calls the network data operation current in the centralized dispatching section and the use section Business.

Optionally, step 503 can be specifically the mesh cached in above-mentioned centralized dispatching section space aim terminal invocation step 502 The network data of the business operation current business or directly invoke step that mark terminal is run in above-mentioned centralized dispatching section The network data of the business operation current business that 501 target terminals received are run in above-mentioned centralized dispatching section, this is current The business that business is run by target terminal in above-mentioned centralized dispatching section.Section space aim terminal invocation step is used above-mentioned The target terminal of 502 cachings runs current business, the current business in the network data of the above-mentioned business run using section By target terminal in the above-mentioned business run using section.It can realize that buffered in advance target terminal is using section institute in this way The network data of the business of operation, to ensure service operation smoothness, to promote user experience.

Optionally, the network data is used to indicate target terminal reporting uplink data, for example, above-mentioned network data is money Source assignment signalling or request data etc.；Step 303 can include：

Target terminal calls the network data operation current business in the centralized dispatching section and the use section, And the upstream data for responding the network data is sent to the network equipment.

For example, when the network data that network side is sent is the network data of order target terminal reporting uplink data, pass through The step, which can be realized, makes target terminal in centralized dispatching section reporting uplink data, wherein, which specifically can be with The upstream data reported required for centralized dispatching section and the business run using section including target terminal.

Optionally, the method can also include：

The target terminal carries out using section and the network equipment keeping current business and described working as described The link of preceding business is transmitted for the essential information of presence.

Above-mentioned essential information specifically can include but is not limited to the keep-alive of TCP or heartbeat signaling.

Optionally, the method can also include：

When the business that the network data is not run including the target terminal in the excess minutes using section When needing the network data loaded, the target terminal is in the target that the network equipment transmission is received using section The network data that terminal is loaded in the business needs that the excess minutes are run, and the network data is called to run current industry Business.

Wherein, above-mentioned excess minutes can specifically refer to the target terminal of network side prediction in the time that section is used to move Except time, for example, the target terminal of network side prediction use the time that section is moved for 10 points to 10 points 10 minutes, and move The road conditions of dynamic rail mark change or the speed of target terminal reduces, cause and target terminal section is practical to move using Time for 10 points to 10 points 15 minutes, then, 10 points of times of 10 minutes to 10: 15/are just for above-mentioned excess minutes, i.e., above-mentioned The network data loaded required for the business that step is run target terminal in the excess minutes is sent to target terminal.In this way Ensure that target terminal is using section traveling time normal operation business.

Optionally, the method can also include：

When the target terminal current business, which is sent, to be changed, the service quality of the business after variation is reported to the network equipment Need information.

Can realize in this way needs the above-mentioned selective scheduling strategy of information update by the network equipment according to the service quality.

Optionally, target terminal can specifically send the current location information of target terminal to the network equipment, when target end When end is moved to above-mentioned centralized dispatching section, target terminal can receive the target terminal of network equipment transmission in institute The network data of business stated centralized dispatching section and run when being moved using section.Target terminal is in the centralized dispatching area Between and the business that is run of while being moved using section can be identical business or different business.

Optionally, above-mentioned motion track can be specifically that target terminal reports, for example, target terminal presets setting one Motion track, then the motion track is sent to the network equipment.In addition, above-mentioned motion track can also be the network equipment according to mesh The motion track that the signal of transmission or the historical movement path of target terminal of mark terminal calculate.Such as：Step 501 it Before, the method can also include：

Target terminal reports the motion track of the target terminal to the network equipment.

Network side equipment can select above-mentioned concentration tune according to the network resource transmission situation of the motion track in this way It spends section and uses section.

Such as：Before step 501, the method can also include：

Target terminal is to the network equipment reporting position information.

The network equipment can obtain the position of target terminal according to the location information in this way, to predict the position not With the network resource transmission situation at time point, selected further according to the network resource transmission situation of the different time points of the position State centralized dispatching section and using section.Or the network equipment obtains the shifting of the target terminal by the location information Dynamic rail mark selects above-mentioned centralized dispatching section and using section further according to the network resource transmission situation of the motion track.

In above-mentioned technical proposal, target terminal receives the target terminal that the network equipment is sent in centralized dispatching section and exists The centralized dispatching section and the network data of the business run using section；Wherein, the network data is the target Terminal is in the centralized dispatching section and the network data of the business run using section, the network in the centralized dispatching section Resource transmission situation is better than the network resource transmission situation using section；The target terminal caches the network data； The target terminal calls the network data operation current business in the centralized dispatching section and the use section.So as to It can realize that the business for ensureing to run on mobile terminal is smooth.

Fig. 7 is please referred to, Fig. 7 is the flow diagram of another network data transmission method provided in an embodiment of the present invention, As shown in fig. 7, comprises：

601st, the network resource transmission situation of specific location area each position is obtained.

The features described above band of position can specifically refer to the regions such as certain province or city.Specifically may be used in network performance data library To be the network resource transmission situation for including each position in the features described above band of position.In addition, above-mentioned motion track is positioned at described Specific location area can be specifically that above-mentioned specific location area includes above-mentioned motion track.

Optionally, above-mentioned network resource transmission situation includes：

Channel quality level situation and/or cell load situation.

Wherein, above-mentioned channel quality level situation can specifically refer to the channel quality of each position of above-mentioned motion track Information distributed intelligence more specifically can also be position when above-mentioned target is moved to each position of above-mentioned motion track Channel quality information distributed intelligence.Wherein, channel quality distributed intelligence can be specifically large-scale decline information（Such as：Path Loss or shadow fading）It specifically can be with the interference information or channel quality distributed intelligence that are formed based on large-scale decline It is SINR.

602nd, the network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library, institute It states network performance data library and includes network resource transmission situation of the target terminal in following certain period of time.

Optionally, step 602 can specifically include：

It can be specifically that above-mentioned specific location area is subjected to rasterizing processing, obtain multiple reference position points, further according to The corresponding location point of network resource transmission situation for each position that step 601 obtains, to the network for each position that step 601 obtains Resource transmission situation is filtered either interpolation processing or sample process, so as to establish above-mentioned network resource data library. Such as：When the corresponding location point of network resource transmission situation that step 601 obtains is relatively more（Such as：More than reference position point） When, the network resource transmission situation just obtained to step 601 is filtered or sample process, to obtain above-mentioned each reference The network resource transmission situation of location point；When the corresponding location point of network resource transmission situation that step 601 obtains is smaller（Example Such as：Less than reference position point）When, interpolation processing just is carried out to the network resource transmission situation that step 602 obtains, it is above-mentioned to obtain The network resource transmission situation of each reference position point.In addition, step 602 can also be that part carries out interpolation processing or part It is sampled processing.

Optionally, the above-mentioned network resource transmission situation to acquisition analyzes and processes, to establish network performance number Can specifically it include according to library：

Establish for represent the specific location area each position downlink and uplink network resource transmission situation Network performance data library or establish for represent the specific location area each position downlink network resource transmission situation Network performance data library.Or for representing the network resource transmission situation of the uplink of the specific location area each position Network performance data library.

Optionally, step 601 can be specifically to obtain the downlink of above-mentioned specific location area each position and/or the net of uplink Network resource transmission situation, such step 602 can establish downlink for representing the specific location area each position and/or The network performance data library of the network resource transmission situation of uplink.

Optionally, the network performance data library that step 602 is established specifically can also be expression in above-mentioned specific location area The network resource transmission situation of the different type of each position or different grades of terminal, such as：Step 602 obtains step 601 The network resource transmission situation of specific location area each position is taken to be distinguished according to different type or different grades of terminal, To establish the network resource transmission for representing different type or different grades of terminal in above-mentioned specific location area each position The network performance data library of situation.

603rd, the Query Information that the network equipment is sent is received, and from target terminal described in the network performance data library inquiry In the network resource transmission situation of following certain period of time, the target terminal is in the network resource transmission of following certain period of time Situation ensures the selective scheduling strategy of user experience for generating, and the selectivity scheduling strategy is used in centralized dispatching section Network data is sent to the target terminal；Wherein, the network data is used for the target terminal in the centralized dispatching area Between and it is described run current business using section, the selectivity scheduling strategy is included for the section that represents centralized dispatching section Information and the data information for representing network data, the network data are the target terminal in the centralized dispatching section With the network data of business that section is used to be run, the network resource transmission situation in the centralized dispatching section is better than described make With the network resource transmission situation in section.

Optionally, above-mentioned Query Information can be specifically the information of above-mentioned following certain section or including above-mentioned following one Information and target terminal information or the above-mentioned target terminal the location of within the period for determining section are certain in future Motion track information in period.

Wherein, above-mentioned specific location area includes above-mentioned motion track or specific location area is included in future centainly The location of period target terminal.In addition, above-mentioned generation selectivity scheduling strategy and to target terminal send network number According to embodiment, can refer to above example description, be not repeated explanation herein.

Optionally, after step 603, the method can also include：

Network resource transmission situation of the target terminal in following certain period of time is sent to the network equipment；

When the network equipment receives network resource transmission situation of the above-mentioned target terminal in following certain period of time, just It can ensure the selection of user experience in the network resource transmission situation generation of following certain period of time based on target terminal Property scheduling strategy.

Optionally, after step 603, the method can also include：

Wherein, the embodiment party of previous embodiments description can be referred to by generating the embodiment of above-mentioned selective scheduling strategy Formula is not repeated explanation herein.

Optionally, the network resource transmission situation of above-mentioned specific location area each position can be specifically specific location area Each position is passed in the network resource transmission situation of following different time points or the Internet resources of specific location area each position Defeated situation can be specifically the network resource transmission situation of the following set time point of specific location area each position.

Optionally, the target terminal can be that the target is whole in the network resource transmission situation of following certain period of time Hold the network resource transmission situation of each position in the motion track of following certain period of time；The selectivity scheduling strategy is packet Include the block information for representing centralized dispatching section and for representing that the regioselectivity of the data information of network data is dispatched Strategy, the centralized dispatching section and it is described using section can be the motion track in different location position section, institute Centralized dispatching section is stated positioned at described using before section, the network data is the target terminal in the centralized dispatching area Between and the network data of business that is run of while being moved using section；Or

The target terminal following certain period of time network resource transmission situation can be the target terminal not Carry out the network resource transmission situation at each time point of the location of certain period of time；The selectivity scheduling strategy is to include use In the block information for representing centralized dispatching section and time selectivity scheduling strategy for representing the data information of network data, The centralized dispatching section and the time of the different time points that using section can be the location of the target terminal Section, the centralized dispatching section use section earlier than described.

Optionally, the network performance data library is used to represent the network of the network resource transmission situation of specific location area Performance database, the motion track are located at the specific location area；The network resource transmission situation includes：Channel quality Realize and/or cell load situation；Step 601 can specifically include：

Obtain the channel quality level situation of specific location area each position and/or cell load situation.

Wherein, the channel quality level situation of the above-mentioned acquisition specific location area each position can specifically include：

It receives positioned at the specific position and quantity is more than the channel information that the user terminal of preset quantity reports, and analyzes The channel information received, to obtain the channel quality level situation of the specific location area each position.

It can be specifically the measurement reporting channel information by great amount of terminals, collect wireless network in diverse geographic location Network performance parameter information, for example, RSRP, RSSI information of each cell, user persistent district information and SINR information etc..Lead to again It crosses learning training, filtering process etc. and forms channel quality level situation of the wireless network in each geographical location.

The channel of the specific location area each position is measured by the joint reception technique and multi-antenna technology of multiple cell Quality level situation.

Wherein, the cell load situation of the above-mentioned acquisition specific location area can specifically include：

Optionally, the network performance data library specifically can be also used for representing that the different of specific location area each position are used The network performance of the two dimension of position and user class is established in the network performance data library of the network resource transmission situation of family rank Database, such as：The network performance data library can represent, the network resource transmission situation of the user class A of location point A, position Put the network resource transmission situation of the user class B of point A, the network resource transmission situation of the user class A of location point B, position Network resource transmission situation of user class B of point B etc..Wherein, the network resource transmission situation of different user rank specifically may be used To be the uplink signal of the metrical information or terminal for measuring different user rank reported by the terminal of different user rank The methods of get the network resource transmission situation of different user rank, the present embodiment is not construed as limiting this.

Optionally, above-mentioned network performance data library can be used to indicate that the following certain period of time specific location area The location of the network performance data library of the network resource transmission situation at each time point, described target terminal belong to described specific The band of position；The network resource transmission situation includes：Channel quality level situation and/or cell load situation；Step 601 has Body can include：

Optionally, the network performance data library specifically can be with each of the following certain period of time specific location area The network of the two dimension of position and time is established in the network performance data library of the network resource transmission situation of each position at time point Performance database, such as：The network performance data library can represent, the network resource transmission situation of time point location A point A, when Between point B location point A network resource transmission situation, the network resource transmission situation of time point location A point B, time point B location point Network resource transmission situation of B etc..

Optionally, the network performance data library specifically can be with each of the following certain period of time specific location area The network performance data library of the network resource transmission situation of the different user rank of each position at time point, that is, establish position, when Between three-dimensional network performance data library with user class, such as：The network performance data library can represent, time point location A The network resource transmission situation of the user class A of point A, the network resource transmission situation of the user class B of time point B location point A, The network resource transmission situation of the user class A of time point location A point B, the network money of the user class B of time point B location point B Source status transmission etc..

Optionally, above-mentioned steps 601 specifically can be real-time or be periodically performed, and step 602 again obtains step 601 In the network resource transmission status update taken to above-mentioned network performance data library, to realize the above-mentioned network performance data of real-time update Library.

Optionally, the method specifically can be applied to the network equipments such as RAN equipment, CN equipment and base station, in addition, the party Method can also be applied to the independent network equipment, i.e. the network equipment only realizes the above method.

In above-mentioned technical proposal, the network resource transmission situation of specific location area each position is obtained；To described in acquisition Network resource transmission situation is analyzed and processed, and to establish network performance data library, the network performance data library includes described Target terminal is in the network resource transmission situation of following certain period of time；The Query Information that the network equipment is sent is received, and from institute Network resource transmission situation of the target terminal described in network performance data library inquiry in following certain period of time is stated, the target is whole The network resource transmission situation in following certain period of time is held for generating the selective scheduling strategy of guarantee user experience, The selectivity scheduling strategy is used to send network data to the target terminal in centralized dispatching section.It is protected so as to realize The business run on card mobile terminal is smooth, promotes user experience.

It is illustrated below with a specific example, please refers to Fig. 8 and Fig. 9

701st, network performance analysis management system receives the channel measurement information that great amount of terminals reports, to calculate wireless network Network is in each geographical location different time and the network resource transmission situation of different terminals type.Such as：Large-scale decline distribution letter Breath and/or the SINR distributed intelligences based on large scale.

702nd, strategic decision-making system obtains the motion track in following certain period of time of target terminal, further according to above-mentioned net The regioselectivity scheduling strategy of the guarantee user experience of network resource transmission situation generation target terminal, the guarantee user experience Regioselectivity scheduling strategy includes the block information at least one centralized dispatching section and the use in each centralized dispatching section In the data information for representing network data, which is the mesh for representing to send to user in the centralized dispatching section The network data of business that mark terminal is run in centralized dispatching section and while being moved using section, described using section is described It is located at the position section after the centralized dispatching section in motion track；Wherein, a centralized dispatching section to one or It is multiple to use section.

703rd, when target terminal is moved to above-mentioned centralized dispatching section, strategy execution system is according to above-mentioned zone selectivity Scheduling strategy sends the network data represented described in the data information in the centralized dispatching section to target terminal.

704th, when target terminal is moved to above-mentioned centralized dispatching section, the target terminal that strategy execution system is sent is received In the network data of business that centralized dispatching section and while being moved using section are run, and invocation target terminal is in centralized dispatching The network data operation current business and caching of target terminal for the business that section is run when moving are when using section to move The network data of the business run.

705th, when target terminal is moved to above-mentioned centralized dispatching section, target terminal responds above-mentioned network data to strategy Execution system reporting uplink data.Wherein, which only has what target terminal just performed when needing reporting uplink data.

706th, when target terminal is moved to above-mentioned use section, the target terminal of caching is called when section is used to move The network data operation current business of the business run.

Such as：As shown in Fig. 9-A, the motion track of target terminal by cell 1, cell 2 and cell 3, wherein, moving rail The SINR of mark is distributed as shown in Fig. 9-B, position when target terminal is moved to the center of cell 1, cell 2 and cell 3 SNIR high, the SNIR of the position is low when target terminal is moved to cell 1, cell 2 and the marginal position of cell 3.Such as Fig. 9-C institutes Show, such strategic decision-making system can the center section of cell 1, cell 2 and cell 3 be set as centralized dispatching section, Position section between two centralized dispatching sections is set as, using section, being can also be certainly by SNIR less than certain certain value Position section is set as using section.In this way when target terminal is moved to centralized dispatching section, strategy execution system To target terminal send target terminal be moved to it is next using section when the network data that loads required for the business that is run.

It should be noted that above-mentioned network performance analysis management system, strategic decision-making system, strategy execution system can be Be deployed on the different network equipments, when above-mentioned network performance analysis manages system, strategic decision-making system, strategy execution system can Being deployed on the different network equipments when performing above-mentioned steps, the interaction of meeting existence information between each system, in the figure 7 There is no expression, for example, above-mentioned channel quality distributed intelligence is sent to strategic decision-making system by network performance analysis management system, Above-mentioned user experience strategy is sent to strategy execution system by strategic decision-making system.In addition, above-mentioned network performance analysis management system System, strategic decision-making system, strategy execution system can also be deployed on the same network equipment, the embodiment of the present invention to this not It is construed as limiting.In addition, system here can be understood as a device.

The following is an embodiment of the apparatus of the present invention, and apparatus of the present invention embodiment is used to perform the method for the present invention embodiment one to six The method of realization for convenience of description, is illustrated only and is not disclosed with the relevant part of the embodiment of the present invention, particular technique details , please refer to the embodiment of the present invention one, embodiment two, embodiment three, example IV, embodiment five and embodiment six.

The structure diagram that 0, Figure 10 is a kind of network data transmission device provided in an embodiment of the present invention is please referred to Fig.1, As shown in Figure 10, including：First predicting unit 81,82 and first transmitting element 83 of generation unit, wherein：

First predicting unit 81, for predicting network resource transmission situation of the target terminal in following certain period of time.

Optionally, the first predicting unit 81 can be specifically the motion track for predicting target terminal in following certain period of time The network resource transmission situation of middle each position predicts each time of the target terminal in the location of following certain period of time The network resource transmission situation of point.

Optionally, the first predicting unit 81 can be used for inquiring the mesh from the network performance data library obtained in advance Mark network resource transmission situation of the terminal in following certain period of time；Wherein, the network performance data library includes the target Terminal is in the network resource transmission situation of following certain period of time.

Generation unit 82, the network resource transmission situation for being predicted based on first predicting unit 81, which is generated, protects The selective scheduling strategy of user experience is demonstrate,proved, wherein, the selectivity scheduling strategy includes representing centralized dispatching section Block information and the data information for representing network data, the network data are the target terminal in the centralized dispatching Section and the network data of the business run using section, the network resource transmission situation in the centralized dispatching section are better than institute State the network resource transmission situation using section.

First transmitting element 83, for the selectivity generated in the centralized dispatching section according to the generation unit 82 Scheduling strategy sends the network data to the target terminal；Wherein, the network data is used for the target terminal in institute State centralized dispatching section and described using section operation current business.

Target terminal can receive above-mentioned network data in centralized dispatching section in this way, and target terminal is in centralized dispatching Section and using section can call the network data run current business.

Optionally, as shown in figure 11, described device can also include：

Transmission unit 84, for section and the target terminal being used to carry out that the target terminal is kept to work as described The link of preceding business and the business is transmitted for the essential information of presence；And/or

Second transmitting element 85 does not include the target terminal described using the super of section for working as the network data During the network data that the business needs that the volume time is run load, the mesh is sent to the target terminal described using section The network data that mark terminal is loaded in the business needs that the excess minutes are run；And/or

First receiving unit 86, for when the target terminal current business sends and changes, receiving the target terminal The target terminal sent reports the service quality of the business after variation to need information.

Optionally, the network data is used to indicate target terminal reporting uplink data, for example, above-mentioned network data is money Source assignment signalling or request data etc.；Described device can also include：

Second receiving unit 87 responds the network data for receiving the target terminal in the centralized dispatching section The upstream data of transmission；The network data is used to indicate target terminal reporting uplink data.

Described device can be specifically to be applied to the network equipment, such as：The network equipments such as RAN equipment, CN equipment and base station.

The structure diagram that 2, Figure 12 is a kind of network data transmission device provided in an embodiment of the present invention is please referred to Fig.1, As shown in figure 12, including：Second acquisition unit 91, the first predicting unit 92,93 and first transmitting element 94 of generation unit, In：

Second acquisition unit 91, for obtaining motion track of the target terminal in following certain period of time.

First predicting unit 92, for predicting the network resource transmission situation of each position in the motion track.

Generation unit 93 ensures user for the network resource transmission situation generation based on each position in the motion track The regioselectivity scheduling strategy of experience；Wherein, the regioselectivity scheduling strategy includes representing centralized dispatching section Block information and data information for representing network data, the network data adjusted for the target terminal in described concentrate The network data of business spent section and run when being moved using section, the centralized dispatching section and the use section are The position section of different location in the motion track, the centralized dispatching section are located at described use before section, and described The network resource transmission situation in centralized dispatching section is better than the network resource transmission situation using section.

Optionally, above-mentioned centralized dispatching section is specifically as follows in the motion track Internet resources in specific position section The position section of the best specific length of status transmission, and the motion track includes at least one specific position section, Wherein, the specific length is pre-set length.

First transmitting element 94, for when the target terminal is moved to the centralized dispatching section, according to the area Field selectivity scheduling strategy sends the network data to the target terminal；The network data exists for the target terminal The network data operation current business is called when the centralized dispatching section and the movement using section.

First transmitting element 94 can be specifically the current location by obtaining target terminal, when the present bit of target terminal During setting in above-mentioned centralized dispatching section, it is possible to send the network to the target terminal according to the user experience strategy Data.

The structure diagram that 3, Figure 13 is a kind of network data transmission device provided in an embodiment of the present invention is please referred to Fig.1, As shown in figure 13, including：Second acquisition unit 101, the first predicting unit 102,103 and first transmitting element 104 of generation unit, Wherein：

Second acquisition unit 101, for obtaining motion track of the target terminal in following certain period of time.

Optionally, second acquisition unit 101 can be used for obtaining target by the route model matching of public transit facility Terminal is in the motion track of following certain period of time；Or

Second acquisition unit 101 can be used for the location information reported by the target terminal and obtain target terminal not Carry out the motion track of certain period of time；Or

Second acquisition unit 101 can be used for obtaining shifting of the target terminal in following certain period of time by multi-antenna technology Dynamic rail mark；Or

Second acquisition unit 101 can be used for obtaining target terminal not by the historical movement path of the target terminal Carry out the motion track of certain period of time.

First predicting unit 102, for being inquired in the motion track from the network performance data library obtained in advance The network resource transmission situation of each position；Wherein, the network performance data library is the network for representing specific location area The network performance data library of resource transmission situation, the motion track are located at the specific location area.

Optionally, above-mentioned network resource transmission situation includes：

Channel quality level situation and/or cell load situation.

Wherein, above-mentioned channel quality level situation can specifically refer to the channel quality of each position of above-mentioned motion track Information distributed intelligence more specifically can also be position when above-mentioned target is moved to each position of above-mentioned motion track The channel quality information distributed intelligence put.Wherein, channel quality distributed intelligence can be specifically large-scale decline information（Such as： Path loss or shadow fading）It is specific with the interference information or channel quality distributed intelligence that are formed based on large-scale decline Can be SINR.

Optionally, described device can also include：

First acquisition unit 105 is born for obtaining the channel quality level situation of the specific location area and/or cell Load situation；

First establishing unit 106 is established for the channel quality level situation according to acquisition and/or cell load situation and is used In the network performance data library for the network resource transmission situation for representing specific location area.

Optionally, first acquisition unit 105 specifically can be used for receiving positioned at the specific position and quantity is more than default The channel information that the user terminal of quantity reports, and the channel information received is analyzed, to obtain the specific location area Channel quality level situation.

First acquisition unit 105 can be specifically the measurement reporting channel information by great amount of terminals, collect wireless network In the network performance parameter information of diverse geographic location, for example, RSRP, RSSI information of each cell, user persistent district information With SINR information etc..Wireless network is formed in each geographical location by learning training, filtering process and rasterizing processing etc. again Channel quality level situation.

Optionally, first acquisition unit 105 specifically can be used for through the joint reception technique of multiple cell and multiple antennas skill Art measures the channel quality level situation of the specific location area.

First acquisition unit 105 can be specifically above-mentioned by the measurement of the joint reception technique of multi-antenna technology and multiple cell The channel quality level situation of specific location area, such as：Moving direction and the shifting of great amount of terminals are obtained by multi-antenna technology Dynamic speed and by the positioning of the joint reception technique of multiple cell to the great amount of terminals, so as to get specific position The position and movement track of the great amount of terminals in region can obtain the number of the specific location area each position access terminal in this way Amount, passes through the quantity of the access terminal of each position, it is possible to obtain the channel quality level situation of each position.

Optionally, the base of the specific each cell that can be also used for obtaining the specific location area of first acquisition unit 105 The cell load condition information that station reports, and obtain the specific location area with reference to the cell load condition information of acquisition Cell load situation.

Generation unit 103 ensures to use for the network resource transmission situation generation based on each position in the motion track The regioselectivity scheduling strategy of family experience；Wherein, the regioselectivity scheduling strategy includes representing centralized dispatching area Between block information and data information for representing network data, the network data be the target terminal in the concentration The network data of business that scheduling interval and while being moved using section are run, the centralized dispatching section and described uses section For the position section that position in the motion track connects, and it is described be located at after the centralized dispatching section using section, and The network resource transmission situation in the centralized dispatching section is better than the network resource transmission situation using section.

Optionally, the specific characteristic information that can be used for obtaining the target terminal of generation unit 103, and according to the spy The network resource transmission situation generation of each position ensures the regioselectivity of user experience in reference breath and the motion track Scheduling strategy；Wherein, the regioselectivity scheduling strategy includes representing the block information in centralized dispatching section and being used for Represent the data information of network data, the centralized dispatching section and the use section connect for position in the motion track The position section connect, and the use section is located at after the centralized dispatching section, and the network in the centralized dispatching section Resource transmission situation is better than described using section, and the characteristic information includes at least one of following：

Can be specifically by being that the traffic information of the translational speed information of the target terminal and the motion track is pre- Survey target terminal the centralized dispatching section and it is described moved using section when the business that is run.Existed again by target terminal The service rate require information of business run during the centralized dispatching section movement predicts target terminal in the concentration The network data loaded required for the business that scheduling interval is run when moving is moved by target terminal described using section When the service rate require information of business that is run predict target terminal it is described moved using section when the industry that is run The network data loaded required for business.Such as：As shown in figure 14, the generation unit 103 includes：

First selecting unit 1031, described in the network resource transmission situation selection according to each position in the motion track Centralized dispatching section, and selected from the motion track positioned at the centralized dispatching section according to the centralized dispatching section Use section later；

Second predicting unit 1032 for obtaining the characteristic information of the target terminal, and is believed according to the feature Breath predicts the target terminal in the centralized dispatching section and the time moved using section；

Third predicting unit 1033, for according to the currently running business of the target terminal and second predicting unit Target terminal described in the time prediction of prediction the centralized dispatching section and it is described moved using section when the business that is run；

First generation subelement 1034, for generating the regioselectivity scheduling strategy for ensureing user experience；The region Selective scheduling strategy includes representing the block information in centralized dispatching section and the data information for representing network data, The net of business that the network data is run by the target terminal in the centralized dispatching section and while being moved using section Network data.

Optionally, the first generation subelement 1034 can be used for the service rate requirement according to the time and target terminal Predict the first network data loaded required for the business that the target terminal is run when the centralized dispatching section is moved, And prediction target terminal it is described moved using section when the second network data for loading required for the business that is run；And Generation ensures the regioselectivity scheduling strategy of user experience, and the regioselectivity scheduling strategy includes representing described the The data information and the block information for the centralized dispatching section of one network data and the second network data.

Optionally, features described above information can include the translational speed information of the target terminal and the motion track Traffic information；Second predicting unit 1032 specifically can be used for according to the current movement speed of the target terminal and the shifting The traffic information of dynamic rail mark predicts the target terminal in the centralized dispatching section and the movement speed using section； Further according to the target terminal in the centralized dispatching section and the movement speed using section, the target terminal is predicted In the centralized dispatching section and the time moved using section.

First transmitting element 104, for when the target terminal is moved to the centralized dispatching section, according to the area Field selectivity scheduling strategy sends the network data to the target terminal；The network data exists for the target terminal The network data operation current business is called when the centralized dispatching section and the movement using section.

Optionally, above-mentioned zone selectivity scheduling strategy can also include representing the target terminal in the concentration The velocity information of scheduling interval and the movement speed using section；As shown in figure 15, first transmitting element 104 can be with Including：

4th predicting unit 1041, for when the target terminal is moved to the centralized dispatching section, described in acquisition The current movement speed of target terminal, and predict the target terminal in the centralized dispatching section and institute according to the movement speed State the real-time movement speed using section；

Adjustment unit 1042, for predicting the target terminal in the centralized dispatching section the 4th predicting unit The target terminal represented with the real-time movement speed using section and the velocity information is in the centralized dispatching area Between and described be compared using the movement speed in section, and the regioselectivity scheduling strategy is adjusted according to the comparison result Data information；

Transmission sub-unit 1043, for sending the data information institute table after the adjustment unit adjustment to the target terminal The network data shown.

Above-mentioned real-time movement speed is updated to above-mentioned zone selectivity scheduling strategy furthermore it is possible to realize, to calculate Go out the corresponding data information in next centralized dispatching section.

Optionally, the first transmitting element 104 specifically can be used for obtaining the current location information of the target terminal, and sentence Whether the current location of breaking belongs to the centralized dispatching section, if so, according to the regioselectivity scheduling strategy to institute It states target terminal and sends the network data, if it is not, then reacquiring the current location information of target terminal.

Optionally, as shown in figure 16, described device can also include：

Transmission unit 105, for when the target terminal is moved to the use section, being carried out with the target terminal Link for keeping the target terminal current business and the current business is transmitted for the essential information of presence；And/or

Second transmitting element 106 is moved to described using section for working as the target terminal, and the network data is not Including the target terminal in the network data that the business needs that the excess minutes moved using section are run load, Send the target terminal to the target terminal needs the network data loaded in the business that the excess minutes are run； And/or

First receiving unit 107, for when the target terminal current business sends and changes, receiving the target terminal The target terminal sent reports the service quality of the business after variation to need information.

Second receiving unit 108, for when the target terminal moves in the centralized dispatching section, receiving the mesh It marks terminal and responds the upstream data that the network data is sent.

The structure diagram that 7, Figure 17 is a kind of network data transmission device provided in an embodiment of the present invention is please referred to Fig.1, As shown in figure 17, including：5th predicting unit 111, the first predicting unit 112,113 and first transmitting element 114 of generation unit, Wherein：

5th predicting unit 111, for predicting the target terminal in the location of following certain period of time.

5th predicting unit 111 can be specifically that the location information reported by target terminal will obtain target terminal in future The location of certain period of time can also be and measure to obtain target terminal by the uplink signal to target terminal Target terminal is predicted in the location of following certain period of time in current location further according to the current business of target terminal, and also Can predict the target terminal in the residing of following certain period of time by the present position historical record of target terminal Position.For example, the 5th predicting unit 111 can be used for predicting that the target is whole by the location information that the target terminal reports End is in the location of following certain period of time；And/or

5th predicting unit 111 can be also used for predicting the mesh by the present position historical record of the target terminal Terminal is marked in the location of following certain period of time.

First predicting unit 112, for inquiring target terminal in future from the network performance data library obtained in advance The network resource transmission situation at each time point of the location of certain period of time, the network performance data library are used to represent institute State the network performance data library of the network resource transmission situation of specific location area described in following certain period of time.

Optionally, the network resource transmission situation can include：Channel quality level situation and/or cell load shape Condition；Described device can also include：

Third acquiring unit 115, for obtaining each time point of specific location area described in the following certain period of time Channel quality level situation and/or cell load situation；

Second establishes unit 116, establishes and uses for the channel quality level situation according to acquisition and/or cell load situation In the network performance data library for representing the network resource transmission situation of specific location area described in the following certain period of time.

Optionally, the specific channel quality level that can be used for through the specific location area of third acquiring unit 115 The temporal regularity of situation obtains the channel quality level at each time point of specific location area described in the following certain period of time Situation；And/or

Third acquiring unit 115 specifically can be used for advising by the time of the cell load situation of the specific location area Rule obtains the cell load situation at each time point of specific location area described in the following certain period of time.

Generation unit 113, for based on target terminal each time point of the location of following certain period of time net The generation of network resource transmission situation ensures the time selectivity scheduling strategy of user experience, wherein, the time selectivity dispatches plan Slightly include representing the block information in centralized dispatching section and the data information for representing network data, the network data By the target terminal in the centralized dispatching section and the network data of the business run using section, the centralized dispatching The network resource transmission situation in section is better than the network resource transmission situation using section, the centralized dispatching section and institute State using time interval of the section for the different time points of the location of the target terminal, the centralized dispatching section earlier than It is described to use section.

For example, the service rate requirement of target terminal is low, and when network resource transmission situation is lighter, features described above duration is just Shorter, when the service rate of target terminal requires height, and network resource transmission situation is heavier, features described above duration is longer Deng.The preferable time interval of network resource transmission situation, which is may be selected by out, by above-mentioned steps is used as centralized dispatching section（On Class's working time）, so as to which when the centralized dispatching section is to the mobile terminal above-mentioned network data of transmission, efficiency of transmission and transmission are fast Degree can be relatively good, in this way in the poor time interval of network resource transmission situation（Such as：Time of having a rest in the morning）When, it is possible to Network data is received using in centralized dispatching section, to realize in the poor time interval target of network resource transmission situation Terminal can also run business glibly.

Optionally, as shown in figure 18, the generation unit 113 can include：

Second selecting unit 1131, for according to the target terminal the location of following certain period of time it is each when Between the network resource transmission situation put select the centralized dispatching section, and according to the centralized dispatching section from it is following certain when Between select in section be later than the centralized dispatching section use section；

6th predicting unit 1132 exists for the target terminal according to the target terminal currently running traffic forecast The centralized dispatching section and the business run using section；

Second generation subelement 1133, for generating the time selectivity scheduling strategy for ensureing user experience；The time Selective scheduling strategy includes representing the block information in centralized dispatching section and the data information for representing network data, The network data is by the target terminal in the centralized dispatching section and the network data of the business run using section.

Optionally, the second generation subelement 1133 can be used for according to the centralized dispatching section and the duration using section And the business that target terminal described in the service rate requirement forecast of the target terminal is run in the centralized dispatching section The first network data and prediction target terminal of required loading are loaded required for the business run using section The second network data；And generation ensures the time selectivity scheduling strategy of user experience, the time selectivity dispatches plan Slightly include representing the data information of the first network data and the second network data and for the centralized dispatching section Block information.

First transmitting element 114, in the centralized dispatching section according to the time selectivity scheduling strategy to The target terminal sends the network data；Wherein, the network data is used for the target terminal in the centralized dispatching Section and the use section run current business.

The structure diagram that 9, Figure 19 is a kind of user equipment provided in an embodiment of the present invention is please referred to Fig.1, such as Figure 19 institutes Show, including：First receiving unit 121, buffer unit 122 and call unit 123, wherein：

First receiving unit 121, for receiving the user equipment of network equipment transmission in centralized dispatching section in institute State the network data of centralized dispatching section and the business run using section；Wherein, the network data is set for the user The standby network data in the centralized dispatching section and the business run using section, the network money in the centralized dispatching section Source status transmission is better than the network resource transmission situation using section.

Optionally, the centralized dispatching section and it is described using section for the user equipment in following certain period of time The position section of different location in motion track, the centralized dispatching section are located at described using before section.That is user equipment The user equipment that the network equipment is sent is received when centralized dispatching section is moved and in the centralized dispatching section and uses area Between the network data of business that is run when moving.

Optionally, the centralized dispatching section and the use section are user equipment institute described within uncertain certain time The time interval of the different time points of the position at place, the centralized dispatching section use section earlier than described.I.e. user equipment exists The movement of centralized dispatching section receives the user equipment of network equipment transmission in the centralized dispatching section and uses section institute The network data of the business of operation.

Buffer unit 122, for caching the network data that first receiving unit 121 receives.

Call unit 123, for calling the buffer unit 122 slow in the centralized dispatching section and the use section The network data operation current business deposited.

Optionally, call unit 123 can be cached in above-mentioned centralized dispatching section user equipment invocation step 502 The business that is run in above-mentioned centralized dispatching section of user equipment network data operation current business or directly invoke the The network data for the business that the user equipment that one receiving unit 121 receives is run in above-mentioned centralized dispatching section runs current industry Business, the business which is run by user equipment in above-mentioned centralized dispatching section.Section user equipment is used above-mentioned The user equipment that buffer unit 122 caches is called to run current industry in the network data of the above-mentioned business run using section Business, the current business is by user equipment in the above-mentioned business run using section.It can realize that buffered in advance user sets in this way It is standby in the network data of business that section is used to be run, to ensure service operation smoothness, to promote user experience.

Optionally, above-mentioned network data is used to indicate the user equipment to report upstream data, for example, above-mentioned network data For resource allocation signal or request data etc.；The call unit 33 is additionally operable in the centralized dispatching section and described makes The network data operation current business is called, and the uplink for responding the network data is sent to the network equipment with section Data.

Optionally, described device can also include：

Transmission unit 124, for carrying out keeping current business and institute with the network equipment using section described The link for stating current business is transmitted for the essential information of presence；And/or

Second receiving unit 125, when the network data does not include the user equipment in the excess using section During the network data that the business needs that the time is run load, received described in the network equipment transmission using section described The network data that user equipment is loaded in the business needs that the excess minutes are run, and call network data operation current Business；And/or

Third transmitting element 126, for when the user equipment current business sends and changes, change to be reported to the network equipment The service quality of business after change needs information.

Optionally, described device can also include：

First transmitting element 127, for the network equipment reporting position information；Or

Second transmitting element 128, for reporting the motion track of the user equipment to the network equipment.

The network equipment can obtain the position of user equipment according to the location information in this way, to predict the position not With the network resource transmission situation at time point, selected further according to the network resource transmission situation of the different time points of the position State centralized dispatching section and using section.Or the network equipment obtains the shifting of the user equipment by the location information Dynamic rail mark selects above-mentioned centralized dispatching section and using section further according to the network resource transmission situation of the motion track.

Above-mentioned user equipment can be any equipment for having communication, can be specifically user equipment.Such as：Tablet electricity Brain, mobile phone, electronic reader, remote controler, PC, laptop, mobile unit, Web TV, wearable device etc. have net The smart machine of network function.

In above-mentioned technical proposal, user equipment receives the user equipment that the network equipment is sent in centralized dispatching section and exists The centralized dispatching section and the network data of the business run using section；Wherein, the network data is the user Equipment is in the centralized dispatching section and the network data of the business run using section, the network in the centralized dispatching section Resource transmission situation is better than the network resource transmission situation using section；The user equipment caches the network data； The user equipment calls the network data operation current business in the centralized dispatching section and the use section.So as to It can realize that the business for ensureing to run on mobile terminal is smooth.

The structure diagram that 1, Figure 21 is a kind of network performance analysis device provided in an embodiment of the present invention is please referred to Fig.2, As shown in figure 21, including：Acquiring unit 131 establishes unit 132 and query unit 133, wherein：

Acquiring unit 131, for obtaining the network resource transmission situation of specific location area each position.

Optionally, above-mentioned network resource transmission situation includes：

Channel quality level situation and/or cell load situation.

Unit 132 is established, is analyzed and processed for the network resource transmission situation to acquisition, to establish internetworking Energy database, the network performance data library include network resource transmission shape of the target terminal in following certain period of time Condition.

Optionally, unit 132 is established specifically to can be used for carrying out at analysis the network resource transmission situation of acquisition Reason, to establish network performance data library, wherein, analyzing and processing includes one of in the following manner：

Optionally, unit 132 is established specifically to can be used for carrying out at analysis the network resource transmission situation of acquisition Reason, to establish network performance data library, wherein, the network performance data library is used to represent the specific location area each position Downlink and/or uplink network resource transmission situation.

Optionally, the network performance data library for establishing the foundation of unit 132 specifically can also be expression in above-mentioned specific position The network resource transmission situation of the different type of region each position or different grades of terminal.

Query unit 133, for receiving the Query Information of network equipment transmission, and from the network performance data library inquiry The target terminal is in the network resource transmission situation of following certain period of time, and the target terminal is in following certain period of time Network resource transmission situation ensures the selective scheduling strategy of user experience for generating, and the selectivity scheduling strategy is used In centralized dispatching section to the target terminal send network data；Wherein, the network data is used for the target terminal The centralized dispatching section and it is described using section run current business, it is described selectivity scheduling strategy include for represent collection The block information of middle scheduling interval and the data information for representing network data, the network data exist for the target terminal The centralized dispatching section and the network data of the business run using section, the Internet resources in the centralized dispatching section are passed Defeated situation is better than the network resource transmission situation using section.

Optionally, as shown in figure 22, described device can also include：

First transmitting element 134, for sending the target terminal in following certain period of time to the network equipment Network resource transmission situation；Or

Second transmitting element 135, for based on the target terminal following certain period of time network resource transmission shape Condition generation ensures the selective scheduling strategy of user experience, and sends the selectivity scheduling plan to the network equipment Slightly.

Optionally, the network performance data library is used to represent the network of the network resource transmission situation of specific location area Performance database, the motion track are located at the specific location area；The network resource transmission situation includes：Channel quality Realize and/or cell load situation；The acquiring unit 131 can be used for the acquisition specific location area each position Channel quality level situation and/or cell load situation.Such as：Acquiring unit 131, which can be used for receiving, is located at the certain bits It puts and quantity is more than the channel information that the user terminal of preset quantity reports, and analyze the channel information received, to obtain State the channel quality level situation of specific location area each position；Or acquiring unit 131 can be used for the connection by multiple cell It closes reception technique and multi-antenna technology measures the channel quality level situation of the specific location area each position；

The cell that the base station that acquiring unit 131 can be also used for obtaining each cell of the specific location area reports is born Carry condition information, and the cell load situation of the cell load condition information acquisition specific location area with reference to acquisition.

Optionally, above-mentioned network performance data library can be used to indicate that the following certain period of time specific location area The location of the network performance data library of the network resource transmission situation at each time point, described target terminal belong to described specific The band of position；The network resource transmission situation includes：Channel quality level situation and/or cell load situation；Acquiring unit 131 can be used for obtaining the channel quality level shape at each time point of the following certain period of time specific location area each position Condition and/or cell load situation.Such as：Acquiring unit 131 can be used for the channel quality by specific location area each position The temporal regularity of Realize obtains the letter at each time point of specific location area each position described in the following certain period of time Road quality level situation；And/or

Acquiring unit 131 can be used for obtaining by the temporal regularity of the cell load situation of specific location area each position The cell load situation at each time point of specific location area each position described in the future certain period of time.

Optionally, described device specifically can be applied to the network equipments such as RAN equipment, CN equipment and base station, in addition, the party Method can also be applied to the independent network equipment.

The structure diagram that 3, Figure 23 is a kind of network data transmission system provided in an embodiment of the present invention is please referred to Fig.2, As shown in figure 23, including：Network performance analysis device 141 and network data transmission device 142, wherein：

Network performance analysis device 141, for obtaining the network resource transmission situation of specific location area each position；It is and right The network resource transmission situation obtained is analyzed and processed, to establish network performance data library, the network performance data Library includes network resource transmission situation of the target terminal in following certain period of time；And receive looking into for network equipment transmission Information is ask, and from target terminal described in the network performance data library inquiry in the network resource transmission shape of following certain period of time Condition；

The network data transmission device 142, in centralized dispatching section according to selective scheduling strategy to the mesh It marks terminal and sends the network data；Wherein, the network data for the target terminal in the centralized dispatching section and Described to run current business using section, the selectivity scheduling strategy is net of the target terminal in following certain period of time The generation of network resource transmission situation ensures the selective scheduling strategy of user experience, and the selectivity scheduling strategy includes being used for Represent the block information in centralized dispatching section and the data information for representing network data, the network data is the target Terminal is in the centralized dispatching section and the network data of the business run using section, the network in the centralized dispatching section Resource transmission situation is better than the network resource transmission situation using section.

Optionally, network performance analysis device 141 can be also used for whole to target described in the network data transmission device Hold the network resource transmission situation in following certain period of time；The network data transmission device 142 is additionally operable to based on the mesh Mark the selective scheduling strategy that terminal ensures user experience in the network resource transmission situation generation of following certain period of time； Or

The network performance analysis device 141 can be also used for the net in following certain period of time based on the target terminal The generation of network resource transmission situation ensures the selective scheduling strategy of user experience, and sends the choosing to the network equipment Selecting property scheduling strategy.

Optionally, network performance analysis device 141 can be the network of any embodiment of description of the embodiment of the present invention Performance evaluation device；Network data transmission device 142 be the embodiment of the present invention description any embodiment network data Transmitting device.

In above-mentioned technical proposal, network performance analysis device obtains the network resource transmission shape of specific location area each position Condition；And the network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library；The network number The network data is sent to the target terminal according to selective scheduling strategy in centralized dispatching section according to transmitting device；Its In, the network data runs current business for the target terminal in the centralized dispatching section and the use section, The selectivity scheduling strategy is that the target terminal ensures to use in the network resource transmission situation generation of following certain period of time The selective scheduling strategy of family experience.Target terminal described in this way is in the centralized dispatching section and the use section tune Current business is run with the network data, so as to realize that the business for ensureing to run on mobile terminal is smooth.

Figure 24 is a kind of structure diagram of network data transmission system provided in an embodiment of the present invention, as shown in figure 24, Including：The network equipment 151 and target terminal 152, wherein：

The network equipment 151, for predicting network resource transmission situation of the target terminal in following certain period of time；Base The selective scheduling strategy for ensureing user experience is generated in the network resource transmission situation, wherein, the selectivity scheduling plan Slightly include representing the block information in centralized dispatching section and the data information for representing network data, the network data By the target terminal in the centralized dispatching section and the network data of the business run using section, the centralized dispatching The network resource transmission situation in section is better than the network resource transmission situation using section；In the centralized dispatching section The network data is sent to the target terminal according to the selective scheduling strategy；Wherein, the network data is used for institute It states target terminal and runs current business in the centralized dispatching section and the use section；

The target terminal 152, for calling the network data in the centralized dispatching section and the use section Run current business.

It should be noted that the above-mentioned network equipment 151 can specifically refer to an equipment, i.e. the equipment completes above-mentioned network The operation that equipment 151 performs；The network equipment 151 can specifically refer to multiple equipment, i.e., above-mentioned net is completed in multiple equipment cooperation The operation that network equipment 151 performs.In addition, the above-mentioned network equipment 151 can complete any step in Fig. 1-embodiment shown in fig. 5 Suddenly.Target terminal 152 can complete any step in embodiment shown in fig. 6, be not repeated explanation herein.

In above-mentioned technical proposal, the network equipment predicts network resource transmission shape of the target terminal in following certain period of time Condition；The selective scheduling strategy for ensureing user experience is generated based on the network resource transmission situation；In the centralized dispatching area It is interior that the network data is sent to the target terminal according to the selective scheduling strategy；Target terminal is adjusted in described concentrate The network data operation current business is called in degree section and the use section.It can realize in this way and ensure to transport on mobile terminal Capable business is smooth.

Figure 25 is the structure diagram of another network data transmission device provided in an embodiment of the present invention, such as Figure 25 institutes Show, including：Transmitter 161 and memory 162 and the processor 163 being connect respectively with transmitter 161 and memory 162, are deposited Reservoir 162 is used to store program code, wherein：

Processor 163 is used for the program that memory 162 is called to store and performs following operation：

Transmitter 161 is sent in the centralized dispatching section according to the selective scheduling strategy to the target terminal The network data；Wherein, the network data for the target terminal the centralized dispatching section and it is described use area Between run current business.

Optionally, processor 163 perform prediction target terminal is in the network resource transmission situation of following certain period of time Operation, can include：

Optionally, the target terminal exists in the network resource transmission situation of following certain period of time for the target terminal The network resource transmission situation of each position in the motion track of following certain period of time；The selectivity scheduling strategy is to include use In the block information for representing centralized dispatching section and regioselectivity scheduling strategy for representing the data information of network data, The centralized dispatching section and the position section for using section as different location in the motion track, the centralized dispatching Positioned at described using before section, the network data in the centralized dispatching section and uses area for the target terminal in section Between the network data of business that is run when moving；Or

Optionally, described device can also include receiver 164,

Transmitter 161 or receiver 164 are used to carry out for keeping with the target terminal using section described The link for stating target terminal current business and the business is transmitted for the essential information of presence；And/or

Transmitter 161 can be also used for not including the target terminal described using the super of section when the network data During the network data that the business needs that the volume time is run load, the mesh is sent to the target terminal described using section The network data that mark terminal is loaded in the business needs that the excess minutes are run；And/or

Receiver 164 can be also used for, when the target terminal current business sends and changes, receiving the target terminal The target terminal sent reports the service quality of the business after variation to need information.

Optionally, the network data is used to indicate target terminal reporting uplink data；Receiver 164 can be also used for The centralized dispatching section receives the target terminal and responds the upstream data that the network data is sent.

In another embodiment, processor 163 can be also used for：

Motion track of the target terminal in following certain period of time is obtained by receiver 164；

Predict network resource transmission shape of the target terminal at each time point of the location of following certain period of time Condition；

Based on the target terminal each time point of the location of following certain period of time network resource transmission shape Condition generation ensures the regioselectivity scheduling strategy of user experience, wherein, the regioselectivity scheduling strategy is included for table Show the block information in centralized dispatching section and the data information for representing network data, the network data is whole for the target Hold the network data of business run in the centralized dispatching section and while being moved using section, the centralized dispatching section and It is described using position section of the section for different location in the motion track, the centralized dispatching section, which is located at, described uses area Between front；

Transmitter 161, for when the target moves in the centralized dispatching section, plan to be dispatched according to the selectivity Slightly the network data is sent to the target terminal；Wherein, the network data is used for the target terminal in the concentration Scheduling interval and the use section run current business.

Optionally, the prediction target terminal that processor 163 performs is in each of the location of following certain period of time The operation of the network resource transmission situation at time point, can include：

The network resource transmission of each position in the motion track is inquired from the network performance data library obtained in advance Situation；Wherein, the network performance data library is the internetworking for representing the network resource transmission situation of specific location area Energy database, the motion track are located at the specific location area.

Optionally, the network resource transmission situation includes at least one：

Channel quality level situation and/or cell load situation；Processor 163 can be also used for：

The channel quality level situation of the specific location area and/or cell load situation are obtained by receiver 164；

Optionally, the channel quality level that the specific location area is obtained by receiver 164 that processor 163 performs The operation of situation and/or cell load situation can include：

Receiver 164, which can be also used for receiving, to be more than positioned at the specific position and quantity on the user terminal of preset quantity The channel information of report, and the channel information received is transmitted to processor 141；

Processor 163 is by analyzing the channel information received, to obtain the channel quality water of the specific location area Flat-shaped condition.

The specific location area is measured using the joint reception technique and multi-antenna technology of multiple cell by receiver 163 Channel quality level situation.

Optionally, receiver 164 can be also used for obtaining the base station of each cell of the specific location area reports should Cell load condition information, processor 163 obtain the certain bits in conjunction with the cell load condition information that receiver 164 obtains Put the cell load situation in region.

Optionally, the centralized dispatching section is network resource transmission situation in specific position section in the motion track The position section of best specific length, and the motion track includes at least one specific position section, wherein, it is described Specific length is pre-set length；Or

Optionally, what processor 163 performed obtains the target terminal in following certain period of time by receiver 164 The operation of motion track can include one of in the following manner：

Target terminal is obtained in following certain time using the route model matching of public transit facility by receiver 164 The motion track of section；

The location information that the target terminal reports is received by receiver 164 and obtains target terminal in following certain time The motion track of section；

Motion track of the target terminal in following certain period of time is obtained using multi-antenna technology by receiver 164；

Optionally, the network resource transmission situation generation based on each position in the motion track that processor 163 performs Ensure the operation of the regioselectivity scheduling strategy of user experience, can include：

The characteristic information of the target terminal is obtained by receiver 164, and according to the characteristic information and the shifting The network resource transmission situation generation of each position ensures the regioselectivity scheduling strategy of user experience in dynamic rail mark；Wherein, institute Selective scheduling strategy is stated including the block information for representing centralized dispatching section and for representing that the data of network data are believed Breath, the characteristic information include at least one of following：

Optionally, the characteristic information that the target terminal is obtained by receiver 164 that processor 163 performs, and according to The network resource transmission situation generation of each position ensures the region of user experience in the characteristic information and the motion track The operation of selective scheduling strategy can include：

The characteristic information of the target terminal is obtained by receiver 164, and institute is predicted according to the characteristic information Target terminal is stated in the centralized dispatching section and the time moved using section；

Optionally, the operation for the formation zone selectivity scheduling strategy that processor 163 performs, can include：

Optionally, the characteristic information includes the translational speed information of the target terminal and the road conditions of the motion track Information；The characteristic information of the acquisition target terminal that processor 163 performs, and according to characteristic information prediction Target terminal the centralized dispatching section and it is described using section move time operation, can include：

Optionally, the regioselectivity scheduling strategy further includes to represent the target terminal in the centralized dispatching Section and the velocity information of the movement speed using section；Processor 163 can be also used for：

The current movement speed of the target terminal is obtained, and according to movement speed prediction by receiver 164 Target terminal is in the centralized dispatching section and the real-time movement speed using section；

The regioselectivity scheduling strategy that transmitter 161 performs sends the network data to the target terminal Operation, can include：

Optionally, transmitter 161 perform when the target terminal is moved to the centralized dispatching section, according to described Regioselectivity scheduling strategy sends the operation of the network data to the target terminal, can include：

When processor 163 judges that receiver 164 obtains the current location information of the target terminal, belong to described concentrate and adjust When spending section, transmitter 161 sends the network data according to the regioselectivity scheduling strategy to the target terminal.

Optionally, it is performed in transmitter 161 and institute is sent to the target terminal according to the regioselectivity scheduling strategy After the operation for stating network data, receiver 164 can be also used for when the target terminal is moved to the use section, with The target terminal carries out that the essential information that the link of the business and the business is presence is kept to transmit.

Optionally, it is performed in transmitter 161 and institute is sent to the target terminal according to the regioselectivity scheduling strategy After the operation for stating network data, transmitter 161 can be also used for being moved to described using section, and institute when the target terminal State network data does not need to load including the target terminal in the business that the excess minutes moved using section are run Network data when, send the target terminal to the target terminal needs to load in the business that the excess minutes are run Network data.

Optionally, it is performed in transmitter 161 and institute is sent to the target terminal according to the regioselectivity scheduling strategy After the operation for stating network data, receiver 164 can be also used for, when the target terminal current business sends and changes, receiving The target terminal that the target terminal is sent reports the service quality of the business after variation to need information.

Optionally, the network data is used to indicate target terminal reporting uplink data, for example, above-mentioned network data is money Source assignment signalling or request data etc.；It is performed in transmitter 161 according to the regioselectivity scheduling strategy to the target After terminal sends the operation of the network data, receiver 164 can be also used for adjusting in described concentrate when the target terminal When spending section movement, receive the target terminal and respond the upstream data that the network data is sent.

Optionally, processor 163 can be also used for：

Predict target terminal in the location of following certain period of time by receiver 164；

The time selectivity scheduling strategy for ensureing user experience is generated based on the network resource transmission situation, wherein, institute Time selectivity scheduling strategy is stated to include representing the block information in centralized dispatching section and the number for representing network data It is believed that breath, the network data is by the target terminal in the centralized dispatching section and the net of the business run using section Network data, the centralized dispatching section and it is described using section for the different time points of the location of the target terminal when Between section, the centralized dispatching section earlier than it is described use section；

Transmitter 161 is in the centralized dispatching section according to the time selectivity scheduling strategy to the target terminal Send the network data；Wherein, the network data in the centralized dispatching section and described makes for the target terminal Current business is run with section.

Optionally, what processor 163 performed predicts target terminal residing for following certain period of time by receiver 164 Position operation, one of in the following manner can be included：

The location information reported by target terminal described in receiver 164 predicts the target terminal in following certain time The location of section；

Optionally, the prediction target terminal that processor 163 performs is in each of the location of following certain period of time The operation of the network resource transmission situation at time point, can include

Network of the target terminal in following certain period of time is inquired from the network performance data library obtained in advance Resource transmission situation；Wherein, the network performance data library is used to represent the following certain period of time specific location area The location of the network performance data library of the network resource transmission situation at each time point, described target terminal belong to described specific The band of position.

Optionally, the network resource transmission situation includes：Channel quality level situation and/or cell load situation；Place Reason device 163 can be also used for：

Optionally, each time of specific location area described in the acquisition following certain period of time that processor 163 performs The operation of the channel quality level situation and/or cell load situation of point, can include

Optionally, the centralized dispatching section is network resource transmission in the following certain period of time specific time section The time interval of the best specific duration of situation, and the following certain period of time includes at least one specific time area Between, wherein, a length of pre-set length when described specific；Or

Optionally, what processor 163 performed generates the time for ensureing user experience based on the network resource transmission situation The operation of selective scheduling strategy can include：

Optionally, the generation that processor 163 performs ensures the operation of the time selectivity scheduling strategy of user experience, can be with Including：

Described device can be specifically to be applied to the network equipment, i.e. the network equipment can include above device.Such as： The network equipments such as RAN equipment, CN equipment and base station.

Above-mentioned target terminal can be any equipment for having communication, can be specifically user equipment, such as：Tablet electricity Brain, mobile phone, electronic reader, remote controler, PC, laptop, mobile unit, Web TV, wearable device etc. have net The smart machine of network function.

In above-mentioned technical proposal, prediction target terminal is in the network resource transmission situation of following certain period of time；Based on institute State the selective scheduling strategy that the generation of network resource transmission situation ensures user experience；According to institute in the centralized dispatching section It states selective scheduling strategy and sends the network data to the target terminal；Target terminal described in this way is in the centralized dispatching The network data operation current business is called in section and the use section.Ensure to run on mobile terminal so as to realize Business it is smooth.

Figure 26 is the structure diagram of another user equipment provided in an embodiment of the present invention, as shown in figure 26, including：It connects It receives device 171 and memory 172 and the processor 173 being connect respectively with receiver 171, memory 172, memory 172 is used for Program code is stored, wherein：

Receiver 171, for receiving the user equipment of network equipment transmission in centralized dispatching section in the concentration The network data of scheduling interval and the business run using section；Wherein, the network data is the user equipment in institute State the network data of centralized dispatching section and the business run using section, the network resource transmission in the centralized dispatching section Situation is better than the network resource transmission situation using section；

The user equipment caches the network data；

Memory 172, for caching the network data；

Processor 173 calls memory for the user equipment in the centralized dispatching section and the use section The network data operation current business of 172 cachings.

Optionally, the centralized dispatching section and it is described using section for the user equipment in following certain period of time The position section of different location in motion track, the centralized dispatching section be located at it is described using before section or

Optionally, the user equipment can also include transmitter 174, and transmitter 174 is used for the network equipment Report location information；Or

Transmitter 174 is used to report the motion track of the user equipment to the network equipment.

Optionally, receiver 171 or transmitter 174 can be also used for it is described using section and the network equipment into It goes that the essential information that the link of current business and the current business is presence is kept to transmit；And/or

Receiver 171 can be also used for not including the user equipment described using the super of section when the network data During the network data that the business needs that the volume time is run load, in the institute that the network equipment transmission is received using section The network data that user equipment is loaded in the business needs that the excess minutes are run is stated, and network data operation is called to work as Preceding business；Processor 173 can be also used for that the network data is called to run current business；And/or

Transmitter 174 can be also used for, when the user equipment current business sends and changes, change being reported to the network equipment The service quality of business after change needs information.

Optionally, the network data is used to indicate described device reporting uplink data, for example, above-mentioned network data is money Source assignment signalling or request data etc.；Transmitter 174, which can be also used for sending to the network equipment, responds the network number According to upstream data.

The network equipment can be specifically the network equipments such as RAN equipment, CN equipment and base station.

Above-mentioned user equipment can be any equipment for having communication, such as：It is tablet computer, mobile phone, electronic reader, distant Controlling device, PC, laptop, mobile unit, Web TV, wearable device etc. has the smart machine of network function.

In above-mentioned technical proposal, the user equipment receives the user that the network equipment is sent in centralized dispatching section and sets The standby network data in the centralized dispatching section and the business run using section；The user equipment caches the network Data；The user equipment calls the network data to run current industry in the centralized dispatching section and the use section Business.So as to realize that the business for ensureing to run on mobile terminal is smooth.

Figure 27 is the structure diagram of another network performance analysis device provided in an embodiment of the present invention, such as Figure 27 institutes Show, including：Receiver 181 and memory 182 and the processor 183 being connect respectively with receiver 181, memory 182, are deposited Reservoir 182 is used to store program code, wherein：

The program that processor 183 calls memory 182 to store performs following operation：

The network resource transmission situation of specific location area each position is obtained by receiver 181；

The Query Information that the network equipment sends is received, and from the network performance data library inquiry institute by receiver 181 Network resource transmission situation of the target terminal in following certain period of time is stated, the target terminal is in the net of following certain period of time Network resource transmission situation ensures the selective scheduling strategy of user experience for generating, and the selectivity scheduling strategy is used for In centralized dispatching section network data is sent to the target terminal；Wherein, the network data exists for the target terminal The centralized dispatching section and it is described using section run current business, it is described selectivity scheduling strategy include for represent concentrate The block information of scheduling interval and the data information for representing network data, the network data are the target terminal in institute State the network data of centralized dispatching section and the business run using section, the network resource transmission in the centralized dispatching section Situation is better than the network resource transmission situation using section.

Optionally, the network resource transmission situation to acquisition that processor 183 performs analyzes and processes, to establish The operation in network performance data library can include：

Optionally, described device can also include transmitter 184, wherein：

Transmitter 184 provides for sending the target terminal to the network equipment in the network of following certain period of time Source status transmission.

Optionally, processor 183 can be also used for：

Network resource transmission situation generation based on the target terminal in following certain period of time ensures user experience The selectivity scheduling strategy；

Transmitter 184 can be used for sending the selective scheduling strategy to the network equipment.

Optionally, the network performance data library is used to represent the network of the network resource transmission situation of specific location area Performance database, the motion track are located at the specific location area；

Optionally, the Internet resources that specific location area each position is obtained by receiver 181 that processor 183 performs pass The operation of the information of defeated situation, including：

The channel quality level situation of specific location area each position and/or cell load shape are obtained by receiver 181 Condition.

Optionally, the channel matter that the specific location area each position is obtained by receiver 181 that processor 183 performs The operation of Realize is measured, can be included：

Receiver 181 is received positioned at the specific position and quantity is more than the channel letter that the user terminal of preset quantity reports Breath；

Processor 183 analyzes the channel information received, to obtain the channel quality of the specific location area each position Realize；Or

The specific location area is measured using the joint reception technique and multi-antenna technology of multiple cell by receiver 181 The channel quality level situation of each position；

The operation for the cell load situation that the specific location area is obtained by receiver 181 that processor 183 performs, It can include：

The cell load condition information that the base station that receiver 181 obtains each cell of the specific location area reports；

The cell load condition information that processor 183 is obtained with reference to receiver 181 obtains the small of the specific location area Area's load state.

Optionally, processor 183, which performs, analyzes and processes the network resource transmission situation of acquisition, to establish net The operation of network performance database, including：

Optionally, the network performance data library be used to representing the following certain period of time specific location area it is each when Between the location of the network performance data library of network resource transmission situation put, the target terminal belong to the specific position Region；The network resource transmission situation includes：Channel quality level situation and/or cell load situation；

The channel at each time point of the following certain period of time specific location area each position is obtained by receiver 181 Quality level situation and/or cell load situation.

Optionally, what processor 183 performed obtains the following certain period of time specific location area by receiver 181 The operation of the channel quality level situation and/or cell load situation at each time point of each position, including：

Optionally, described device can specifically be integrated in the network equipments such as RAN equipment, CN equipment and base station, in addition, the dress Putting can also be individually present.

In above-mentioned technical proposal, the network resource transmission situation of specific location area each position is obtained；To described in acquisition Network resource transmission situation is analyzed and processed, and to establish network performance data library, the network performance data library includes described Target terminal is in the network resource transmission situation of following certain period of time；The Query Information that the network equipment is sent is received, and from institute Network resource transmission situation of the target terminal described in network performance data library inquiry in following certain period of time is stated, the target is whole The network resource transmission situation in following certain period of time is held for generating the selective scheduling strategy of guarantee user experience, The selectivity scheduling strategy is used to send network data to the target terminal in centralized dispatching section；Wherein, the network Data for the target terminal the centralized dispatching section and it is described using section run current business, it is described selectivity adjust Degree strategy includes representing the block information in centralized dispatching section and the data information for representing network data, the network Data are by the target terminal in the centralized dispatching section and the network data of the business run using section, the concentration The network resource transmission situation of scheduling interval is better than the network resource transmission situation using section.Ensure so as to realize The business run on mobile terminal is smooth, promotes user experience.

One of ordinary skill in the art will appreciate that realizing all or part of flow in above-described embodiment method, being can be with Relevant hardware is instructed to complete by computer program, the program can be stored in a computer read/write memory medium In, the program is when being executed, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, the storage medium can be magnetic Dish, CD, read-only memory（Read-Only Memory, ROM）Or random access memory（Random Access Memory, abbreviation RAM）Deng.

The above disclosure is only the preferred embodiments of the present invention, cannot limit the right model of the present invention with this certainly It encloses, therefore equivalent variations made according to the claims of the present invention, is still within the scope of the present invention.

Claims

1. a kind of network data transmission method, which is characterized in that including：

The selective scheduling strategy for ensureing user experience is generated based on the network resource transmission situation, wherein, the selectivity Scheduling strategy includes representing the block information in centralized dispatching section and the data information for representing network data, the collection The network resource transmission situation of middle scheduling interval is better than the network resource transmission situation using section；

The network data is sent to the target terminal according to the selective scheduling strategy in the centralized dispatching section； Wherein, the network data runs current industry for the target terminal in the centralized dispatching section and the use section Business.

2. the method as described in claim 1, which is characterized in that the prediction target terminal is in the network of following certain period of time Resource transmission situation, including：

Internet resources of the target terminal in following certain period of time are inquired from the network performance data library obtained in advance Status transmission；Wherein, the network performance data library includes Internet resources biography of the target terminal in following certain period of time Defeated situation.

3. method as claimed in claim 2, which is characterized in that the target terminal is in the Internet resources of following certain period of time Status transmission is the network resource transmission situation of target terminal each position in the motion track of following certain period of time；Institute It is the block information for including being used to represent centralized dispatching section and the data for representing network data to state selective scheduling strategy The regioselectivity scheduling strategy of information, the centralized dispatching section and the use section are positions different in the motion track The position section put, positioned at described using before section, the network data is the target terminal in the centralized dispatching section In the network data of business that the centralized dispatching section and while being moved using section are run；Or

The target terminal following certain period of time network resource transmission situation for the target terminal future one timing Between the location of section each time point network resource transmission situation；The selectivity scheduling strategy is to include being used to represent collection The block information of middle scheduling interval and the time selectivity scheduling strategy for representing the data information of network data, the concentration Scheduling interval and the time interval using different time points of the section for the location of the target terminal, the concentration Scheduling interval uses section earlier than described.

4. method as claimed in claim 3, which is characterized in that the centralized dispatching section is certain bits in the motion track The position section for the specific length that network resource transmission situation is best in section is put, and the motion track includes at least one institute Specific position section is stated, wherein, the specific length is pre-set length；Or

The centralized dispatching section is best specific of network resource transmission situation in specific position section in the motion track The position section of length, and the motion track includes at least one specific position section, wherein, the specific length is According to the length that real time information calculates, the real time information includes at least one of following：

The network resource transmission condition information of the motion track, the movement speed of the target terminal, the target terminal The traffic information of service rate require information, the motion track.

5. method as claimed in claim 4, which is characterized in that the network performance data library is used to represent specific location area Network resource transmission situation network performance data library, the motion track is located at the specific location area；The network Resource transmission situation includes：Channel quality level situation and/or cell load situation；

It is described that network of the target terminal in following certain period of time is inquired from the network performance data library obtained in advance Before resource transmission situation, the method further includes：

The network for representing specific location area is established according to the channel quality level situation of acquisition and/or cell load situation The network performance data library of resource transmission situation.

6. method as claimed in claim 5, which is characterized in that the channel quality level for obtaining the specific location area Situation, including：

It receives positioned at the specific position and quantity is more than the channel information that the user terminal of preset quantity reports, and analyzes reception The channel information arrived, to obtain the channel quality level situation of the specific location area；Or

The channel quality level shape of the specific location area is measured by the joint reception technique and multi-antenna technology of multiple cell Condition；

The cell load situation for obtaining the specific location area, including：

The cell load condition information that the base station of each cell of the specific location area reports is obtained, and combines the small of acquisition The cell load situation of specific location area described in area's load state acquisition of information.

7. the method as described in any one of claim 4-6, which is characterized in that the prediction target terminal is in one timing of future Between section network resource transmission situation before, the method further includes：

Obtain motion track of the target terminal in following certain period of time.

8. the method for claim 7, which is characterized in that the movement for obtaining target terminal in following certain period of time Track includes at least one of in the following manner：

9. the method as described in any one of claim 4-6, which is characterized in that described to be based on the network resource transmission situation Generation ensures the regioselectivity scheduling strategy of user experience, including：

The characteristic information of the target terminal is obtained, and according to the net of each position in the characteristic information and the motion track The generation of network resource transmission situation ensures the regioselectivity scheduling strategy of user experience；Wherein, the regioselectivity scheduling plan Slightly include representing the block information in centralized dispatching section and the data information for representing network data, the characteristic information Including at least one of following：

The service rate require information of the target terminal, the translational speed information of the target terminal and the motion track Traffic information.

10. method as claimed in claim 9, which is characterized in that the characteristic information for obtaining the target terminal, and according to The network resource transmission situation generation of each position ensures the region of user experience in the characteristic information and the motion track Selective scheduling strategy, including：

The centralized dispatching section is selected, and according to described according to the network resource transmission situation of each position in the motion track Centralized dispatching section is selected from the motion track uses section after the centralized dispatching section；

The characteristic information of the target terminal is obtained, and predicts the target terminal in the collection according to the characteristic information Middle scheduling interval and the time moved using section；

According to target terminal described in the currently running business of the target terminal and the time prediction in the centralized dispatching area Between and the business run when being moved using section；

Generation ensures the regioselectivity scheduling strategy of user experience；The regioselectivity scheduling strategy includes representing collection The block information of middle scheduling interval and the data information for representing network data, the network data exist for the target terminal The network data of business that the centralized dispatching section and while being moved using section are run.

11. method as claimed in claim 10, which is characterized in that the generation ensures the regioselectivity scheduling of user experience Strategy, including：

The target terminal according to the service rate requirement forecast of the time and target terminal moves in the centralized dispatching section The first network data and prediction target terminal loaded required for the business run when moving are in the movement using section The second network data loaded required for the business run；

Generation ensures the regioselectivity scheduling strategy of user experience, and the regioselectivity scheduling strategy is included for representing The data information and the block information for the centralized dispatching section for stating first network data and the second network data.

12. method as claimed in claim 10, which is characterized in that the characteristic information includes the mobile speed of the target terminal Spend the traffic information of information and the motion track；The characteristic information for obtaining the target terminal, and according to described Characteristic information predicts the target terminal in the centralized dispatching section and the time moved using section, including：

According to the current movement speed of the target terminal and the traffic information of the motion track, predict the target terminal in institute State centralized dispatching section and the movement speed using section；

According to the target terminal in the centralized dispatching section and the movement speed using section, predict that the target is whole It holds in the centralized dispatching section and the time moved using section.

13. the method as described in any one of claim 4-6, which is characterized in that the regioselectivity scheduling strategy also wraps It includes to represent the target terminal in the centralized dispatching section and the velocity information of the movement speed using section；Institute It states and the network data is sent to the target terminal according to the regioselectivity scheduling strategy, including：

The current movement speed of the target terminal is obtained, and predicts the target terminal in the concentration according to the movement speed Scheduling interval and the real-time movement speed using section；

The target terminal is believed in the centralized dispatching section and the real-time movement speed using section with the speed Cease represent the target terminal the centralized dispatching section and it is described be compared using the movement speed in section, and according to The comparison result adjusts the data information of the regioselectivity scheduling strategy；

14. method as claimed in claim 3, which is characterized in that the centralized dispatching section is the following certain period of time The time interval of the best specific duration of network resource transmission situation in specific time section, and the following certain period of time packet At least one specific time section is included, wherein, a length of pre-set length when described specific；Or

The centralized dispatching section is best for network resource transmission situation in the following certain period of time specific time section The position section of specific duration, and the following certain period of time includes at least one specific time section, wherein, it is described Specific duration is the length calculated according to real time information, and the real time information includes at least one of following：

The future network resource transmission condition information of certain period of time and the service rate require information of the target terminal.

15. method as claimed in claim 14, which is characterized in that the network performance data library is used to represent described following one The network performance data library of the network resource transmission situation at each time point for section specific location area of fixing time, the target terminal Location belongs to the specific location area；The network resource transmission situation includes：Channel quality level situation and/or Cell load situation；

Obtain the channel quality level situation at each time point of specific location area described in the following certain period of time and/or small Area's load state；

It is established to represent the following certain period of time according to the channel quality level situation of acquisition and/or cell load situation The network performance data library of the network resource transmission situation of the specific location area.

16. method as claimed in claim 15, which is characterized in that described to obtain certain bits described in the following certain period of time The channel quality level situation at each time point in region and/or cell load situation are put, including：

The following certain period of time institute is obtained by the temporal regularity of the channel quality level situation of the specific location area State the channel quality level situation at each time point of specific location area；And/or

It is obtained by the temporal regularity of the cell load situation of the specific location area special described in the following certain period of time The cell load situation at each time point of location area.

17. the method as described in any one of claim 14-16, which is characterized in that the prediction target terminal will be in future one Before the network resource transmission situation for section of fixing time, the method further includes：

18. method as claimed in claim 17, which is characterized in that the prediction target terminal is in following certain period of time Location include at least one of in the following manner：

The location information reported by the target terminal predicts the target terminal in the residing position of following certain period of time It puts；

Predict the target terminal residing for following certain period of time by the present position historical record of the target terminal Position.

19. the method as described in any one of claim 14-16, which is characterized in that described to be based on the network resource transmission Situation generation ensures the time selectivity scheduling strategy of user experience, including：

It is selected according to network resource transmission situation of the target terminal at each time point of the location of following certain period of time The centralized dispatching section is selected, and is selected from following certain period of time according to the centralized dispatching section and is later than the concentration Scheduling interval uses section；

In the centralized dispatching section and described made according to target terminal described in the currently running traffic forecast of the target terminal The business run with section；

Generation ensures the time selectivity scheduling strategy of user experience；The time selectivity scheduling strategy includes representing collection The block information of middle scheduling interval and the data information for representing network data, the network data exist for the target terminal The centralized dispatching section and the network data of the business run using section.

20. method as claimed in claim 19, which is characterized in that the generation ensures the time selectivity scheduling of user experience Strategy, including：

According to the centralized dispatching section and use the duration in section and the service rate requirement forecast institute of the target terminal State the first network data loaded required for the business that target terminal is run in the centralized dispatching section and prediction target The second network data that terminal is loaded required for the business run using section；

Generation ensures the time selectivity scheduling strategy of user experience, and the time selectivity scheduling strategy is included for representing The data information and the block information for the centralized dispatching section for stating first network data and the second network data.

21. the method as described in claim 4,5,6,14,15, any one of 16, which is characterized in that described according to the selection Property scheduling strategy after the target terminal sends the network data, the method further includes：

In the chain carried out using section and the target terminal for keeping the target terminal current business and the business It is transmitted for the essential information of presence on road；And/or

When the business needs that the network data is not run including the target terminal in the excess minutes using section During the network data of loading, the target terminal is sent in the excess minutes institute to the target terminal using section described The network data that the business needs of operation load；And/or

When the target terminal current business, which is sent, to be changed, receive the target terminal that the target terminal is sent and report change The service quality of business after change needs information.

22. the method as described in claim 4,5,6,14,15, any one of 16, which is characterized in that the network data is used for Indicate target terminal reporting uplink data；It is described that the network is sent to the target terminal according to the selective scheduling strategy After data, the method further includes：

23. a kind of network data transmission method, which is characterized in that including：

Target terminal received in centralized dispatching section the target terminal that the network equipment is sent in the centralized dispatching section and Use the network data for the business that section is run；Wherein, the network data is the target terminal in the centralized dispatching Section and the network data of the business run using section, the network resource transmission situation in the centralized dispatching section are better than institute State the network resource transmission situation using section；

The target terminal caches the network data；

The target terminal calls the network data operation current business in the centralized dispatching section and the use section.

24. method as claimed in claim 23, which is characterized in that the centralized dispatching section and it is described using section be described The position section of target terminal different location in the motion track of following certain period of time, the centralized dispatching section are located at institute It states using before section；Or

The centralized dispatching section and it is described using section be within uncertain certain time the location of described target terminal The time interval of different time points, the centralized dispatching section use section earlier than described.

25. method as claimed in claim 24, which is characterized in that the target terminal receives network in centralized dispatching section and sets The target terminal that preparation is sent is before the network data of the centralized dispatching section and the business run using section, institute The method of stating further includes：

26. the method as described in claim 24 or 25, which is characterized in that the method further includes：

The target terminal carries out keeping current business and the current industry using section described with the network equipment The link of business is transmitted for the essential information of presence；And/or

When the business needs that the network data is not run including the target terminal in the excess minutes using section During the network data of loading, the target terminal is in the target terminal that the network equipment transmission is received using section In the network data that the business needs that the excess minutes are run load, and the network data is called to run current business；With/ Or

When the target terminal current business, which is sent, to be changed, the target terminal reports the business after variation to the network equipment Service quality needs information.

27. the method as described in claim 24 or 25, which is characterized in that the network data is used to indicate target terminal and reports Upstream data；The target terminal calls the network data operation current in the centralized dispatching section and the use section Business, including：

The target terminal calls the network data operation current business in the centralized dispatching section and the use section, And the upstream data for responding the network data is sent to the network equipment.

28. a kind of network data transmission method, which is characterized in that including：

The network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library, the internetworking Energy database includes network resource transmission situation of the target terminal in following certain period of time；

The Query Information that the network equipment is sent is received, and from target terminal described in the network performance data library inquiry in future one The network resource transmission situation for section of fixing time, the target terminal are used in the network resource transmission situation of following certain period of time Generation ensures the selective scheduling strategy of user experience, and the selectivity scheduling strategy is used in centralized dispatching section to the mesh It marks terminal and sends network data；Wherein, the network data is used for the target terminal in the centralized dispatching section and use Section runs current business, and the selectivity scheduling strategy includes representing the block information in centralized dispatching section and for table Show the data information of network data, the network data in the centralized dispatching section and uses section institute for the target terminal The network data of the business of operation, the network resource transmission situation in the centralized dispatching section are better than the network using section Resource transmission situation.

29. method as claimed in claim 28, which is characterized in that the network resource transmission situation of described pair of acquisition carries out Analyzing and processing, to establish network performance data library, including：

The network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library, wherein, at analysis Reason includes one of in the following manner：

30. method as claimed in claim 28, which is characterized in that described from target described in the network performance data library inquiry After the network resource transmission situation of following certain period of time, the method further includes terminal：

Network resource transmission situation generation based on the target terminal in following certain period of time ensures described in user experience Selective scheduling strategy, and send the selective scheduling strategy to the network equipment.

31. the method as described in any one of claim 28-30, which is characterized in that the target terminal is in one timing of future Between section network resource transmission situation be target terminal each position in the motion track of following certain period of time network Resource transmission situation；The selectivity scheduling strategy is the block information that includes being used to represent centralized dispatching section and for representing The regioselectivity scheduling strategy of the data information of network data, the centralized dispatching section and the use section are the shifting The position section of different location in dynamic rail mark, the centralized dispatching section are used positioned at described before section, the network data The network data of business run by the target terminal in the centralized dispatching section and while being moved using section；Or

32. method as claimed in claim 31, which is characterized in that the network performance data library is used to represent specific location area The network performance data library of the network resource transmission situation in domain, the motion track are located at the specific location area；The net Network resource transmission situation includes：Channel quality level situation and/or cell load situation；

33. method as claimed in claim 32, which is characterized in that the channel for obtaining the specific location area each position Quality level situation, including：

It receives positioned at the specific position and quantity is more than the channel information that the user terminal of preset quantity reports, and analyzes reception The channel information arrived, to obtain the channel quality level situation of the specific location area each position；Or

The channel quality of the specific location area each position is measured by the joint reception technique and multi-antenna technology of multiple cell Realize；

The cell load situation for obtaining the specific location area, including：

34. method as claimed in claim 31, which is characterized in that the network resource transmission situation of described pair of acquisition carries out Analyzing and processing, to establish network performance data library, including：

The network resource transmission situation of acquisition is analyzed and processed, to establish network performance data library, wherein, the net Network performance database is used to represent the downlink of the specific location area each position and/or the network resource transmission situation of uplink.

35. method as claimed in claim 31, which is characterized in that the network performance data library is used to represent described following one The network performance data library of the network resource transmission situation at each time point for section specific location area of fixing time, the target terminal Location belongs to the specific location area；The network resource transmission situation includes：Channel quality level situation and/or Cell load situation；

Obtain each time point of the following certain period of time specific location area each position channel quality level situation and/or Cell load situation.

36. method as claimed in claim 35, which is characterized in that described to obtain the following certain period of time specific location area The channel quality level situation at each time point of domain each position and/or cell load situation, including：

The following certain period of time is obtained by the temporal regularity of the channel quality level situation of specific location area each position The channel quality level situation at each time point of the specific location area each position；And/or

It is obtained described in the following certain period of time by the temporal regularity of the cell load situation of specific location area each position The cell load situation at each time point of specific location area each position.

37. a kind of network data transmission device, which is characterized in that including：First predicting unit, generation unit and first send single Member, wherein：

The generation unit, the network resource transmission situation generation for being predicted based on first predicting unit ensure to use The selective scheduling strategy of family experience, wherein, the selectivity scheduling strategy includes the section for representing centralized dispatching section Information and the data information for representing network data, the network data are the target terminal in the centralized dispatching section With the network data of business that section is used to be run, the network resource transmission situation in the centralized dispatching section is better than described make With the network resource transmission situation in section；

First transmitting element, for being dispatched in the centralized dispatching section according to the selectivity that the generation unit generates Strategy sends the network data to the target terminal；Wherein, the network data is used for the target terminal in the collection Middle scheduling interval and the use section run current business.

38. device as claimed in claim 37, which is characterized in that first predicting unit is used for from the network obtained in advance Network resource transmission situation of the target terminal in following certain period of time is inquired in performance database；Wherein, the net Network performance database includes network resource transmission situation of the target terminal in following certain period of time.

39. the device as described in claim 37 or 38, which is characterized in that the target terminal is in the net of following certain period of time Network resource transmission situation is the network resource transmission of target terminal each position in the motion track of following certain period of time Situation；The selectivity scheduling strategy is the block information that includes being used to represent centralized dispatching section and for representing network data Data information regioselectivity scheduling strategy, the centralized dispatching section and it is described using section in the motion track The position section of different location, positioned at described using before section, the network data is the mesh in the centralized dispatching section The network data of business that mark terminal is run in the centralized dispatching section and while being moved using section；Or

40. device as claimed in claim 39, which is characterized in that the centralized dispatching section is specific in the motion track The position section of the best specific length of network resource transmission situation in the section of position, and the motion track is including at least one The specific position section, wherein, the specific length is pre-set length；Or

41. device as claimed in claim 40, which is characterized in that the network performance data library is used to represent specific location area The network performance data library of the network resource transmission situation in domain, the motion track are located at the specific location area；The net Network resource transmission situation includes：Channel quality level situation and/or cell load situation；Described device further includes：

First establishing unit is established to represent for the channel quality level situation according to acquisition and/or cell load situation The network performance data library of the network resource transmission situation of specific location area.

42. device as claimed in claim 41, which is characterized in that the first acquisition unit is located at described specific for reception Position and quantity are more than the channel information that the user terminal of preset quantity reports, and analyze the channel information received, to obtain The channel quality level situation of the specific location area；Or the first acquisition unit is used for by connecing combining for multiple cell Receipts technology and multi-antenna technology measure the channel quality level situation of the specific location area；

The first acquisition unit is additionally operable to obtain the cell load that the base station of each cell of the specific location area reports Condition information, and the cell load situation of the cell load condition information acquisition specific location area with reference to acquisition.

43. the device as described in any one of claim 40-42, which is characterized in that described device further includes：

44. device as claimed in claim 43, which is characterized in that the second acquisition unit is used to pass through public transit facility Route model matching obtain target terminal following certain period of time motion track；Or

The second acquisition unit is used to obtain target terminal following certain by the location information that the target terminal reports The motion track of period；Or

The second acquisition unit is used to obtain motion track of the target terminal in following certain period of time by multi-antenna technology； Or

The second acquisition unit is used to obtain target terminal following certain by the historical movement path of the target terminal The motion track of period.

45. the device as described in any one of claim 40-42, which is characterized in that the generation unit is described for obtaining The characteristic information of target terminal, and according to the network resource transmission shape of each position in the characteristic information and the motion track Condition generation ensures the regioselectivity scheduling strategy of user experience；Wherein, the regioselectivity scheduling strategy is included for table Show the block information in centralized dispatching section and the data information for representing network data, the characteristic information is included as follows at least One：

46. device as claimed in claim 45, which is characterized in that the generation unit includes：

First selecting unit selects the centralized dispatching with the network resource transmission situation according to each position in the motion track Section, and selected from the motion track according to the centralized dispatching section and make after the centralized dispatching section Use section；

Second predicting unit for obtaining the characteristic information of the target terminal, and predicts institute according to the characteristic information Target terminal is stated in the centralized dispatching section and the time moved using section；

Third predicting unit, for according to the currently running business of the target terminal and second predicting unit prediction when Between predict the target terminal the centralized dispatching section and it is described moved using section when the business that is run；

First generation subelement, for generating the regioselectivity scheduling strategy for ensureing user experience；The regioselectivity tune Degree strategy includes representing the block information in centralized dispatching section and the data information for representing network data, the network The network data of business that data are run by the target terminal in the centralized dispatching section and while being moved using section.

47. device as claimed in claim 46, which is characterized in that the first generation subelement be used for according to the time and The business institute that target terminal described in the service rate requirement forecast of target terminal is run when the centralized dispatching section is moved Need the first network loaded data and predict target terminal it is described moved using section when the business that is run required for Second network data of loading；And generation ensures the regioselectivity scheduling strategy of user experience, the regioselectivity tune Degree strategy includes representing the data information of the first network data and the second network data and for the centralized dispatching The block information in section.

48. device as claimed in claim 46, which is characterized in that the characteristic information includes the mobile speed of the target terminal Spend the traffic information of information and the motion track；Second predicting unit is specifically used for according to the target terminal when Forward The traffic information of dynamic speed and the motion track predicts the target terminal in the centralized dispatching section and described uses area Between movement speed；Further according to the target terminal in the centralized dispatching section and the movement speed using section, in advance The target terminal is surveyed in the centralized dispatching section and the time moved using section.

49. the device as described in any one of claim 40-42, which is characterized in that the regioselectivity scheduling strategy is also Including being used to represent the target terminal in the centralized dispatching section and the velocity information of the movement speed using section； First transmitting element includes：

4th predicting unit, for when the target terminal is moved to the centralized dispatching section, obtaining the target terminal Current movement speed, and the target terminal is predicted in the centralized dispatching section according to the movement speed and described uses area Between real-time movement speed；

Adjustment unit, for the 4th predicting unit to be predicted the target terminal in the centralized dispatching section and described is made With the real-time movement speed in section and the target terminal that the velocity information represents in the centralized dispatching section and described It is compared using the movement speed in section, and the data letter of the regioselectivity scheduling strategy is adjusted according to the comparison result Breath；

Transmission sub-unit, for sending the network represented by the data information after the adjustment unit adjustment to the target terminal Data.

50. device as claimed in claim 39, which is characterized in that the centralized dispatching section is the following certain period of time The time interval of the best specific duration of network resource transmission situation in specific time section, and the following certain period of time packet At least one specific time section is included, wherein, a length of pre-set length when described specific；Or

51. device as claimed in claim 50, which is characterized in that the network performance data library is used to represent described following one The network performance data library of the network resource transmission situation at each time point for section specific location area of fixing time, the target terminal Location belongs to the specific location area；The network resource transmission situation includes：Channel quality level situation and/or Cell load situation；

Described device further includes：

Third acquiring unit, for obtaining the channel matter at each time point of specific location area described in the following certain period of time Measure Realize and/or cell load situation；

Second establishes unit, establishes to represent for the channel quality level situation according to acquisition and/or cell load situation The network performance data library of the network resource transmission situation of specific location area described in the future certain period of time.

52. device as claimed in claim 51, which is characterized in that the third acquiring unit is used for through the specific position The temporal regularity of the channel quality level situation in region obtain specific location area described in the following certain period of time it is each when Between the channel quality level situation put；And/or

The third acquiring unit is used for by described in the temporal regularity acquisition of the cell load situation of the specific location area The cell load situation at each time point of specific location area described in following certain period of time.

53. the device as described in any one of claim 50-52, which is characterized in that described device further includes：

54. device as claimed in claim 53, which is characterized in that the 5th predicting unit is used for through the target terminal The location information reported predicts the target terminal in the location of following certain period of time；And/or

5th predicting unit is additionally operable to predict the target terminal not by the present position historical record of the target terminal Come the location of certain period of time.

55. the device as described in any one of claim 50-52, which is characterized in that the generation unit includes：

Second selecting unit, for according to the target terminal each time point of the location of following certain period of time net Network resource transmission situation selects the centralized dispatching section, and is selected from following certain period of time according to the centralized dispatching section Select out the use section for being later than the centralized dispatching section；

6th predicting unit, for according to the target terminal currently running traffic forecast target terminal in the concentration Scheduling interval and the business run using section；

Second generation subelement, for generating the time selectivity scheduling strategy for ensureing user experience；The time selectivity tune Degree strategy includes representing the block information in centralized dispatching section and the data information for representing network data, the network Data are by the target terminal in the centralized dispatching section and the network data of the business run using section.

56. device as claimed in claim 55, which is characterized in that the second generation subelement is used to be adjusted according to described concentrate Spend section and using target terminal described in the duration in section and the service rate requirement forecast of the target terminal in the collection The first network data and prediction target terminal loaded required for the business that middle scheduling interval is run use section described The second network data loaded required for the business run；And generation ensures the time selectivity scheduling plan of user experience Slightly, the time selectivity scheduling strategy includes the data information for representing the first network data and the second network data With the block information for the centralized dispatching section.

57. the device as described in claim 40,41,42,50,51, any one of 52, which is characterized in that described device is also wrapped It includes：

Transmission unit, for carrying out keeping the target terminal current business with the target terminal using section described It is transmitted with the link of the business for the essential information of presence；And/or

Second transmitting element does not include the target terminal in the excess minutes using section for working as the network data During the network data that the business needs run load, the target terminal is sent to the target terminal described using section In the network data that the business needs that the excess minutes are run load；And/or

First receiving unit, for when the target terminal current business sends and changes, receiving what the target terminal was sent The target terminal reports the service quality of the business after variation to need information.

58. the device as described in claim 40,41,42,50,51, any one of 52, which is characterized in that described device is also wrapped It includes：

Second receiving unit responds what the network data was sent for receiving the target terminal in the centralized dispatching section Upstream data；The network data is used to indicate target terminal reporting uplink data.

59. a kind of user equipment, which is characterized in that including：First receiving unit, buffer unit and call unit, wherein：

First receiving unit is adjusted for receiving the target terminal that the network equipment is sent in centralized dispatching section in described concentrate Spend the network data of section and the business run using section；Wherein, the network data is the user equipment described Centralized dispatching section and the network data of the business run using section, the network resource transmission shape in the centralized dispatching section Condition is better than the network resource transmission situation using section；

The call unit, in the centralized dispatching section and the net for the buffer unit being called to cache using section Network data run current business.

60. user equipment as claimed in claim 59, which is characterized in that the centralized dispatching section and the use section are The position section of user equipment different location in the motion track of following certain period of time, the centralized dispatching section position In it is described using before section or

The centralized dispatching section and it is described using section be within uncertain certain time the location of described user equipment The time interval of different time points, the centralized dispatching section use section earlier than described.

61. user equipment as claimed in claim 60, which is characterized in that the user equipment further includes：

62. the user equipment as described in claim 60 or 61, which is characterized in that the user equipment further includes：

Transmission unit, for carrying out keeping current business and the current industry with the network equipment using section described The link of business is transmitted for the essential information of presence；And/or

Second receiving unit, when the network data is not transported including the target terminal described using the excess minutes in section During the network data that capable business needs load, in the user equipment that the network equipment transmission is received using section In the network data that the business needs that the excess minutes are run load, and the network data is called to run current business；With/ Or

Third transmitting element, for when the user equipment current business sends and changes, being reported to the network equipment after changing The service quality of business needs information.

63. the user equipment as described in claim 60 or 61, which is characterized in that the network data is used to indicate the user Equipment reporting uplink data；The call unit is additionally operable to call the net in the centralized dispatching section and the use section Network data run current business, and the upstream data for responding the network data is sent to the network equipment.

64. a kind of network performance analysis device, which is characterized in that including：Acquiring unit establishes unit and query unit, wherein：

It is described to establish unit, it is analyzed and processed for the network resource transmission situation to acquisition, to establish network performance Database, the network performance data library include network resource transmission situation of the target terminal in following certain period of time；

The query unit, for receiving the Query Information of network equipment transmission, and from the network performance data library inquiry institute Network resource transmission situation of the target terminal in following certain period of time is stated, the target terminal is in the net of following certain period of time Network resource transmission situation ensures the selective scheduling strategy of user experience for generating, and the selectivity scheduling strategy is used to collect Middle scheduling interval sends network data to the target terminal；Wherein, the network data is used for the target terminal described Centralized dispatching section and use section run current business, and the selectivity scheduling strategy includes representing centralized dispatching section Block information and data information for representing network data, the network data adjusted for the target terminal in described concentrate The network data of section and the business run using section is spent, the network resource transmission situation in the centralized dispatching section is better than The network resource transmission situation using section.

65. the device as described in claim 64, which is characterized in that the unit of establishing is for the Internet resources to acquisition Status transmission is analyzed and processed, to establish network performance data library, wherein, analyzing and processing includes one of in the following manner：

66. the device as described in claim 64, which is characterized in that described device further includes：

First transmitting element, for sending Internet resources of the target terminal in following certain period of time to the network equipment Status transmission；Or

Second transmitting element is protected for being generated based on the target terminal in the network resource transmission situation of following certain period of time The selective scheduling strategy of user experience is demonstrate,proved, and the selective scheduling strategy is sent to the network equipment.

67. the device as described in any one of claim 64-66, which is characterized in that the target terminal is in one timing of future Between section network resource transmission situation be target terminal each position in the motion track of following certain period of time network Resource transmission situation；The selectivity scheduling strategy is the block information that includes being used to represent centralized dispatching section and for representing The regioselectivity scheduling strategy of the data information of network data, the centralized dispatching section and the use section are the shifting The position section of different location in dynamic rail mark, the centralized dispatching section are used positioned at described before section, the network data The network data of business run by the target terminal in the centralized dispatching section and while being moved using section；Or

68. the device as described in claim 67, which is characterized in that the network performance data library is used to represent specific location area The network performance data library of the network resource transmission situation in domain, the motion track are located at the specific location area；The net Network resource transmission situation includes：Channel quality level situation and/or cell load situation；

The acquiring unit is for the channel quality level situation and/or cell load for obtaining specific location area each position Situation.

69. device as recited in claim 68, which is characterized in that the acquiring unit is located at the specific position for receiving And quantity is more than the channel information that the user terminal of preset quantity reports, and analyzes the channel information received, with described in acquisition The channel quality level situation of specific location area each position；Or the acquiring unit is used to receive by the joint of multiple cell Technology and multi-antenna technology measure the channel quality level situation of the specific location area each position；

The cell load situation that the base station that the acquiring unit is additionally operable to obtain each cell of the specific location area reports Information, and the cell load situation of the cell load condition information acquisition specific location area with reference to acquisition.

70. the device as described in claim 67, which is characterized in that the unit of establishing is for the Internet resources to acquisition Status transmission is analyzed and processed, to establish network performance data library, wherein, the network performance data library is used to represent described The downlink of specific location area each position and/or the network resource transmission situation of uplink.

71. the device as described in claim 67, which is characterized in that the network performance data library is used to represent described following one The network performance data library of the network resource transmission situation at each time point for section specific location area of fixing time, the target terminal Location belongs to the specific location area；The network resource transmission situation includes：Channel quality level situation and/or Cell load situation；

The acquiring unit is used to obtain the channel at each time point of the following certain period of time specific location area each position Quality level situation and/or cell load situation.

72. the device as described in claim 71, which is characterized in that the acquiring unit be used for by specific location area everybody The temporal regularity for the channel quality level situation put obtains specific location area each position described in the following certain period of time The channel quality level situation at each time point；And/or

The acquiring unit is used to pass through described in the temporal regularity acquisition of the cell load situation of specific location area each position not Carry out the cell load situation at each time point of specific location area each position described in certain period of time.

73. a kind of network data transmission system, which is characterized in that filled including network performance analysis device and network data transmission It puts, wherein：

The network performance analysis device, for obtaining the network resource transmission situation of specific location area each position；And to obtaining The network resource transmission situation taken is analyzed and processed, to establish network performance data library, the network performance data library Including target terminal following certain period of time network resource transmission situation；And receive the inquiry letter that the network equipment is sent Breath, and from target terminal described in the network performance data library inquiry in the network resource transmission situation of following certain period of time；

The network data transmission device, for being sent out in centralized dispatching section according to selective scheduling strategy to the target terminal Send the network data；Wherein, the network data in the centralized dispatching section and uses section for the target terminal Current business is run, the selectivity scheduling strategy is network resource transmission shape of the target terminal in following certain period of time Condition generation ensures the selective scheduling strategy of user experience, and the selectivity scheduling strategy includes representing centralized dispatching The block information in section and the data information for representing network data, the network data are the target terminal in the collection The network data of middle scheduling interval and the business run using section, the network resource transmission situation in the centralized dispatching section It is better than the network resource transmission situation using section.

74. the system as described in claim 73, which is characterized in that the network performance analysis device is additionally operable to the network Data transmission device sends network resource transmission situation of the target terminal in following certain period of time；The network data passes Defeated device is additionally operable to ensure user's body based on network resource transmission situation generation of the target terminal in following certain period of time The selective scheduling strategy tested；Or

The network performance analysis device is additionally operable to the network resource transmission in following certain period of time based on the target terminal Situation generation ensures the selective scheduling strategy of user experience, and sends the selectivity scheduling plan to the network equipment Slightly.

75. a kind of computer readable storage medium, which is characterized in that have program stored therein finger in the computer readable storage medium It enables, when described program instruction is run on a processor, realizes any methods of claim 1-36.