CN105828357A

CN105828357A - Method and device for multi-network service optimization

Info

Publication number: CN105828357A
Application number: CN201510005258.5A
Authority: CN
Inventors: 陈刚; 李训潮; 刘红梅; 李汉章; 朱祥磊
Original assignee: China Mobile Group Shandong Co Ltd
Current assignee: China Mobile Group Shandong Co Ltd
Priority date: 2015-01-06
Filing date: 2015-01-06
Publication date: 2016-08-03

Abstract

The invention discloses a method and a device for multi-network service optimization. The method comprises the steps of establishing a common coverage micro-region according to a common coverage relation between a first network and a second network and a common coverage relation between the first network and a third network, determining a telephone traffic split ratio of the telephone traffic which is shunt to the second network in the common coverage micro-region, determining a packet data service traffic occupation ratio of the first network in the common coverage micro-region according to the packet data service traffic in the common coverage micro-region, determining a coverage effect of the common coverage micro-region according to measurement data of a terminal, determining a telephone traffic optimization strategy of the common coverage micro-region according to the telephone traffic split ratio and the coverage effect, determining a packet data service traffic optimization strategy of the common coverage micro-region according to the packet data service traffic occupation ratio and the coverage effect, and thus realizing a purpose of service shunting through service analysis under common coverage of multiple networks.

Description

A kind of many network services optimization method and device

Technical field

The present invention relates to communication technical field, be specifically related to a kind of many network services optimization method and device.

Background technology

Mobile communication mainly has tri-kinds of networks of 2G, 3G, WLAN at present, and functional localization emphasizes particularly on different fields.2G speech business is the basic of mobile communication in present stage, on the premise of ensureing speech service quality, it is allowed to use vacant resource to support low-speed data service；3G and WLAN is mainly used in carrying the voice being carried at present on 2G network and data service.Along with quickly popularizing of intelligent terminal, and the development rapidly of mobile Internet business application, data service will continue exponentially growing trend, the Internet resources that data service consumes would is that tens times of speech business even hundreds of times, the channel resource that busy data service takies has started to cause the decline of 2G network quality, has influence on the experience of speech business.The carrying of present stage mobile voice/data service is concentrated mainly on the data of 2G network, wlan network and 3G network or speech business streaming rate is the highest, and 2G network assume responsibility for too much business, and network utilization constantly rises, and is badly in need of shunting and alleviates pressure.

Under the big frame of existing mobile communications network, network shunt to be carried out, it is necessary to carry out the computable general equilibrium of network, the truth of awareness network, could realize shunting targetedly.

Therefore, a kind of many network services optimization method is needed badly, in order to solve the problems referred to above.

Summary of the invention

The embodiment of the present invention provides a kind of many network services optimization method and device, by the operational analysis under collectively covering multiple network, thus realizes the purpose of service distributing.

To achieve these goals, embodiments providing a kind of many network services optimization method, described method includes:

According to first network and the common covering relation of the second network, first network and the common covering relation of the 3rd network, set up and cover film micro area altogether；

According to the telephone traffic of the described terminal covered altogether in film micro area, determine and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network；

Cover the flow of packet data traffic amount in film micro area altogether and determine according to described and described cover the flow of packet data traffic amount accounting of first network in film micro area altogether；

According to the measurement data of the described terminal covered altogether in film micro area, determine the described coverage effect covering film micro area altogether；

Cover the telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether altogether according to described, determine the described telephone traffic optimisation strategy covering film micro area altogether；

According to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether, determine the described flow of packet data traffic amount optimisation strategy covering film micro area altogether.

It is preferred that described according to first network and the common covering relation of the second network, first network and the common covering relation of the 3rd network, set up and cover film micro area altogether, including:

Judge whether the community of described first network and the community of described second network have the community of the site information of common base station, if, then there is described in basis the community of the site information of common base station, it is established as common covering film micro area, if not, then according to community and the community of described second network of the described first network in set point, set up and cover film micro area altogether；And/or

The 3rd network in community according to first network and the set point centered by the community of described first network, sets up and covers film micro area altogether.

Preferably, the described telephone traffic according to the described terminal covered altogether in film micro area, determine and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network, including: described telephone traffic split ratio includes the first telephone traffic split ratio, the second telephone traffic split ratio, the 3rd telephone traffic split ratio, wherein:

The first telephone traffic split ratio is determined according to following first formula:

Second network traffic of the first telephone traffic split ratio=the second network first terminal/(first network telephone traffic of second network traffic the+the second network first terminal of the second network first terminal) * 100%, wherein, described second network first terminal is can to use first network or the terminal of the second network with unrestricted choice；

The second telephone traffic split ratio is determined according to following second formula:

Second network traffic of the second telephone traffic split ratio=the second network first terminal/(first network telephone traffic of first network telephone traffic the+the second network second terminal of second network traffic the+the second network first terminal of the second network first terminal) * 100%, wherein, described second network the second terminal is the terminal only using first network；

The 3rd telephone traffic split ratio is determined according to following 3rd formula:

Second network traffic of the 3rd telephone traffic split ratio=the second network first terminal/(first network telephone traffic of first network telephone traffic+non-second network coverage of first network telephone traffic the+the second network second terminal of second network traffic the+the second network first terminal of the second network first terminal) * 100%.

It is preferred that the described measurement data according to the described terminal covered altogether in film micro area, determine the described coverage effect covering film micro area altogether, including:

According to the minimum incoming level Rxlevmin of terminal in the described film micro area of covering altogether, and following formula determines that the described covering covering film micro area altogether is marked:

P=S_C (the first level threshold)/A*X+S_C (second electrical level threshold value)/B*Y+S_C (the 3rd level threshold)/C*Z

nullWherein，S_C (the first level threshold) is that the quantity of the terminal of the first level threshold≤Rxlevmin ＜ second electrical level threshold value accounts for and described covers the ratio of the quantity of all terminals in film micro area altogether，S_C (second electrical level threshold value) is that the quantity of the terminal of second electrical level threshold value≤Rxlevmin ＜ the 3rd level threshold accounts for and described covers the ratio of the quantity of all terminals in film micro area altogether，S_C (the 3rd level threshold) is that the quantity of the terminal of Rxlevmin >=the 3rd level threshold accounts for and described covers the ratio of the quantity of all terminals in film micro area altogether，A is the proportion threshold value of the terminal of the first level threshold≤Rxlevmin ＜ second electrical level threshold value，B is the proportion threshold value of the terminal of second electrical level threshold value≤Rxlevmin ＜ the 3rd level threshold，C is the proportion threshold value of the terminal of Rxlevmin >=the 3rd level threshold，X is that the quantity of the terminal of the first level threshold≤Rxlevmin ＜ second electrical level threshold value accounts for and described covers the ratio of the quantity of the terminal of Rxlevmin >=the first level threshold in film micro area altogether，Y is that the quantity of the terminal of second electrical level threshold value≤Rxlevmin ＜ the 3rd level threshold accounts for and described covers the ratio of the quantity of the terminal of Rxlevmin >=the first level threshold in film micro area altogether，Z is that the quantity of the terminal of Rxlevmin >=the 3rd level threshold accounts for and described covers the ratio of the quantity of the terminal of Rxlevmin >=the first level threshold in film micro area altogether，P is the described covering scoring covering film micro area altogether，First level threshold≤second electrical level threshold value≤the 3rd level threshold；

According to the described covering scoring covering film micro area altogether, determine the described coverage effect covering film micro area altogether.

Cover the telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether it is preferred that described altogether according to described, determine the described telephone traffic optimisation strategy covering film micro area altogether, including:

If described coverage effect is coverage value is less than the first metric threshold value more than or equal to the second metric threshold value, and described telephone traffic split ratio is less than telephone traffic threshold value, then determine that the described telephone traffic optimisation strategy covering film micro area altogether carries out base station parameter optimization for needs, wherein, described metric is the highest, and coverage effect is the best；

If described coverage effect is coverage value is less than the second metric threshold value, and described telephone traffic split ratio is less than telephone traffic threshold value, it is determined that the described telephone traffic optimisation strategy covering film micro area altogether increases new base station for needs.

The described flow of packet data traffic amount optimisation strategy covering film micro area altogether is determined according to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether it is preferred that described, including:

If described coverage effect is coverage value is less than the first metric threshold value more than or equal to the second metric threshold value, and described flow of packet data traffic amount accounting is less than flow threshold, then determine that the described flow of packet data traffic amount optimisation strategy covering film micro area altogether carries out base station parameter optimization for needs, wherein, described metric is the highest, and coverage effect is the best；

If described coverage effect is coverage value is less than the second metric threshold value, and described flow of packet data traffic amount accounting is less than flow threshold, it is determined that the described flow of packet data traffic amount optimisation strategy covering film micro area altogether increases new base station for needs.

It is preferred that described first network is GSM network, described second network is TD-SCDMA network, and described 3rd network is wlan network；

The described film micro area that covers altogether includes that the first kind covers film micro area altogether and Equations of The Second Kind covers film micro area altogether, it is that the common covering relation according to GSM network Yu TD-SCDMA network is determined that the described first kind covers film micro area altogether, the described first kind covers film micro area altogether and includes GSM network community and the second TD-SCDMA network community, it is that the common covering relation according to GSM network Yu wlan network is determined that Equations of The Second Kind covers film micro area altogether, and described Equations of The Second Kind covers film micro area altogether and includes GSM network community and wlan network community.

The embodiment of the present invention additionally provides a kind of many network services and optimizes device, including:

Film micro area sets up unit, for according to first network and the common covering relation of the second network, first network and the common covering relation of the 3rd network, sets up and covers film micro area altogether；

First processing unit, for the telephone traffic according to the described terminal covered altogether in film micro area, determines and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network；

Second processing unit, the flow of packet data traffic amount accounting of first network in determine the described film micro area of covering altogether according to the flow of packet data traffic amount in the described film micro area of covering altogether；

3rd processing unit, for the measurement data according to the described terminal covered altogether in film micro area, determines the described coverage effect covering film micro area altogether；

First output unit, for covering the telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether altogether according to described, determines the described telephone traffic optimisation strategy covering film micro area altogether；

Second output unit, for according to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether, determining the described flow of packet data traffic amount optimisation strategy covering film micro area altogether.

It is preferred that described film micro area set up unit specifically for:

It is preferred that the first processing unit specifically for: described telephone traffic split ratio includes the first telephone traffic split ratio, the second telephone traffic split ratio, the 3rd telephone traffic split ratio, wherein:

It is preferred that described 3rd processing unit specifically for:

It is preferred that described first output unit specifically for:

It is preferred that described second output unit specifically for:

nullIn above-described embodiment，According to first network and the common covering relation of the second network，First network and the common covering relation of the 3rd network，Set up and cover film micro area altogether，Telephone traffic according to the described terminal covered altogether in film micro area，Determine and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network，Cover the flow of packet data traffic amount in film micro area altogether and determine according to described and described cover the flow of packet data traffic amount accounting of first network in film micro area altogether，Measurement data according to the described terminal covered altogether in film micro area，Determine the described coverage effect covering film micro area altogether，The telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether is covered altogether according to described，Determine the described telephone traffic optimisation strategy covering film micro area altogether，According to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether，Determine the described flow of packet data traffic amount optimisation strategy covering film micro area altogether，By the operational analysis under multiple network is collectively covered，Thus realize the purpose of service distributing.

Accompanying drawing explanation

For the technical scheme being illustrated more clearly that in the embodiment of the present invention, in describing embodiment below, the required accompanying drawing used is briefly introduced, apparently, accompanying drawing in describing below is only some embodiments of the present invention, from the point of view of those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.

Fig. 1 is the schematic flow sheet of a kind of many network services optimization method in the embodiment of the present invention；

Fig. 2 is the structural representation that in the embodiment of the present invention, a kind of many network services optimize device.

Detailed description of the invention

In order to make the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, the present invention is described in further detail, it is clear that described embodiment is only some embodiments of the present invention rather than whole embodiments.Based on the embodiment in the present invention, all other embodiments that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of protection of the invention.

Fig. 1 shows the flow process of a kind of many network services optimization method, and this flow process can perform by device as shown in Figure 2, and the concrete steps of this flow process include:

Step S101, according to first network and the common covering relation of the second network, first network and the common covering relation of the 3rd network, sets up and covers film micro area altogether.

Concrete, cover film micro area altogether and include that the first kind covers film micro area altogether and Equations of The Second Kind covers film micro area altogether, it is that the common covering relation according to first network and the second network is determined that the first kind covers film micro area altogether, the described first kind covers film micro area altogether and includes first network community and the second network cell, it is that the common covering relation according to first network and the 3rd network is determined that Equations of The Second Kind covers film micro area altogether, and described Equations of The Second Kind covers film micro area altogether and includes first network community and the 3rd network cell.Set up after covering film micro area altogether, can be analyzed based on the described film micro area that covers altogether.In the embodiment of the present invention, described first network is GSM network, and described second network is TD-SCDMA network, and described 3rd network is wlan network；

nullThe described film micro area that covers altogether includes that the first kind covers film micro area altogether and Equations of The Second Kind covers film micro area altogether，It is that the common covering relation according to GSM network Yu TD-SCDMA network is determined that the described first kind covers film micro area altogether，I.e. judge whether the community of described GSM network and the community of described TD-SCDMA network have the community of the site information of common base station，If，Then there is described in basis the community of the site information of common base station，It is established as the first kind and covers film micro area altogether，If not，Then according to community and the community of described TD-SCDMA network of the described GSM network in set point，Set up the first kind to cover film micro area altogether (described set point refers to that the community of GSM network and the community of described TD-SCDMA network do not have common base station site information，Then the coverage of the community of described GSM network Yu the community of described TD-SCDMA network is carried out rasterizing，Grid will be divided into according to the spacing set，Each grid is one and covers film micro area altogether).The described first kind covers film micro area altogether and includes GSM network community and the second TD-SCDMA network community.

It is that the common covering relation according to GSM network Yu wlan network is determined that Equations of The Second Kind covers film micro area altogether, i.e. according to the community of GSM network and the set point centered by the community of described GSM network, (described set point can set according to the closeness of wlan network, if the position attribution of GSM cell is city, and distance is within 400 meters, and the wlan network of one-level focus is more than 30, then it is assumed that be common covering film micro area；If the position attribution of GSM cell is rural area, and distance is within 1000 meters, then be considered common covering film micro area (mainly for rural area cement pole, grange community)) in wlan network, setting up Equations of The Second Kind and cover film micro area altogether, described Equations of The Second Kind covers film micro area altogether and includes GSM network community and wlan network community.

Step S102, according to the telephone traffic of the described terminal covered altogether in film micro area, determines and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network.

Concrete, the telephone traffic of terminal in film micro area is covered altogether according to the first kind, determine the described first kind cover film micro area altogether in the telephone traffic of described first network be divided to the telephone traffic split ratio of described second network, described telephone traffic split ratio includes that the first telephone traffic split ratio, the second telephone traffic split ratio, the 3rd telephone traffic split ratio, described first telephone traffic split ratio refer to that the second network first terminal uses the telephone traffic of the second network to account for the ratio of the described second all telephone traffics of network first terminal in the second network coverage；Described second telephone traffic split ratio refers to the ratio of the telephone traffic that the second network first terminal uses the telephone traffic of the second network to account for all second network terminals in the second network coverage；Described 3rd telephone traffic split ratio refers to that the second network first terminal uses the telephone traffic of the second network to account for the ratio of all telephone traffics in the first kind covers film micro area altogether in the second network coverage, the most in the present embodiment, described first telephone traffic split ratio refers to that in TD-SCDMA network coverage TD-SCDMA network first terminal uses the telephone traffic of TD-SCDMA network to account for the ratio of the described all telephone traffics of TD-SCDMA network first terminal (the described all telephone traffics of TD-SCDMA network first terminal include telephone traffic when telephone traffic when TD-SCDMA network first terminal uses TD-SCDMA network and TD-SCDMA network first terminal use GSM network)；Described second telephone traffic split ratio refers to that the telephone traffic of TD-SCDMA network first terminal use TD-SCDMA network accounts for the ratio of the telephone traffic of all TD-SCDMA network terminals in TD-SCDMA network coverage；Described 3rd telephone traffic split ratio refers to that TD-SCDMA network first terminal uses the telephone traffic of TD-SCDMA network to account for the ratio of all telephone traffics in the first kind covers film micro area altogether in TD-SCDMA network coverage, described TD-SCDMA network first terminal refers to use TD-SCDMA network or the terminal of GSM network with unrestricted choice, the network used is not locked by i.e. terminal, is can be with unrestricted choice network carrying out speech business.

Wherein: determine the first telephone traffic split ratio according to following first formula:

Second network traffic of the first telephone traffic split ratio=the second network first terminal/(first network telephone traffic of second network traffic the+the second network first terminal of the second network first terminal) * 100%, wherein, described second network first terminal is can to use first network or the terminal of the second network with unrestricted choice；I.e. in the present embodiment, the TD-SCDMA network telephone traffic of described first telephone traffic split ratio=TD-SCDMA network first terminal/(GSM network telephone traffic of the TD-SCDMA network telephone traffic+TD-SCDMA network first terminal of TD-SCDMA network first terminal) * 100%.

Second network traffic of the second telephone traffic split ratio=the second network first terminal/(first network telephone traffic of first network telephone traffic the+the second network second terminal of second network traffic the+the second network first terminal of the second network first terminal) * 100%, wherein, described second network the second terminal is the terminal only using first network；In the present embodiment, the TD-SCDMA network telephone traffic of the second telephone traffic split ratio=TD-SCDMA network first terminal/(GSM network telephone traffic of the GSM network telephone traffic of the TD-SCDMA network telephone traffic+TD-SCDMA network first terminal of TD-SCDMA network first terminal+TD-SCDMA network the second terminal) * 100%.Described second network the second terminal refers to the TD-SCDMA network terminal only using GSM network to carry out speech business, i.e. TD-SCDMA network terminal locking only uses GSM network when carrying out speech business, and the telephone traffic now produced is the GSM network telephone traffic of TD-SCDMA network the second terminal.

Second network traffic of the 3rd telephone traffic split ratio=the second network first terminal/(first network telephone traffic of first network telephone traffic+non-second network coverage of first network telephone traffic the+the second network second terminal of second network traffic the+the second network first terminal of the second network first terminal) * 100%, in the present embodiment, the GSM network telephone traffic of the GSM network telephone traffic of the GSM network telephone traffic of the TD-SCDMA network telephone traffic+TD-SCDMA network first terminal of the TD-SCDMA network telephone traffic/TD-SCDMA network first terminal of the 3rd telephone traffic split ratio=TD-SCDMA network first terminal+TD-SCDMA network the second terminal+non-TD-SCDMA network coverage) * 100%.

Telephone traffic split ratio in the present embodiment can be used to analyze, and then by the speech business of the many nets of analysis optimization.

Step S103, covers the flow of packet data traffic amount in film micro area altogether and determines according to described and described cover the flow of packet data traffic amount accounting of first network in film micro area altogether.

Concrete, the flow of packet data traffic amount covered altogether in film micro area according to described Equations of The Second Kind determine described Equations of The Second Kind cover film micro area altogether in the flow of packet data traffic amount accounting of described first network, the flow of packet data traffic amount of the most described first network accounts for the ratio of all flow of packet data traffic amounts in whole Equations of The Second Kind covers film micro area altogether, by the analysis to this flow of packet data traffic amount accounting, the optimization to data service can be carried out.

Step S104, according to the measurement data of the described terminal covered altogether in film micro area, determines the described coverage effect covering film micro area altogether.

Concrete, according to the Rxlevmin (minimum incoming level) of the described terminal covered altogether in film micro area, and following formula determines that the described covering covering film micro area altogether is marked:

P=S_C (the first level threshold)/A*X+S_C (second electrical level threshold value)/B*Y+S_C (the 3rd level threshold)/C*Z ... ... ... ... ... ... ... ... ... ... ... ... (1)

nullWherein，S_C (the first level threshold) is that the quantity of the terminal of the first level threshold≤Rxlevmin ＜ second electrical level threshold value accounts for and described covers the ratio of the quantity of all terminals in film micro area altogether，S_C (second electrical level threshold value) is that the quantity of the terminal of second electrical level threshold value≤Rxlevmin ＜ the 3rd level threshold accounts for and described covers the ratio of the quantity of all terminals in film micro area altogether，S_C (the 3rd level threshold) is that the quantity of the terminal of Rxlevmin >=the 3rd level threshold accounts for and described covers the ratio of the quantity of all terminals in film micro area altogether，A is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of the first level threshold≤Rxlevmin ＜ second electrical level threshold value，As can be 100%)，B is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of second electrical level threshold value≤Rxlevmin ＜ the 3rd level threshold，As can be 98%)，C is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of Rxlevmin >=the 3rd level threshold，As can be 92%)，X is that the quantity of the terminal of the first level threshold≤Rxlevmin ＜ second electrical level threshold value accounts for and described covers the ratio of the quantity of the terminal of Rxlevmin >=the first level threshold in film micro area altogether，Y is that the quantity of the terminal of second electrical level threshold value≤Rxlevmin ＜ the 3rd level threshold accounts for and described covers the ratio of the quantity of the terminal of Rxlevmin >=the first level threshold in film micro area altogether，Z is that the quantity of the terminal of Rxlevmin >=the 3rd level threshold accounts for and described covers the ratio of the quantity of the terminal of Rxlevmin >=the first level threshold in film micro area altogether，P is the described covering scoring covering film micro area altogether，First level threshold≤second electrical level threshold value≤the 3rd level threshold，Described first level threshold、Second electrical level threshold value、3rd level threshold can empirically be arranged，If the first level threshold can be-90、Second electrical level threshold value can be-85、3rd level threshold can be-80，Then according to the described covering scoring covering film micro area altogether，Determine the described coverage effect covering film micro area altogether.

Step S105, covers the telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether altogether according to described, determines the described telephone traffic optimisation strategy covering film micro area altogether.

Concrete, cover the telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether altogether according to the described first kind, determine that the described first kind covers the telephone traffic optimisation strategy of film micro area altogether.According to covering result, as there is relatively large deviation in corresponding corresponding split ratio, it was demonstrated that this first kind covers film micro area existence altogether and optimizes space, for problem grid centralized optimization, has the lifting shunting index of emphasis.The outstanding first kind of coverage effect covers film micro area altogether, and split ratio is preferable；And the general first kind of coverage effect covers film micro area altogether, split ratio is lower slightly；And the place of weak covering, split ratio is minimum.How, and split ratio correlation, coverage effect is the best, and it is the highest that the first kind covers the split ratio that film micro area can reach altogether for the effect covered.For different coverage effects, take different optimization methods.

If described coverage effect is that (this metric can be that some are for the value representing coverage effect to coverage value, such as score value) it is less than the first metric threshold value more than or equal to the second metric threshold value, and described telephone traffic split ratio is less than telephone traffic threshold value, then determine that the described first kind covers the telephone traffic optimisation strategy of film micro area altogether and carries out base station parameter optimization for needs, wherein, described metric is the highest, and coverage effect is the best；If described coverage effect is coverage value is less than the second metric threshold value, and described telephone traffic split ratio is less than telephone traffic threshold value, it is determined that the described first kind covers the telephone traffic optimisation strategy of film micro area altogether increases new base station for needs.

Step S106, according to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether, determines the described flow of packet data traffic amount optimisation strategy covering film micro area altogether.

Concrete, cover first network non-packet data service flow accounting and the described coverage effect covering film micro area altogether in film micro area altogether according to Equations of The Second Kind, determine that described Equations of The Second Kind covers the flow of packet data traffic amount optimisation strategy of film micro area altogether.If described coverage effect is coverage value is less than the first metric threshold value more than or equal to the second metric threshold value, and described flow of packet data traffic amount accounting is less than flow threshold, then determine that described Equations of The Second Kind covers the flow of packet data traffic amount optimisation strategy of film micro area altogether and carries out base station parameter optimization for needs, wherein, described metric is the highest, and coverage effect is the best；If described coverage effect is coverage value is less than the second metric threshold value, and described flow of packet data traffic amount accounting is less than flow threshold, it is determined that described Equations of The Second Kind covers the flow of packet data traffic amount optimisation strategy of film micro area altogether increases new base station for needs.

nullAbove-described embodiment shows，According to first network and the common covering relation of the second network，First network and the common covering relation of the 3rd network，Set up and cover film micro area altogether，Telephone traffic according to the described terminal covered altogether in film micro area，Determine and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network，Cover the flow of packet data traffic amount in film micro area altogether and determine according to described and described cover the flow of packet data traffic amount accounting of first network in film micro area altogether，Measurement data according to the described terminal covered altogether in film micro area，Determine the described coverage effect covering film micro area altogether，The telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether is covered altogether according to described，Determine the described telephone traffic optimisation strategy covering film micro area altogether，According to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether，Determine the described flow of packet data traffic amount optimisation strategy covering film micro area altogether，By the operational analysis under multiple network is collectively covered，Thus realize the purpose of service distributing.

In order to preferably explain the present invention, embodiments provide concrete enforcement scene, and concrete implementation process.

The most described first network is GSM network, described second network is TD-SCDMA network, 3rd network is wlan network, the described film micro area that covers altogether includes that the first kind covers film micro area altogether and Equations of The Second Kind covers film micro area altogether, it is that the common covering relation according to GSM network Yu TD-SCDMA network is determined that the described first kind covers film micro area altogether, the described first kind covers film micro area altogether and includes GSM network community and TD-SCDMA network community, it is that the common covering relation according to GSM network Yu wlan network is determined that Equations of The Second Kind covers film micro area altogether, described Equations of The Second Kind covers film micro area altogether and includes GSM network community and wlan network community.Second network first terminal refers to that TD-SCDMA network shunts terminal, i.e. can use TD-SCDMA network or the TD-SCDMA network terminal of GSM network with unrestricted choice when carrying out speech business, second network the second terminal refers to TD-SCDMA network backflow terminal, the TD-SCDMA network terminal of GSM network i.e. can only be used when carrying out speech business, network shown in the embodiment of the present invention is only limitted to exemplary role, is embodied as being not limited to above-mentioned network.

For speech business, owing to GSM network is shunted by needs TD-SCDMA network, therefore according to GSM network and the common covering relation of TD-SCDMA network, set up first kind covering relation altogether.First, judge whether the community of described GSM network and the community of described TD-SCDMA network have the community of the site information of common base station, if it is, the first kind can be set up according to the man-to-man covering relation altogether in the community of the community of described GSM network Yu described TD-SCDMA network to cover film micro area altogether.If it is not, then first determine and there is no the GSM network of site information of common base station, TD-SCDMA network cell list；nullThe corresponding relation of GSM network community and TD-SCDMA network community is determined by the latitude and longitude information of recycling community，Deviation in view of resource data latitude and longitude information，GSM network community in certain distance and TD-SCDMA network community can be considered as during realizing common covering (in GSM network macrocell and TD-SCDMA network community distance are 200 meters，I.e. with 200 meters for spacing grid division，Each grid is a film micro area，Multiple GSM network community and TD-SCDMA network community is included) in each film micro area，So GSM network community and TD-SCDMA network community can form the common covering relation of multi-to-multi，Common covering relation according to described GSM network community and TD-SCDMA network community is set up the first kind and is covered film micro area altogether.When the first kind being covered altogether film micro area name, if the common covering film micro area that the site information with common base station is set up, then can be by cell name directly as film micro area title.For there is no the community of the site information of common base station, cover film micro area title altogether to draw according to following method: if only comprising a community, then using cell name as common covering film micro area title, if comprising multiple community, then take in multiple cell name consecutive identical part as covering film micro area title altogether, as not having same section, the name taking first community is referred to as covering altogether film micro area title.

Set up after the first kind covers film micro area altogether, add up the described first kind and cover the telephone traffic of the terminal in film micro area altogether, then according to the telephone traffic of the terminal of statistics determine the described first kind cover film micro area altogether in the telephone traffic of described GSM network be divided to the telephone traffic split ratio of described TD-SCDMA network.Wherein, the statistics first kind covers the telephone traffic of the terminal in film micro area altogether and is included in the first kind and covers the traffic measurement of the GSM network in film micro area and TD-SCDMA network altogether and carry out analysis of network, terminal analysis, user behavior analysis, finally according to the business difference of GSM network and TD-SCDMA network, the traffic of GSM network is moved to TD-SCDMA network, obtain the measurement report that one week busy of G net reports simultaneously, by location, show dual-mode terminal in network, the distribution of any active ues, and by the distribution of measurement report needing the G net traffic migrated to converge at TD network, finally show the telephone traffic situation of TD network.Can also be realized the identification of dual-mode terminal and any active ues by traffic migration and terminal geographic, the telephone traffic of complete reflection TD network covers the carrying situation in film micro area altogether in the described first kind.

nullAfter carrying out the traffic statistic that the first kind covers in film micro area altogether，May determine that the telephone traffic split ratio being divided to channel network，This telephone traffic split ratio shunts the telephone traffic split ratio of terminal in the range of including TD、The telephone traffic split ratio of all terminals in the telephone traffic split ratio of all TD terminals and the first kind cover film micro area altogether in the range of TD，The telephone traffic that i.e. TD-SCDMA network shunting terminal uses TD-SCDMA network to produce in TD-SCDMA network coverage accounts for the ratio of the described TD-SCDMA network shunting all telephone traffics of terminal、In TD-SCDMA network coverage TD-SCDMA network shunting terminal use TD-SCDMA network time produce telephone traffic account for all TD-SCDMA network terminals telephone traffic ratio and in TD-SCDMA network coverage TD-SCDMA network shunting terminal use TD-SCDMA network telephone traffic account for the ratio of all telephone traffics in the first kind covers film micro area altogether.

Wherein, the telephone traffic that TD-SCDMA network shunting terminal uses TD-SCDMA network to produce in TD-SCDMA network coverage accounts for TD-SCDMA network telephone traffic/(the GSM network telephone traffic of the TD-SCDMA network telephone traffic+TD-SCDMA network first terminal of TD-SCDMA network first terminal) * 100% of the ratio=TD-SCDMA network first terminal of the described TD-SCDMA network shunting all telephone traffics of terminal.

The telephone traffic that TD-SCDMA network shunting terminal produces when using TD-SCDMA network in TD-SCDMA network coverage accounts for TD-SCDMA network telephone traffic/(the GSM network telephone traffic of the GSM network telephone traffic of the TD-SCDMA network telephone traffic+TD-SCDMA network first terminal of TD-SCDMA network first terminal+TD-SCDMA network the second terminal) * 100% of the ratio=TD-SCDMA network first terminal of the telephone traffic of all TD-SCDMA network terminals.Described second network the second terminal refers to the TD-SCDMA network terminal only using GSM network to carry out speech business, i.e. TD-SCDMA network terminal locking only uses GSM network when carrying out speech business, and the telephone traffic now produced is the GSM network telephone traffic of TD-SCDMA network the second terminal.

In TD-SCDMA network coverage, the telephone traffic of TD-SCDMA network shunting terminal use TD-SCDMA network accounts for the GSM network telephone traffic of the GSM network telephone traffic+non-TD-SCDMA network coverage of GSM network telephone traffic+TD-SCDMA network second terminal of the TD-SCDMA network telephone traffic+TD-SCDMA network first terminal of the TD-SCDMA network telephone traffic/TD-SCDMA network first terminal of the ratio of all telephone traffics=TD-SCDMA network first terminal in the first kind covers film micro area altogether) * 100%.

Then, cover the measurement data of terminal in film micro area according to the described first kind altogether, determine that the described first kind covers the coverage effect of film micro area altogether.Concrete, obtain the described first kind and cover the Rxlevmin (can also be other parameter in measurement report) of the terminal in film micro area altogether, three level thresholds that have chosen Rxlevmin divide the scope of Rxlevmin, if the first level threshold is-90, second electrical level threshold value is-85,3rd level threshold is-80, and three interval ranges are-90≤Rxlevmin ＜-85 ,-85≤Rxlevmin ＜-80, Rxlevmin >=-80.

According to above-mentioned parameter, determine that the first kind covers the covering scoring of film micro area altogether according to following formula:

P=S_C (-90)/A*X+S_C (-85)/B*Y+S_C (-80)/C*Z ... ... ... ... ... (1)

nullWherein，S_C (-90) is that the quantity of the terminal of-90≤Rxlevmin ＜-85 accounts for the ratio of the quantity of all terminals in the described first kind covers film micro area altogether，S_C (-85) is that the quantity of the terminal of-85≤Rxlevmin ＜-80 accounts for the ratio of the quantity of all terminals in the described first kind covers film micro area altogether，S_C (-80) is that the quantity of the terminal of Rxlevmin >=-80 accounts for the ratio of the quantity of all terminals in the described first kind covers film micro area altogether，A is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of-90≤Rxlevmin ＜-85，As can be 100%)，B is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of-85≤Rxlevmin ＜-80，As can be 98%)，C is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of Rxlevmin >=-80，As can be 92%)，X is that the quantity of the terminal of-90≤Rxlevmin ＜-85 accounts for the described first kind and covers the ratio of the quantity of the terminal of Rxlevmin >=-90 in film micro area altogether，Y is that the quantity of the terminal of-85≤Rxlevmin ＜-80 accounts for the described first kind and covers the ratio of the quantity of the terminal of Rxlevmin >=-90 in film micro area altogether，Z is that the quantity of the terminal of Rxlevmin >=-80 accounts for the described first kind and covers the ratio of the quantity of the terminal of Rxlevmin >=-90 in film micro area altogether，P is the covering scoring that the described first kind covers film micro area altogether.

After determining the covering scoring that the described first kind covers film micro area altogether, determine that the described first kind covers the coverage effect of film micro area altogether according to covering scoring, when covering scoring >=80, it is outstanding for determining that the described first kind covers the coverage effect of film micro area altogether, as 65≤covering scoring ＜ 80, it is general for determining that the described first kind covers the coverage effect of film micro area altogether, and when covering scoring ＜ 65, determining that the described first kind covers the coverage effect of film micro area altogether is weak covering.

Cover the telephone traffic split ratio in film micro area altogether finally according to the described first kind and the described first kind covers the coverage effect of film micro area altogether, determine that the described first kind covers the telephone traffic optimisation strategy of film micro area altogether.

Cover the telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether altogether according to the described first kind, determine that the described first kind covers the telephone traffic optimisation strategy of film micro area altogether.According to covering result, as there is relatively large deviation in corresponding corresponding split ratio, it was demonstrated that this first kind covers film micro area existence altogether and optimizes space, for problem grid centralized optimization, has the lifting shunting index of emphasis.The outstanding first kind of coverage effect covers film micro area altogether, and split ratio is preferable；And the general first kind of coverage effect covers film micro area altogether, split ratio is lower slightly；And the place of weak covering, split ratio is minimum.How, and split ratio correlation, coverage effect is the best, and it is the highest that the first kind covers the split ratio that film micro area can reach altogether for the effect covered.For different coverage effects, take different optimization methods.

I.e. outstanding when coverage effect, and when telephone traffic split ratio is up to standard, it is not necessary to optimize；When coverage effect is outstanding, and when telephone traffic split ratio is below standard, it is Main Means that client carries out marketing strategy, is optimized for supplementary means to carrying out base station parameter；When coverage effect is general, and when telephone traffic split ratio is up to standard, it is not necessary to optimize；When coverage effect is general, and when telephone traffic split ratio is below standard, base station is carried out parameter optimization is Main Means, and increasing new base station is supplementary means；When coverage effect is weak covering, and when telephone traffic split ratio is up to standard, need to examine whether current coverage effect is genuine weak covering；When coverage effect is weak covering, and when telephone traffic split ratio is below standard, to increase new base station as Main Means, base station parameter is optimized for supplementary means.

For Packet data service, need wlan network that the flow of packet data traffic amount of GSM network is shunted, therefore set up Equations of The Second Kind according to the common covering relation of GSM network Yu wlan network and cover film micro area altogether.Concrete, it is that the common covering relation according to GSM network Yu wlan network is determined that Equations of The Second Kind covers film micro area altogether, i.e. according to the community of GSM network and the set point centered by the community of described GSM network, (described set point can set according to the closeness of wlan network, if the position attribution of GSM cell is city, and distance is within 400 meters, and the wlan network of one-level focus is more than 30, then it is assumed that be common covering film micro area；If the position attribution of GSM cell is rural area, and distance is within 1000 meters, then it is assumed that be common covering film micro area (mainly for rural area cement pole, grange community)) in wlan network, set up Equations of The Second Kind and cover film micro area altogether.

Then the flow of packet data traffic amount covered altogether in film micro area according to described Equations of The Second Kind determine described Equations of The Second Kind cover film micro area altogether in the flow of packet data traffic amount accounting of described GSM network, the flow of packet data traffic amount of the most described GSM network accounts for the ratio of all flow of packet data traffic amounts in whole Equations of The Second Kind covers film micro area altogether.

Cover the measurement data of terminal in film micro area further according to described Equations of The Second Kind altogether, determine that described Equations of The Second Kind covers the coverage effect of film micro area altogether.Concrete, obtain described Equations of The Second Kind and cover the Rxlevmin (can also be other parameter in measurement report) of the terminal in film micro area altogether, three level thresholds that have chosen Rxlevmin divide the scope of Rxlevmin, if the first level threshold is-90, second electrical level threshold value is-85,3rd level threshold is-80, and three interval ranges are-90≤Rxlevmin ＜-85 ,-85≤Rxlevmin ＜-80, Rxlevmin >=-80.

According to above-mentioned parameter, determine that Equations of The Second Kind covers the covering scoring of film micro area altogether according to following formula:

P=S_C (-90)/A*X+S_C (-85)/B*Y+S_C (-80)/C*Z ... ... ... ... ... (1)

nullWherein，S_C (-90) is that the quantity of the terminal of-90≤Rxlevmin ＜-85 accounts for the ratio of the quantity of all terminals in described Equations of The Second Kind covers film micro area altogether，S_C (-85) is that the quantity of the terminal of-85≤Rxlevmin ＜-80 accounts for the ratio of the quantity of all terminals in described Equations of The Second Kind covers film micro area altogether，S_C (-80) is that the quantity of the terminal of Rxlevmin >=-80 accounts for the ratio of the quantity of all terminals in described Equations of The Second Kind covers film micro area altogether，A is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of-90≤Rxlevmin ＜-85，As can be 100%)，B is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of-85≤Rxlevmin ＜-80，As can be 98%)，C is that (this threshold value can empirically be arranged for the proportion threshold value of the terminal of Rxlevmin >=-80，As can be 92%)，X is that the quantity of the terminal of-90≤Rxlevmin ＜-85 accounts for described Equations of The Second Kind and covers the ratio of the quantity of the terminal of Rxlevmin >=-90 in film micro area altogether，Y is that the quantity of the terminal of-85≤Rxlevmin ＜-80 accounts for described Equations of The Second Kind and covers the ratio of the quantity of the terminal of Rxlevmin >=-90 in film micro area altogether，Z is that the quantity of the terminal of Rxlevmin >=-80 accounts for described Equations of The Second Kind and covers the ratio of the quantity of the terminal of Rxlevmin >=-90 in film micro area altogether，P is the covering scoring that described Equations of The Second Kind covers film micro area altogether.

After determining the covering scoring that described Equations of The Second Kind covers film micro area altogether, determine that described Equations of The Second Kind covers the coverage effect of film micro area altogether according to covering scoring, when covering scoring >=80, it is outstanding for determining that described Equations of The Second Kind covers the coverage effect of film micro area altogether, as 65≤covering scoring ＜ 80, it is general for determining that described Equations of The Second Kind covers the coverage effect of film micro area altogether, and when covering scoring ＜ 65, determining that described Equations of The Second Kind covers the coverage effect of film micro area altogether is weak covering.

Cover the flow of packet data traffic amount accounting of GSM network in film micro area altogether finally according to described Equations of The Second Kind and described Equations of The Second Kind covers the coverage effect of film micro area altogether, determine that described Equations of The Second Kind covers the flow of packet data traffic amount optimisation strategy of film micro area altogether.

Cover the flow of packet data traffic amount accounting of GSM network in film micro area and the described coverage effect covering film micro area altogether altogether according to described Equations of The Second Kind, determine that described Equations of The Second Kind covers the flow of packet data traffic amount strategy of film micro area altogether.I.e. outstanding when coverage effect, and when the flow of packet data traffic amount accounting of GSM network is up to standard, it is not necessary to optimize；When coverage effect is outstanding, and when the flow of packet data traffic amount accounting of GSM network is up to standard, it is Main Means that client carries out marketing strategy, is optimized for supplementary means to carrying out base station parameter；When coverage effect is general, and when the flow of packet data traffic amount accounting of GSM network is up to standard, it is not necessary to optimize；When coverage effect is general, and when the flow of packet data traffic amount accounting of GSM network is below standard, base station is carried out parameter optimization is Main Means, and increasing new base station is supplementary means；When coverage effect is weak covering, and when the flow of packet data traffic amount accounting of GSM network is up to standard, need to examine whether current coverage effect is genuine weak covering；When coverage effect is weak covering, and when the flow of packet data traffic amount accounting of GSM network is below standard, to increase new base station as Main Means, base station parameter is optimized for supplementary means.

Based on identical inventive concept, Fig. 2 shows that a kind of many network services optimize device, and this device can perform flow process as shown in Figure 1, and returning apparatus includes:

Film micro area sets up unit 201, for according to first network and the common covering relation of the second network, first network and the common covering relation of the 3rd network, sets up and covers film micro area altogether；

First processing unit 202, for the telephone traffic according to the described terminal covered altogether in film micro area, determines and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network；

Second processing unit 203, the flow of packet data traffic amount accounting of first network in determine the described film micro area of covering altogether according to the flow of packet data traffic amount in the described film micro area of covering altogether；

3rd processing unit 204, for the measurement data according to the described terminal covered altogether in film micro area, determines the described coverage effect covering film micro area altogether；

First output unit 205, for covering the telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether altogether according to described, determines the described telephone traffic optimisation strategy covering film micro area altogether；

Second output unit 206, for according to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether, determining the described flow of packet data traffic amount optimisation strategy covering film micro area altogether.

It is preferred that described film micro area set up unit 201 specifically for:

It is preferred that the first processing unit 202 specifically for: described telephone traffic split ratio includes the first telephone traffic split ratio, the second telephone traffic split ratio, the 3rd telephone traffic split ratio, wherein:

It is preferred that described 3rd processing unit 204 specifically for:

It is preferred that described first output unit 205 specifically for:

It is preferred that described second output unit 206 specifically for:

nullIn sum，According to first network and the common covering relation of the second network，First network and the common covering relation of the 3rd network，Set up and cover film micro area altogether，Telephone traffic according to the described terminal covered altogether in film micro area，Determine and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network，Cover the flow of packet data traffic amount in film micro area altogether and determine according to described and described cover the flow of packet data traffic amount accounting of first network in film micro area altogether，Measurement data according to the described terminal covered altogether in film micro area，Determine the described coverage effect covering film micro area altogether，The telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether is covered altogether according to described，Determine the described telephone traffic optimisation strategy covering film micro area altogether，According to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether，Determine the described flow of packet data traffic amount optimisation strategy covering film micro area altogether，By the operational analysis under multiple network is collectively covered，Thus realize the purpose of service distributing.

The present invention is to describe with reference to method, equipment (system) and the flow chart of computer program according to embodiments of the present invention and/or block diagram.It should be understood that can be by the flow process in each flow process in computer program instructions flowchart and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.These computer program instructions can be provided to produce a machine to the processor of general purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device so that the instruction performed by the processor of computer or other programmable data processing device is produced for realizing the device of function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.

These computer program instructions may be alternatively stored in and can guide in the computer-readable memory that computer or other programmable data processing device work in a specific way, the instruction making to be stored in this computer-readable memory produces the manufacture including command device, and this command device realizes the function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make to perform sequence of operations step on computer or other programmable devices to produce computer implemented process, thus the instruction performed on computer or other programmable devices provides the step of the function specified in one flow process of flow chart or multiple flow process and/or one square frame of block diagram or multiple square frame for realization.

Although preferred embodiments of the present invention have been described, but those skilled in the art once know basic creative concept, then these embodiments can be made other change and amendment.So, claims are intended to be construed to include preferred embodiment and fall into all changes and the amendment of the scope of the invention.

Obviously, those skilled in the art can carry out various change and modification without departing from the spirit and scope of the present invention to the present invention.So, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.

Claims

1. network service optimization method more than a kind, it is characterised in that described method includes:

2. the method for claim 1, it is characterised in that described according to first network and the common covering relation of the second network, first network and the common covering relation of the 3rd network, sets up and covers film micro area altogether, including:

3. the method for claim 1, it is characterized in that, the described telephone traffic according to the described terminal covered altogether in film micro area, determine and described cover the telephone traffic of described first network in film micro area altogether and be divided to the telephone traffic split ratio of described second network, including: described telephone traffic split ratio includes the first telephone traffic split ratio, the second telephone traffic split ratio, the 3rd telephone traffic split ratio, wherein:

4. the method for claim 1, it is characterised in that the described measurement data according to the described terminal covered altogether in film micro area, determines the described coverage effect covering film micro area altogether, including:

5. the method for claim 1, it is characterised in that described cover the telephone traffic split ratio in film micro area and the described coverage effect covering film micro area altogether altogether according to described, determines the described telephone traffic optimisation strategy covering film micro area altogether, including:

6. the method for claim 1, it is characterized in that, described determine the described flow of packet data traffic amount optimisation strategy covering film micro area altogether according to the described flow of packet data traffic amount accounting covering first network in film micro area altogether and the described coverage effect covering film micro area altogether, including:

7. the method as described in claim 1 to 6 is arbitrary, it is characterised in that described first network is GSM network, described second network is TD-SCDMA network, and described 3rd network is wlan network；

The described film micro area that covers altogether includes that the first kind covers film micro area altogether and Equations of The Second Kind covers film micro area altogether, it is that the common covering relation according to GSM network Yu TD-SCDMA network is determined that the described first kind covers film micro area altogether, the described first kind covers film micro area altogether and includes GSM network community and TD-SCDMA network community, it is that the common covering relation according to GSM network Yu wlan network is determined that Equations of The Second Kind covers film micro area altogether, and described Equations of The Second Kind covers film micro area altogether and includes GSM network community and wlan network community.

8. network service more than a kind optimizes device, it is characterised in that including:

9. device as claimed in claim 8, it is characterised in that described film micro area set up unit specifically for:

10. device as claimed in claim 8, it is characterised in that the first processing unit specifically for: described telephone traffic split ratio includes the first telephone traffic split ratio, the second telephone traffic split ratio, the 3rd telephone traffic split ratio, wherein:

11. devices as claimed in claim 8, it is characterised in that described 3rd processing unit specifically for:

12. devices as claimed in claim 8, it is characterised in that described first output unit specifically for:

13. devices as claimed in claim 8, it is characterised in that described second output unit specifically for:

14. devices as described in claim 8 to 13 is arbitrary, it is characterised in that described first network is GSM network, described second network is TD-SCDMA network, and described 3rd network is wlan network；