CN103974337B - A kind of method and device of the service distributing of high-load region - Google Patents
A kind of method and device of the service distributing of high-load region Download PDFInfo
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- CN103974337B CN103974337B CN201310038522.6A CN201310038522A CN103974337B CN 103974337 B CN103974337 B CN 103974337B CN 201310038522 A CN201310038522 A CN 201310038522A CN 103974337 B CN103974337 B CN 103974337B
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Abstract
The embodiments of the invention provide a kind of method and device of the service distributing of high-load region, including：For the high-load region of the first kind network coverage, the network type supported according to each terminal for belonging to above-mentioned first kind network in above-mentioned high-load region, it is determined that the Second Type network different from above-mentioned first kind network；Will be belonging to above-mentioned first kind network in above-mentioned high-load region and support the service distributing of the terminal of above-mentioned Second Type network to above-mentioned Second Type network.Efficiency is low when the embodiment of the present invention is to solve the problems, such as in the prior art to shunt the terminal traffic in high-load region.The present invention relates to mobile communication technology field.
Description
Technical field
The present invention relates to mobile communication technology field, more particularly to a kind of method and dress of the service distributing of high-load region
Put.
Background technology
In the mobile communication network, polytype network, such as cellular network, WLAN be present（WLAN,
Wireless Local Area Network）Deng, and cellular network is also classified into the cellular network of different systems, such as：The whole world is moved
Dynamic communication system (GSM, Global Systemfor Mobile Communications) network, TD SDMA
（TD-SCDMA, Time Division-Synchronous Code Division Multiple Access）Network, broadband code
Divide multiple access（WCDMA, Wideband Code Division Multiple Access）Network etc..Any one above-mentioned network
Data service can be provided the user.
The equipment of ownership heterogeneous networks sends different signals and covers certain region.For example, for cellular network, return
The signal that the base station of category Cellular Networks is sent, covers certain region i.e. cell, if the user in the cell for belonging to certain cellular network
Quantity is more, then the cell business volume is big, can the region of the MPS process be referred to as high-load region；For WLAN, ownership
WLAN access points（AP, Access Point）The signal sent covers certain region, if in certain AP of Home WLAN
Overlay area in number of users it is more, then the portfolio of the AP overlay areas is big, can the overlay area of the AP be referred to as high load capacity
Region.
In practical application, the region of GSM network covering（That is cell）Often load is higher, in the prior art, generally by height
The terminal traffic for belonging to GSM network in load area is directly diverted to the TD-SCDMA network that can provide better services capacity
In, and it is not intended that belong to the power factor of the terminal of the high-load region, such as：Whether terminal supports TD-SCDMA network
Deng, if only a small number of terminals support TD-SCDMA networks in terminal in the high-load region of ownership GSM network, or not
Support TD-SCDMA network, then directly will belong to GSM network terminal traffic in high-load region using this in the prior art
The scheme being diverted in TD-SCDMA network, the effect for causing service distributing is poor, and efficiency is low.
The content of the invention
The embodiments of the invention provide a kind of method and device of the service distributing of high-load region, to solve existing skill
The problem of efficiency is low when being shunted in art to the terminal traffic in high-load region.
Based on above mentioned problem, a kind of method of the service distributing of high-load region provided in an embodiment of the present invention, including：
For the high-load region of the first kind network coverage, according to belonging to the first kind in the high-load region
The network type that each terminal of network is supported, it is determined that the Second Type network different from the first kind network；
By terminal that belong to the first kind network in the high-load region and the support Second Type network
Service distributing to the Second Type network.
A kind of device of the service distributing of high-load region provided in an embodiment of the present invention, including：
Network determining module, for the high-load region for the first kind network coverage, according to the high-load region
The network type that each terminal of the middle ownership first kind network is supported, it is determined that different from the first kind network the
Two type networks；
Service distributing module, for will be belonging to the first kind network in the high-load region and support described the
The Second Type network that the service distributing of the terminal of two type networks determines to the network determining module.
The beneficial effect of the embodiment of the present invention includes：
A kind of method and device of the service distributing of high-load region provided in an embodiment of the present invention, it is contemplated that ownership first
The ability of the terminal of the high-load region of type network, according to other types network of the terminal-pair in addition to the first kind network
Support situation, determine Second Type network, rather than in the prior art, it is fixed using certain type network as Second Type net
Network, high load capacity service distributing corresponding to the high-load region of first kind network will be belonged to the Second Type network；The present invention
A kind of method for high-load region traffic bifurcation that embodiment provides is high corresponding to the high-load region of the first kind to belonging to
When traffic carried is shunted, it is contemplated that the Second Type network determined after the support situation of other networks of terminal-pair so that right
Efficiency high during the high load capacity service distributing.
Brief description of the drawings
Fig. 1 is a kind of flow chart of the method for the service distributing of high-load region provided in an embodiment of the present invention；
Fig. 2 is the schematic diagram of the network architecture provided in an embodiment of the present invention comprising Network Analyzer and network distributor；
Fig. 3 is a kind of flow chart of the method for the service distributing for high-load region that the embodiment of the present invention one provides；
Fig. 4 is a kind of flow chart of the method for the service distributing for high-load region that the embodiment of the present invention two provides；
Fig. 5 is a kind of flow chart of the method for the service distributing for high-load region that the embodiment of the present invention three provides；
Fig. 6 is a kind of structure chart of the device of the service distributing of high-load region provided in an embodiment of the present invention.
Embodiment
With reference to Figure of description, to a kind of method of the service distributing of high-load region provided in an embodiment of the present invention
And the embodiment of device illustrates.
A kind of method of the service distributing of high-load region provided in an embodiment of the present invention, as shown in figure 1, specifically include with
Lower step：
S101, the high-load region for the first kind network coverage, according to belonging to above-mentioned first in the high-load region
The network type that each terminal of type network is supported, it is determined that the Second Type network different from above-mentioned first kind network.
S102, will be belonging to above-mentioned first kind network in the high-load region and support the end of above-mentioned Second Type network
The service distributing at end is to above-mentioned Second Type network.
Further, in above-mentioned steps S101, first kind network and Second Type network are different types of network, such as
Fruit first kind network is the first cellular network, then Second Type network can be the second cellular network or wlan network；
If first kind network is wlan network, then Second Type network can be the cellular network of different systems.
It is preferred that in above-mentioned steps S101, Second Type network can be determined as follows：Above-mentioned height is determined respectively
In each terminal for belonging to first kind network in load area, the other all types of networks different from first kind network are supported
The quantity of terminal；It is Second Type network to determine the most network of the terminal quantity supported in other all types of networks.The present invention
In embodiment, it is contemplated that the ability of terminal, by the terminal for belonging to first kind network, the most network of the terminal quantity of support
Be defined as Second Type network, by high-load region belong to first kind network and support Second Type network terminal
Service distributing to Second Type network when, effect is more preferable, more efficient.
Further, when it is implemented, can scheme in two kinds of devices of network side Configuration network analyzer and network distributor
2 be the schematic diagram for the network architecture for being configured with Network Analyzer and network distributor, in Fig. 2, Network Analyzer 201 and network point
Orchestration 202 can be across polytype network, i.e., positioned at mobile switching centre 203（MSC, Mobile Switch
Center）And under level of the Portal/Radius equipment 204 residing in network system, and it is located at base station controller：Bag
Include base station controller 205（BSC, Base Station Controller）With radio network controller 206（RNC,Radio
Network Controller）And WLAN access controllers 207（AC, Access Controller）The institute in network system
On the level at place.Network Analyzer collects the busy situation for the cell that can be used for statistics ownership all kinds network, and
To the support situation for the terminal-pair all kinds network for belonging to each type network, and according to the ownership each type net being collected into
The support situation of the terminal-pair all kinds network of network, is counted to the terminal quantity of the different type network of support.Network
Distributor can be used in above-mentioned steps S102, by belong in the high-load region above-mentioned first kind network and support it is above-mentioned
The service distributing of the terminal of Second Type network is to above-mentioned Second Type network.
In order to better illustrate a kind of method of balanced cell business volume provided by the invention, the invention provides specific
Embodiment：
Embodiment one：
Fig. 3 is a kind of flow chart of the method for the service distributing for high-load region that embodiment one provides, in the present embodiment,
High-load region is data high-load region, and first kind network is the first cellular network, and Second Type network is the second honeycomb
Network, comprise the following steps that：
S301, the data service high load capacity cell for the covering of the first cellular network are small according to the data service high load capacity
Belong to the network type that each terminal of first cellular network is supported in area, it is determined that different from first cellular network second
Type network.
In this step, it is assumed that the first cellular network is GSM network, Second Type network can be TD-SCDMA network or
Person's wlan network etc. and the different types of network of GSM network, data business volume in Network Analyzer statistics GSM network can be used
The higher base station of load, and count the different type networks such as the terminal-pair TD-SCDMA network for belonging to the base station or wlan network
Support information, such as whether supporting, and calculate the terminal for the terminal support to different type network respectively for belonging to the base station
Quantity, if supporting, the terminal quantity of TD-SCDMA network is more, and Network Analyzer analyzes TD-SCDMA network current data industry
Being engaged in, load is not high, then it is Second Type network that can determine TD-SCDMA network, if supporting, the terminal quantity of wlan network is more, and
It is not high that Network Analyzer analyzes wlan network current data service load, it is determined that wlan network is Second Type network.
If S302, Second Type network are second cellular network different from the first cellular network standard, judge whether
The first number covered in the presence of second cellular network and that there is overlapping coverage with above-mentioned data service high load capacity cell
According to the non-high load capacity cell of business；If in the presence of into step S303, if being not present, into step S304.
If S303, in the presence of can will be belonging to the first cellular network in above-mentioned data service high load capacity cell and support the
The terminal of two cellular networks is diverted in the non-high load capacity cell of the first data service of second cellular network covering；Terminate this stream
Journey.
When it is implemented, because first kind network and Second Type network are different types of Cellular Networks, can pass through
The terminal for belonging to the first cellular network is diverted in the non-high load capacity cell of the first data service of the second cellular network covering
Mode, make the high load capacity service distributing of terminal to the second cellular network.Assuming that the first cellular network is GSM network, Second Type
Network is TD-SCDMA network, and the terminal of the high load capacity cell in ownership GSM network can be made to exit GSM network, access TD-
The non-high load capacity cell of SCDMA networks.
If S304, it is not present, it can be determined that with the presence or absence of the non-high load capacity of the second data service of the second cellular network covering
Cell so that in the angle of declination of antenna corresponding to the base station of the adjustment covering non-high load capacity cell of second data service, and/or adjust
After the angle of declination of antenna corresponding to the base station of the whole above-mentioned data service high load capacity cell of covering, the above-mentioned non-height of second data service
Loaded cell has overlapping coverage with above-mentioned data service high load capacity cell；If in the presence of into step S305, if not depositing
Into step S306.
In this step, if in the absence of the second cellular network covering and have with above-mentioned data service high load capacity cell
The non-high load capacity cell of the first data service of overlapping coverage, can perform this step, can also redefine the second class
Type network；Or the antenna azimuth of base station corresponding to the data service high load capacity cell is adjusted, and/or the second data industry of adjustment
It is engaged in the antenna azimuth of base station corresponding to non-high load capacity cell so that the data service high load capacity cell and the second data service are non-
High load capacity cell produces overlapping overlay area.
If S305, in the presence of, by belong in above-mentioned data service high load capacity cell the first cellular network and support the second honeybee
The terminal of nest network is diverted in the non-high load capacity cell of above-mentioned second data service of the second cellular network covering；Terminate this stream
Journey.
If S306, the non-high load capacity cell of above-mentioned second data service in the absence of the covering of the second cellular network, it can be determined that
The 3rd data industry covered with the presence or absence of the second cellular network and that there is neighboring BS relationship with above-mentioned data service high load capacity cell
It is engaged in non-high load capacity cell；If in the presence of into step S307.
In this step, if the non-high load capacity cell of the 3rd data service is not present, or when data service high load capacity is small
Belong in area the first cellular network and the terminal of the second cellular network is supported to be diverted to above-mentioned the of the second cellular network covering
In the non-high load capacity cell of two data services, the not effective reduction of load to the high load capacity cell of the first cellular network covering
When, the antenna azimuth of base station corresponding to the data service high load capacity cell can be adjusted, and/or adjust the 3rd data industry
It is engaged in the antenna azimuth of base station corresponding to non-high load capacity cell so that the data service high load capacity cell and the 3rd data service are non-
High load capacity cell produces overlapping overlay area；Or build the first honeybee in the appropriate position in the region where the high load capacity cell
The base station of nest network or the base station of the second cellular network.
This step performs no sequencing with step S304, when it is implemented, second can first be determined whether there is
The non-high load capacity cell of the 3rd data service cellular network covering and that there is neighboring BS relationship with data service high load capacity cell,
If being not present, then judge whether the non-high load capacity cell of the second data service of the second cellular network covering so that adjusting
The angle of declination of antenna corresponding to the base station of the non-high load capacity cell of second data service is covered, and/or adjustment covers above-mentioned data
After the angle of declination of antenna corresponding to the base station of business high load capacity cell, the above-mentioned non-high load capacity cell of second data service with it is above-mentioned
Data service high load capacity cell has overlapping coverage.
If S307, in the presence of can will be belonging to the first cellular network in above-mentioned data service high load capacity cell and support the
The terminal of two cellular networks is diverted in the above-mentioned non-high load capacity cell of 3rd data service of the second cellular network covering；Terminate this
Flow.
Embodiment two：
Fig. 4 is a kind of flow chart of the method for the service distributing for high-load region that embodiment two provides, in the present embodiment,
High-load region is data high-load region, and first kind network is the first cellular network, and Second Type network is wlan network,
Comprise the following steps that：
S401, the data service high load capacity cell for the covering of the first cellular network, by data service high load capacity cell
Belong in the non-high load capacity cell that the service distributing of the terminal of the first cellular network covers to the first cellular network.
In this step, can be by high load region it is determined that before the Second Type network different from first kind network
Belong to the service distributing of the terminal of first kind network in domain into the non-high-load region of the first kind network coverage, i.e., it is first
Traffic balancing is carried out first with same type of network, then traffic balancing is carried out between different type network.
S402, the network supported according to each terminal for belonging to the first cellular network in above-mentioned data service high load capacity cell
Type, it is determined that the Second Type network different from the first cellular network；
If S403, Second Type network are wlan network, it can be determined that with the presence or absence of the first access point AP of wlan network,
So that the first AP overlay area has overlapping coverage with above-mentioned data service high load capacity cell；If in the presence of entrance
Step S404, if being not present, into step S405.
If S404, in the presence of, can by belong in above-mentioned data service high load capacity cell the first cellular network and support
The data service of the terminal of wlan network is diverted in above-mentioned first AP in wlan network；Terminate this flow.
When it is implemented, will can belong to above-mentioned data service high load capacity cell, support WLAN terminal by this
One AP accesses wlan network；Automated validation is pushed to the terminal by the core network element in wlan network by the first AP so that
The terminal is automatically logged into wlan network.
If S405, it is not present, it can be determined that with the presence or absence of the 2nd AP of wlan network so that corresponding adjusting the 2nd AP
The parameter for being used to increase the overlay area of the 2nd AP, and/or adjustment covers the base of above-mentioned data service high load capacity cell
After the angle of declination of antenna corresponding to standing, the 2nd AP has overlapping coverage with above-mentioned data service high load capacity cell；
If in the presence of into step S406.
In this step, if above-mentioned first AP in the absence of wlan network, this step can be performed, can also be redefined
Second Type network；Or adjust the antenna azimuth of base station corresponding to the data service high load capacity cell so that the data industry
High load capacity cell of the being engaged in overlay area overlapping with the above-mentioned first AP generations of wlan network.
If S406, in the presence of, can by belong in above-mentioned data service high load capacity cell first cellular network and prop up
The data service for holding the terminal of wlan network is diverted in above-mentioned 2nd AP in wlan network；This flow terminates.
In this step, if the 2nd AP in the absence of wlan network, or when will belong in data service high load capacity cell
First cellular network and support wlan network terminal be diverted in above-mentioned 2nd AP of wlan network, to the first cellular network
When the load of the high load capacity cell of covering is not reduced effectively, it is corresponding that the data service high load capacity cell can be adjusted
Base station antenna azimuth so that the data service high load capacity cell area of coverage overlapping with the 2nd AP generations of wlan network
Domain；Base station or the wlan network of the first cellular network are either built in the appropriate position in the region where the high load capacity cell
Base station.
Embodiment three：
Fig. 5 is a kind of flow chart of the method for the service distributing for high-load region that embodiment three provides, in the present embodiment,
High-load region is data high-load region, and first kind network is wlan network, and Second Type network is cellular network, specifically
Step is as follows：
S501, the overlay area for the high AP of loads of data traffic in wlan network, it is high according to the loads of data traffic
AP overlay area in belong to the network type that each terminal for stating AP is supported, it is determined that second class different from wlan network
Type network.
If S502, Second Type network are cellular network, it can be determined that with the presence or absence of the 4th number of cellular network covering
According to the non-high load capacity cell of business so that the overlay area of the AP in wlan network has with the non-high load capacity cell of the 4th data service
There is overlapping coverage；If in the presence of into step S503, if being not present, into step S504.
If S503, in the presence of, will can belong in the high AP of above-mentioned loads of data traffic overlay area the AP's and support
The data service of the terminal of above-mentioned cellular network is diverted to the non-high load capacity cell of the 4th data service of above-mentioned cellular network covering
In；This flow terminates.
If S504, do not deposit, it can be determined that the non-high load capacity cell of the 5th data service of above-mentioned cellular network covering whether is deposited,
So that cover the angle of declination of antenna corresponding to the base station of the above-mentioned non-high load capacity cell of 5th data service, and/or adjustment in adjustment
After the parameter for the overlay area for being used to corresponding to above-mentioned AP increasing the AP, the above-mentioned non-high load capacity cell of 5th data service with
Above-mentioned AP has overlapping coverage；If in the presence of into step S505.
In this step, if the non-high load capacity cell of the 4th data service covered in the absence of the cellular network, can be performed
This step, Second Type network can also be redefined；Or adjust base corresponding to the non-high load capacity cell of the 4th data service
The antenna azimuth stood so that the non-high load capacity cell of the 4th data service area of coverage overlapping with the AP generations of wlan network
Domain.
If S505, in the presence of, will can belong in the high AP of above-mentioned loads of data traffic overlay area it is above-mentioned AP's and prop up
Hold the terminal of above-mentioned cellular network data service be diverted to the covering of above-mentioned cellular network the 5th non-high load capacity of data service it is small
Qu Zhong；This flow terminates.
In this step, if in the absence of above-mentioned cellular network covering the non-high load capacity cell of the 5th data service, or work as
This will be belonged in the high AP of loads of data traffic overlay area state and AP's and support the terminal of the cellular network to be diverted to
In the non-high load capacity cell of the 5th data service for stating cellular network covering, to the high AP of loads of data traffic load not
When having effective reduction, the antenna azimuth of base station corresponding to the non-high load capacity cell of the 5th data service can be adjusted,
So that the overlay area that the non-high load capacity cell of the 5th data service is overlapping with the AP generations of wlan network；It is or negative in the height
The base station of the base station or wlan network of the cellular network is built in the appropriate position in region where lotus cell.
Above-described embodiment one, embodiment two and embodiment three in the specific implementation, can be periodically executed to all kinds net
The detection of the service load quantity of network, and use above-mentioned a kind of side of the service distributing of high-load region provided in an embodiment of the present invention
Method, the equilibrium carrying out heterogeneous networks to the portfolio of high-load region.
Based on same inventive concept, the embodiment of the present invention additionally provides a kind of device of the service distributing of high-load region,
By these devices solve that the principle of problem is similar to the method for the service distributing of foregoing high-load region, therefore the device
Implementation may refer to the implementation of preceding method, repeats part and repeats no more.
The embodiments of the invention provide a kind of device of the service distributing of high-load region, as shown in fig. 6, specifically include as
Lower module：
Network determining module 601, for the high-load region for the first kind network coverage, according to above-mentioned high load region
Belong to the network type that each terminal of above-mentioned first kind network is supported in domain, it is determined that different from above-mentioned first kind network
Second Type network；
Service distributing module 602, for by belong in above-mentioned high-load region above-mentioned first kind network and support
State the above-mentioned Second Type network that the service distributing of the terminal of Second Type network determines to above-mentioned network determining module 601.
Further, above-mentioned network determining module 601, it is above-mentioned specifically for determining to belong in above-mentioned high-load region respectively
In each terminal of first kind network, the number of the terminal of the other all types of networks different from above-mentioned first kind network is supported
Amount；It is Second Type network to determine the most network of the terminal quantity supported in other all types of networks.
Further, above-mentioned network determining module 601, specifically for the data service height covered for the first cellular network
Loaded cell, the network supported according to each terminal for belonging to above-mentioned first cellular network in above-mentioned data service high load capacity cell
Type, it is determined that the Second Type network different from above-mentioned first cellular network；
Above-mentioned service distributing module 602, if the above-mentioned Second Type net determined specifically for above-mentioned network determining module 601
Network is second cellular network different from above-mentioned first cellular network standard, then judges whether that above-mentioned second cellular network covers
Lid and there is the non-high load capacity cell of the first data service of overlapping coverage with above-mentioned data service high load capacity cell；
If in the presence of will be belonging to above-mentioned first cellular network in above-mentioned data service high load capacity cell and support above-mentioned second Cellular Networks
The terminal of network is diverted in the non-high load capacity cell of above-mentioned first data service of above-mentioned second cellular network covering.
Further, above-mentioned service distributing module 602, if be additionally operable in the absence of above-mentioned second cellular network covering and
There is the non-high load capacity cell of the first data service of overlapping coverage with above-mentioned data service high load capacity cell, then judgement is
The no non-high load capacity cell of the second data service that above-mentioned second cellular network covering be present so that in above-mentioned second number of adjustment covering
It is small according to the angle of declination of antenna corresponding to the base station of the non-high load capacity cell of business, and/or the above-mentioned data service high load capacity of adjustment covering
After the angle of declination of antenna corresponding to the base station in area, the above-mentioned non-high load capacity cell of second data service is high negative with above-mentioned data service
Lotus cell has overlapping coverage；If in the presence of above-mentioned first Cellular Networks will be belonged in above-mentioned data service high load capacity cell
Network and support the terminal of above-mentioned second cellular network to be diverted to above-mentioned second data service of above-mentioned second cellular network covering
In non-high load capacity cell.
Further, above-mentioned service distributing module 602, if being additionally operable in the absence of the above-mentioned of above-mentioned second cellular network covering
The non-high load capacity cell of second data service, then judge whether the covering of above-mentioned second cellular network and with above-mentioned data industry
Business high load capacity cell has the non-high load capacity cell of the 3rd data service of neighboring BS relationship；If in the presence of above-mentioned data service is high
Belong in loaded cell above-mentioned first cellular network and the terminal of above-mentioned second cellular network is supported to be diverted to above-mentioned second honeybee
In the above-mentioned non-high load capacity cell of 3rd data service of the nest network coverage.
Further, above-mentioned network determining module 601, specifically for the data service height covered for the first cellular network
Loaded cell, the network supported according to each terminal for belonging to above-mentioned first cellular network in above-mentioned data service high load capacity cell
Type, it is determined that the Second Type network different from above-mentioned first cellular network；
Above-mentioned service distributing module 602, if the above-mentioned Second Type net determined specifically for above-mentioned network determining module 601
Network is wlan network, then judges whether the first access point AP of wlan network so that above-mentioned first AP overlay area with
Above-mentioned data service high load capacity cell has overlapping coverage；If in the presence of by above-mentioned data service high load capacity cell
Belong to above-mentioned first cellular network and the data service of the terminal of wlan network is supported to be diverted to described the in wlan network
In one AP.
Further, above-mentioned service distributing module 602, if being additionally operable to above-mentioned first access point in the absence of wlan network
AP, then judge whether the 2nd AP of wlan network so that be used to increase described second corresponding to above-mentioned 2nd AP adjusting
The parameter of AP overlay area, and/or adjustment cover having a down dip for antenna corresponding to the base station of above-mentioned data service high load capacity cell
After angle, above-mentioned 2nd AP has overlapping coverage with above-mentioned data service high load capacity cell；If in the presence of by above-mentioned number
According to belonging to above-mentioned first cellular network in business high load capacity cell and support the data service of terminal of wlan network to be diverted to
In above-mentioned 2nd AP in wlan network.
Further, above-mentioned network determining module 601, specifically for for the high AP of loads of data traffic in wlan network
Overlay area, the net supported according to each terminal for belonging to above-mentioned AP in the high AP of above-mentioned loads of data traffic overlay area
Network type, it is determined that the Second Type network different from wlan network；
Above-mentioned service distributing module 602, if determining above-mentioned Second Type network specifically for above-mentioned network determining module 601
For cellular network, then the non-high load capacity cell of the 4th data service that above-mentioned cellular network covers is judged whether so that WLAN
The overlay area of above-mentioned AP in network has overlapping coverage with the above-mentioned non-high load capacity cell of 4th data service；If deposit
It will then belong in the high AP of above-mentioned loads of data traffic overlay area and described AP's and support the terminal of above-mentioned cellular network
Data service be diverted in the above-mentioned non-high load capacity cell of 4th data service of above-mentioned cellular network covering.
Further, above-mentioned service distributing module 602, if being additionally operable to the above-mentioned 4th in the absence of the covering of above-mentioned cellular network
The non-high load capacity cell of data service, then judge whether to deposit the non-high load capacity cell of the 5th data service of above-mentioned cellular network covering,
So that cover the angle of declination of antenna corresponding to the base station of the above-mentioned non-high load capacity cell of 5th data service, and/or adjustment in adjustment
After the parameter for the overlay area for being used to corresponding to above-mentioned AP increasing above-mentioned AP, the above-mentioned non-high load capacity cell of 5th data service with
Above-mentioned AP has overlapping coverage；If in the presence of, will in the high AP of above-mentioned loads of data traffic overlay area ownership on
State and AP's and support the data service of the terminal of above-mentioned cellular network to be diverted to above-mentioned 5th data of above-mentioned cellular network covering
In the non-high load capacity cell of business.
Further, above-mentioned service distributing module 602, it is additionally operable to determine and the above-mentioned first kind in above-mentioned network determining module
Before the different Second Type network of type network, the industry of the terminal of above-mentioned first kind network will be belonged in above-mentioned high-load region
Business is diverted in the non-high-load region of the above-mentioned first kind network coverage.
A kind of method and device of the service distributing of high-load region provided in an embodiment of the present invention, it is contemplated that ownership first
The ability of the terminal of the high-load region of type network, according to other types network of the terminal-pair in addition to the first kind network
Support situation, determine Second Type network, rather than in the prior art, it is fixed using certain type network as Second Type net
Network, high load capacity service distributing corresponding to the high-load region of first kind network will be belonged to the Second Type network；The present invention
A kind of method for high-load region traffic bifurcation that embodiment provides is high corresponding to the high-load region of the first kind to belonging to
When traffic carried is shunted, it is contemplated that the Second Type network determined after the support situation of other networks of terminal-pair so that right
Efficiency high during the high load capacity service distributing.
Through the above description of the embodiments, those skilled in the art can be understood that the embodiment of the present invention
It can be realized by hardware, the mode of necessary general hardware platform can also be added by software to realize.Based on such reason
Solution, the technical scheme of the embodiment of the present invention can be embodied in the form of software product, and the software product can be stored in one
Individual non-volatile memory medium（Can be CD-ROM, USB flash disk, mobile hard disk etc.）In, including some instructions to cause one meter
Calculate machine equipment（Can be personal computer, server, or network equipment etc.）Perform the side described in each embodiment of the present invention
Method.
It will be appreciated by those skilled in the art that accompanying drawing is the schematic diagram of a preferred embodiment, module or stream in accompanying drawing
Journey is not necessarily implemented necessary to the present invention.
It will be appreciated by those skilled in the art that the module in device in embodiment can describe be divided according to embodiment
It is distributed in the device of embodiment, respective change can also be carried out and be disposed other than in one or more devices of the present embodiment.On
The module for stating embodiment can be merged into a module, can also be further split into multiple submodule.
The embodiments of the present invention are for illustration only, do not represent the quality of embodiment.
Obviously, those skilled in the art can carry out the essence of various changes and modification without departing from the present invention to the present invention
God and scope.So, if these modifications and variations of the present invention belong to the scope of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to comprising including these changes and modification.
Claims (18)
- A kind of 1. method of the service distributing of high-load region, it is characterised in that including：For the high-load region of the first kind network coverage, according to belonging to the first kind network in the high-load region The network type supported of each terminal, it is determined that the Second Type network different from the first kind network, is specially：In each terminal for determining to belong in the high-load region first kind network respectively, support and the first kind The quantity of the terminal of the different other all types of networks of network；Determine that the terminal quantity supported in other all types of networks is most Network is Second Type network；Will be belonging to the first kind network in the high-load region and support the industry of the terminal of the Second Type network Business is diverted to the Second Type network.
- 2. the method as described in claim 1, it is characterised in that for the high-load region of the first kind network coverage, according to Belong to the network type that each terminal of the first kind network is supported in the high-load region, it is determined that with the first kind The different Second Type network of type network, is specifically included：For the data service high load capacity cell of the first cellular network covering, belong to according in the data service high load capacity cell The network type that each terminal of first cellular network is supported, it is determined that the Second Type different from first cellular network Network；Will be belonging to the first kind network in the high-load region and support the industry of the terminal of the Second Type network Business is diverted to the Second Type network, specifically includes：If the Second Type network is second cellular network different from the first cellular network standard, judge whether to deposit Second cellular network covering and with the data service high load capacity cell have overlapping coverage first number According to the non-high load capacity cell of business；If in the presence of will be belonging to first cellular network in the data service high load capacity cell and support second honeybee The terminal of nest network is diverted in the non-high load capacity cell of first data service of the second cellular network covering.
- 3. method as claimed in claim 2, it is characterised in that also include：If in the absence of second cellular network covering and there is overlapping covering model with the data service high load capacity cell The non-high load capacity cell of the first data service enclosed, then judge whether the second data service of the second cellular network covering Non- high load capacity cell so that cover having a down dip for antenna corresponding to the base station of the non-high load capacity cell of the second data service in adjustment After angle, and/or the angle of declination of antenna corresponding to the base station of the adjustment covering data service high load capacity cell, second number There is overlapping coverage with the data service high load capacity cell according to the non-high load capacity cell of business；If in the presence of will be belonging to first cellular network in the data service high load capacity cell and support second honeycomb The terminal of network is diverted in the non-high load capacity cell of second data service of the second cellular network covering.
- 4. method as claimed in claim 3, it is characterised in that also include：If in the absence of the non-high load capacity cell of second data service of second cellular network covering, judge whether Second cellular network covering and have the 3rd data service of neighboring BS relationship non-with the data service high load capacity cell High load capacity cell；If in the presence of will be belonging to first cellular network in the data service high load capacity cell and support second honeybee The terminal of nest network is diverted in the non-high load capacity cell of the 3rd data service of the second cellular network covering.
- 5. the method as described in claim 1, it is characterised in that for the high-load region of the first kind network coverage, according to Belong to the network type that each terminal of the first kind network is supported in the high-load region, it is determined that with the first kind The different Second Type network of type network, is specifically included：For the data service high load capacity cell of the first cellular network covering, belong to according in the data service high load capacity cell The network type that each terminal of first cellular network is supported, it is determined that the Second Type different from first cellular network Network；Will be belonging to the first kind network in the high-load region and support the industry of the terminal of the Second Type network Business is diverted to the Second Type network, specifically includes：If the Second Type network is WLAN wlan network, the first access point of wlan network is judged whether AP so that the overlay area of the first AP has overlapping coverage with the data service high load capacity cell；If in the presence of will be belonging to first cellular network in the data service high load capacity cell and support wlan network The data service of terminal is diverted in the first AP in wlan network.
- 6. method as claimed in claim 5, it is characterised in that also include：If in the absence of the first access point AP of wlan network, the 2nd AP of wlan network is judged whether so that Adjust and be used for the parameter for increasing the overlay area of the 2nd AP corresponding to the 2nd AP, and/or adjustment covers the data After the angle of declination of antenna corresponding to the base station of business high load capacity cell, the 2nd AP and the data service high load capacity cell With overlapping coverage；If in the presence of will be belonging to first cellular network in the data service high load capacity cell and support wlan network The data service of terminal is diverted in the 2nd AP in wlan network.
- 7. the method as described in claim 1, it is characterised in that for the high-load region of the first kind network coverage, according to Belong to the network type that each terminal of the first kind network is supported in the high-load region, it is determined that with the first kind The different Second Type network of type network, is specifically included：For the high AP of loads of data traffic in wlan network overlay area, according to covering for the high AP of the loads of data traffic Belong to the network type that each terminal of the AP is supported in cover area, it is determined that the Second Type network different from wlan network；Will be belonging to the first kind network in the high-load region and support the industry of the terminal of the Second Type network Business is diverted to the Second Type network, specifically includes：If the Second Type network is cellular network, the 4th data service of the cellular network covering is judged whether Non- high load capacity cell so that the overlay area of the AP in wlan network has with the non-high load capacity cell of the 4th data service There is overlapping coverage；If in the presence of will belong in the high AP of loads of data traffic overlay area and described AP's and support the Cellular Networks The data service of the terminal of network is diverted in the non-high load capacity cell of the 4th data service of the cellular network covering.
- 8. method as claimed in claim 7, it is characterised in that also include：If in the absence of the non-high load capacity cell of the 4th data service of cellular network covering, judge whether described The non-high load capacity cell of the 5th data service of cellular network covering so that cover the non-high load capacity of the 5th data service in adjustment The angle of declination of antenna corresponding to the base station of cell, and/or the corresponding overlay areas for being used to increase the AP of the adjustment AP After parameter, the non-high load capacity cell of the 5th data service has overlapping coverage with the AP；If in the presence of will belong in the high AP of loads of data traffic overlay area and described AP's and support the Cellular Networks The data service of the terminal of network is diverted in the non-high load capacity cell of the 5th data service of the cellular network covering.
- 9. the method as described in claim 1, it is characterised in that it is determined that the Second Type different from the first kind network Before network, in addition to：The service distributing of the terminal of the first kind network will be belonged in the high-load region to the first kind network In the non-high-load region of covering.
- A kind of 10. device of the service distributing of high-load region, it is characterised in that including：Network determining module, for the high-load region for the first kind network coverage, return according in the high-load region Belong to the network type that each terminal of the first kind network is supported, it is determined that second class different from the first kind network Type network；The network determining module, specifically for determining to belong to each of the first kind network in the high-load region respectively In terminal, the quantity of the terminal of the other all types of networks different from the first kind network is supported；Determine other all types of The most network of the terminal quantity supported in network is Second Type network；Service distributing module, for will be belonging to the first kind network in the high-load region and support second class The Second Type network that the service distributing of the terminal of type network determines to the network determining module.
- 11. device as claimed in claim 10, it is characterised in that the network determining module, specifically for for the first honeybee The data service high load capacity cell of the nest network coverage, according to belonging to first Cellular Networks in the data service high load capacity cell The network type that each terminal of network is supported, it is determined that the Second Type network different from first cellular network；The service distributing module, if specifically for the network determining module determine the Second Type network be with it is described The second different cellular network of first cellular network standard, then judge whether second cellular network covering and with The data service high load capacity cell has the non-high load capacity cell of the first data service of overlapping coverage；If in the presence of, By terminal that belong to first cellular network in the data service high load capacity cell and support second cellular network It is diverted in the non-high load capacity cell of first data service of the second cellular network covering.
- 12. device as claimed in claim 11, it is characterised in that the service distributing module, if being additionally operable in the absence of described The the first data service covering of second cellular network and that there is overlapping coverage with the data service high load capacity cell Non- high load capacity cell, then the non-high load capacity cell of the second data service of the second cellular network covering is judged whether, is made The angle of declination that antenna corresponding to the base station of the non-high load capacity cell of the second data service is covered in adjustment is obtained, and/or adjustment is covered Cover after the angle of declination of antenna corresponding to the base station of the data service high load capacity cell, the non-high load capacity of the second data service Cell has overlapping coverage with the data service high load capacity cell；If in the presence of the data service high load capacity is small Belong in area first cellular network and the terminal of second cellular network is supported to be diverted to second cellular network In the non-high load capacity cell of second data service of covering.
- 13. device as claimed in claim 12, it is characterised in that the service distributing module, if being additionally operable in the absence of described The non-high load capacity cell of second data service of second cellular network covering, then judge whether second cellular network The non-high load capacity cell of the 3rd data service covering and that there is neighboring BS relationship with the data service high load capacity cell；If deposit Then will be belonging to first cellular network in the data service high load capacity cell and support second cellular network Terminal is diverted in the non-high load capacity cell of the 3rd data service of the second cellular network covering.
- 14. device as claimed in claim 10, it is characterised in that the network determining module, specifically for for the first honeybee The data service high load capacity cell of the nest network coverage, according to belonging to first Cellular Networks in the data service high load capacity cell The network type that each terminal of network is supported, it is determined that the Second Type network different from first cellular network；The service distributing module, if the Second Type network determined specifically for the network determining module is wireless office Domain net wlan network, then judge whether the first access point AP of wlan network so that the overlay area of the first AP with The data service high load capacity cell has overlapping coverage；If in the presence of by the data service high load capacity cell Belong to first cellular network and the data service of the terminal of wlan network is supported to be diverted to described the in wlan network In one AP.
- 15. device as claimed in claim 14, it is characterised in that the service distributing module, if being additionally operable to that WLAN is not present The first access point AP of network, then judge whether the 2nd AP of wlan network so that in AP pairs of adjustment the described 2nd That answers is used to increase the parameter of the overlay area of the 2nd AP, and/or adjustment covers the data service high load capacity cell After the angle of declination of antenna corresponding to base station, the 2nd AP has overlapping covering model with the data service high load capacity cell Enclose；If in the presence of will be belonging to first cellular network in the data service high load capacity cell and support wlan network The data service of terminal is diverted in the 2nd AP in wlan network.
- 16. device as claimed in claim 10, it is characterised in that the network determining module, specifically for for WLAN nets The high AP of loads of data traffic overlay area in network, according to belonging to institute in the high AP of loads of data traffic overlay area The network type that AP each terminal is supported is stated, it is determined that the Second Type network different from wlan network；The service distributing module, if determining that the Second Type network is Cellular Networks specifically for the network determining module Network, then judge whether the non-high load capacity cell of the 4th data service of the cellular network covering so that in wlan network The overlay area of the AP has overlapping coverage with the non-high load capacity cell of the 4th data service；If in the presence of, by Belong to AP's and the terminal of supporting the cellular network the data in the high AP of loads of data traffic overlay area In the non-high load capacity cell of the 4th data service that service distributing covers to the cellular network.
- 17. device as claimed in claim 16, it is characterised in that the service distributing module, if being additionally operable in the absence of described The non-high load capacity cell of the 4th data service of cellular network covering, then judge whether the of cellular network covering The non-high load capacity cell of five data services so that covered in adjustment corresponding to the base station of the non-high load capacity cell of the 5th data service After the angle of declination of antenna, and/or the parameter of the corresponding overlay areas for being used to increase the AP of the adjustment AP, the described 5th The non-high load capacity cell of data service has overlapping coverage with the AP；If in the presence of the loads of data traffic is high AP overlay area in belong to AP's and the terminal of supporting the cellular network the data service and be diverted to the honeycomb In the non-high load capacity cell of the 5th data service of the network coverage.
- 18. device as claimed in claim 10, it is characterised in that the service distributing module, be additionally operable to true in the network Before cover half block determines the Second Type network different from the first kind network, by described in ownership in the high-load region The service distributing of the terminal of first kind network is into the non-high-load region of the first kind network coverage.
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| SE515898C2 (en) * | 1999-05-21 | 2001-10-22 | Ericsson Telefon Ab L M | A method for cell load distribution in a cellular mobile radio communication system |
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