CN103188694B - A kind of method and system promoting WLAN shunt effect and planning accuracy rate - Google Patents
A kind of method and system promoting WLAN shunt effect and planning accuracy rate Download PDFInfo
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Abstract
A kind of method promoting WLAN shunt effect and planning accuracy rate of the present invention, including according to network data information and in conjunction with electronic chart, progressively determining the to be shunted and applicable deployment community of WLAN, building region and recommend building region；Recommending building region that network data acquisition device is set, and the data obtained according to described network data acquisition device are being verified further, confirmed that WLAN finally disposes building region。The system promoting WLAN shunt effect and planning accuracy rate includes network data acquisition unit, the network management unit of mobile communications network, data service ticket unit and centralized control unit。The technical program can anticipation user distribution be intensive, user accesses the region that hot terminal is many, Wide Flow demand is bigger, thus promoting WLAN networking to dispose the planning accuracy rate on ground, meeting user's needs and realizing effectively tapping cellular network。
Description
Technical field
The present invention relates to communication technical field, especially for the method and system that WLAN (WirelessLocalAreaNetworks, WLAN) is disposed。
Background technology
Domestic each operation commercial city builds wlan network energetically, and its main purpose is the data service flow in order to tap cellular network (such as GSM/TD-SCDMA/LTE)。
Dispose wireless network and first want that anticipation user distribution is intensive, user accesses the region that hot terminal is many, Wide Flow demand is bigger。Find these regions to dispose, could realize effective shunting of cellular network data service traffics, and save cost, at utmost utilize newly deployed wireless network。Existing deployment techniques scheme has two kinds:
WLAN hot spot is built under scheme 1, community to be shunted in cellular networks；
Community to be shunted from cellular network (the usually outdoor macro cell), under these communities, find existing room subsystem maybe can build building, then wlan network is closed road in the subsystem of room, or in building newly-built wlan network；
Scheme 2, it is associated existing wlan network and cellular network analyzing, it is thus achieved that experience is also promoted；
Owing to wlan network and the covering pattern of cellular network, network structure gap are excessive, therefore, manual type can only be adopted at present, by EXCEL data form, WLAN hot spot and the cellular network cell covering this building building are associated。Then, analyze the WLAN flow of the typical WLAN hot spot of success or failure, number of users and cellular network flow, utilization rate, type of service etc. simultaneously, thus obtaining WLAN to plan the experience of success or failure, and it is generalized under other cellular network cell to be shunted, thus completing WLAN hot spot planning。
The shortcoming of scheme 1 is that planning accuracy rate is not high。Owing to only considered community to be shunted, it does not have considering whether have WLAN terminal in newly-built building, whether these WLAN terminal have data traffic requirement, and whether these building meet WLAN user behavior, if having the series of factors such as rival。
The shortcoming of scheme 2 is that workload is huge and accuracy rate is general。Although, scheme 2 is summarized the experience according to the WLAN hot spot of existing success or failure, but in the process that experience is transplanted, the suitability of experience cannot be weighed, namely also without considering the series of factors such as the terminal support of newly-built focus, business demand, user behavior, causing that planning accuracy rate is general, shunting effect is poor。
Summary of the invention
In view of this, the present invention provides a kind of wireless network deployment method and system, can anticipation user distribution be intensive, user accesses the region that hot terminal is many, Wide Flow demand is bigger, thus promoting WLAN networking to dispose the planning accuracy rate on ground, meeting user's needs and realizing the effective shunting to cellular network。
For solving above-mentioned technical problem, the technical scheme is that and be achieved in that:
A kind of method promoting WLAN shunt effect and planning accuracy rate, including:
According to network data information, and in conjunction with electronic chart, progressively determine the to be shunted and applicable deployment community of WLAN, building region and recommend building region；Recommending building region that network data acquisition device is set, and the data obtained according to described network data acquisition device are being verified further, confirmed that WLAN finally disposes building region。
A kind of system promoting WLAN shunt effect and planning accuracy rate, including:
Network data acquisition unit, the network management unit of mobile communications network, data service ticket unit and centralized control unit:
The network management unit of described mobile communications network, is connected with centralized control unit, it is provided that network foundation data；
Described data service ticket unit, is connected with centralized control unit, it is provided that business call bill data；
Described network data acquisition unit, including by the network data acquisition probe of some distributed deployments, described network data acquisition probe is connected with centralized control unit, and described probe works for the Preliminary Analysis gathering data, storage data and data, and by data back to centralized control unit；
Described centralized control unit, including server, described server includes electronic chart unit, and described server is according to network foundation data, business call bill data, and determines the to be shunted and applicable deployment community of WLAN, building region in conjunction with electronic chart unit and recommend building region；Described centralized control unit determines final deployment building region according to the data that described network data acquisition probe returns。
The present invention is a kind of method and system promoting WLAN shunt effect and planning accuracy rate, this overall evaluation of a technical project user data service demand, terminal support, WLAN user use habit, by cellular network outdoor macro cell segmented positioning to be shunted to building region to be shunted, and by recommending building regional deployment network data acquisition device, further checking, confirming that WLAN finally disposes building region, General Promotion WLAN plans accuracy rate and shunting effect。
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present application or technical scheme of the prior art, the accompanying drawing used required in embodiment will be briefly described below, apparently, the accompanying drawing that the following describes is only some embodiments recorded in the present invention, for those of ordinary skill in the art, it is also possible to obtain other accompanying drawing according to these accompanying drawings。
Fig. 1 be the present invention promote WLAN shunt effect and planning accuracy rate the flow chart of method；
Fig. 2 is the flow chart that present invention determine that and recommend building region method step；
Fig. 3 is the structural representation that the present invention promotes the system of WLAN shunt effect and planning accuracy rate。
Detailed description of the invention
In order to make those skilled in the art be more fully understood that the scheme of the embodiment of the present invention, below in conjunction with drawings and embodiments, the embodiment of the present invention is described in further detail。
Fig. 1 is the flow chart of a kind of method promoting WLAN shunt effect and planning accuracy rate, including:
Step 101, according to network data information, and in conjunction with electronic chart, progressively determines the to be shunted and applicable deployment community of WLAN, building region and recommends building region；
Step 102, is recommending building region to arrange network data acquisition device, and the data obtained according to described network data acquisition device is being verified further, confirmed that WLAN finally disposes building region。
Wherein, step 101 is progressively determined the to be shunted and applicable deployment community of WLAN, building region and recommends building region to include:
Step 1011, it is determined that the to be shunted and applicable community disposing WLAN, this step, by comprehensive analyzing network data information, obtains including business call bill data, network foundation data, WLAN data。
The concrete LAC(LocationAreaCode in analysis business call bill data), CI(CellIdentity), IMEI (InternationalMobileEquipmentIdentity), flow indicator, terminal flow；Analyze the community Chinese name in network (GSM, TDS-CDMA, WCDMA, CDMA2000, LTE) basic data, LAC(LocationAreaCode), CI(CellIdentity), IMEI (InternationalMobileEquipmentIdentity), utilization rate, terminal flow；Analyze the IMEI in WLAN data, focus latitude and longitude information；So that it is determined that terminal flow and latitude and longitude information, and comprehensive descision cell flow load, it is determined that the to be shunted and applicable cell list disposing WLAN。
Step 1012, determines the building region being suitable for deployment in conjunction with electronic chart。
Utilize 5m3D electronic map data, step 1011 analyzing network data information is obtained the position in cellular network cell, flow information positions on high definition electronic chart, and the data traffic in formation community renders figure on map, the different colours that described data traffic renders in figure is corresponding with different flow interval, represent that data service flow is from many to few from red to indigo plant, and select the map area building region as applicable deployment of more than a certain interval flow；Last rejecting in map does not recommend to build scene, does not recommend to build scene and includes intensive residential quarters and old one-storey house。
Step 1013, further determines that recommendation building region according to the building region that step step 1012 obtains。
According to wlan network, with single AP daily average water discharge for threshold values, WLAN hot spot scene in existing building zone list is divided into several grade, and divide into recommendation construction scene by little and do not recommend to build scene according to this, described recommendation scene includes school, office building, office building, hotel, recreation center, get rid of and do not recommend to build scene, thus obtaining recommending building region。
The data that in step 102, network data acquisition device gathers in recommendation building region include number of terminals, user's service condition, existing wlan network SSID, business service condition。
The data obtained according to described network data acquisition device in step 102 further confirm that WLAN finally disposes building region step and includes: with average daily user's active searching network total degree, average daily user's active searching network total number of persons, average daily user actively adheres to AP total degree, average daily user actively adheres to the index threshold values such as AP total number of persons, distinguish building region and obtain final deployment building region。
Fig. 3 is the structural representation of a kind of system promoting WLAN shunt effect and planning accuracy rate, and system includes network data acquisition unit 202, the network management unit 203 of mobile communications network, data service ticket unit 204 and centralized control unit 201。
The network management unit 203 of mobile communications network, is connected with centralized control unit 201, is responsible for providing network foundation data；
Data service ticket unit 204, is connected with centralized control unit 201, is responsible for offer business call bill data；
Centralized control unit 201, including server, this server includes electronic chart unit, and described server is according to network foundation data, business call bill data, and progressively determines the to be shunted and applicable deployment community of WLAN, building region in conjunction with electronic chart unit and recommend building region。
Network data acquisition unit 202, network data acquisition probe 205 including some distributed deployments, data between network data acquisition probe and centralized control unit are transmitted being connected by GRPS/WLAN wireless network, this probe works for the Preliminary Analysis gathering data, storage data and data, and by data back to centralized control unit。
And network data acquisition probe 205 is deployed in server predetermined recommendation building region, the number of terminals in building region, user's service condition, the existing information such as wlan network SSID, business service condition are recommended in this probe 24 hours detection, and by the data feedback that collects to service platform。The data that centralized control unit 201 returns according to this network data acquisition probe, with average daily user's active searching network total degree, average daily user's active searching network total number of persons, average daily user actively adheres to AP total degree, average daily user actively adheres to the index threshold values such as AP total number of persons, the construction being clearly deployed with network data acquisition probe building region is worth, thus completing the WLAN hot spot planning that accuracy rate is high and shunting effect is good, final system output is final disposes building region。
Centralized control unit also includes the display being connected with server, to be shunted and the applicable deployment cell list of WLAN, building zone list that this server generates and recommend building zone list, final building zone list of disposing all to be shown by display, thus reaching visualized operation。
Native system takes the distributed system composition proposal that centralized control unit combines with probe device, centralized control unit Automatic sieve is utilized to select recommendation building region, in these building region, lay probe device again carry out data acquisition, centralized control unit according to probe collection to data determine and final dispose building region。
Expected Results according to the present invention, it may be achieved following technological merit:
1) comparing traditional WLAN hot spot planing method, the present invention can gather magnanimity basic data, it is possible to intuitively, position to building/region to be shunted comprehensively, exactly by cellular network outdoor macro cell to be shunted。
2) comparing traditional WLAN hot spot planing method, this algorithm can be greatly improved WLAN planning efficiency and accuracy rate, reduces staff's requirement in technical ability simultaneously。
3) comparing traditional WLAN hot spot planing method, do not need personnel's post in this motion implementation process, data can remotely return, and can shorten planning horizon。
4) the method has general applicability, it is possible not only to apply in WLAN shunt field, it is equally applicable to the multi-network cooperative data service shunting field of various network formats (GSM, TD-SCDMA, WCDMA, CDMA2000, LTE etc.), for instance GSM is tapped by TD-SCDMA, LTE is to GSM shunting etc.。
Claims (3)
1. the method promoting WLAN shunt effect and planning accuracy rate, it is characterised in that described method includes:
Step 1: according to network data information, and in conjunction with electronic chart, progressively determine the to be shunted and applicable deployment community of WLAN, building region and recommend building region；
Wherein, described network data information includes business call bill data, network foundation data, WLAN data, by the Location Area Code LocationAreaCode (LAC) in analysis business call bill data, cell global identity CellIdentity (CI), mobile equipment world identification code InternationalMobileEquipmentIdentity (IMEI), flow indicator, terminal flow；By the community Chinese name in analysis network foundation data, Location Area Code LocationAreaCode, cell global identity CellIdentity, mobile equipment world identification code InternationalMobileEquipmentIdentity, utilization rate, terminal flow；By the IMEI in analysis WLAN data, focus latitude and longitude information；Determine terminal flow and latitude and longitude information comprehensive descision cell flow load, it is determined that the to be shunted and applicable community disposing WLAN；
Determine that the building region step being suitable for deployment includes then in conjunction with electronic chart: the position, the flow information that described network data information are comprised position on electronic chart；The data traffic formed in community on the map renders figure, the different colours that described data traffic renders in figure is corresponding with different flow interval, represent that data service flow is from many to few from red to indigo plant, and select the map area building region as applicable deployment of more than a certain interval flow, data on flows is according to wlan network, with single wireless access points WirelessAccessPoint (AP) daily average water discharge for threshold values, WLAN hot spot scene in existing building zone list is classified, and divide into recommendation construction scene by little and do not recommend to build scene according to this, described recommendation scene includes school, office building, office building, hotel, recreation center, get rid of and do not recommend to build scene, do not recommend to build scene and include intensive residential quarters and old one-storey house, thus obtaining recommending building region；
Step 2: recommending building region that network data acquisition device is set, and the data obtained according to described network data acquisition device are verified further, confirmed that WLAN finally disposes building region。
2. method according to claim 1, it is characterized in that, the data that described network data acquisition device gathers in recommendation building region include number of terminals, user's service condition, existing wlan network SSID (ServiceSetIdentifier, service set), business service condition。
3. method according to claim 2, it is characterised in that the described data obtained according to described network data acquisition device further confirm that WLAN finally disposes building region step and includes:
With average daily user's active searching network total degree, average daily user's active searching network total number of persons, average daily user actively adheres to AP total degree, average daily user actively adheres to AP total number of persons index threshold values and distinguishes building region, and obtains final deployment building region。
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| CN104581842A (en) * | 2013-10-28 | 2015-04-29 | 中国电信股份有限公司 | Method and system for establishing association relationship between WiFi hot spot and CDMA cell |
| CN106817706A (en) * | 2015-11-27 | 2017-06-09 | 中国移动通信集团安徽有限公司 | A kind of indoor distribution planning method and device of multisystem fusion |
| JP7128768B2 (en) * | 2019-03-27 | 2022-08-31 | 本田技研工業株式会社 | Communication device, program, communication system, and communication method |
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| CN102056180A (en) * | 2009-10-27 | 2011-05-11 | 华为技术有限公司 | Method and system for acquiring deployment scheme of wireless local area network (WLAN) access point (AP) |
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| CN102056180A (en) * | 2009-10-27 | 2011-05-11 | 华为技术有限公司 | Method and system for acquiring deployment scheme of wireless local area network (WLAN) access point (AP) |
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| 基于地理信息系统的WLAN 规划方法;徐培财，赵欣;《通信管理与技术》;20121231;第13页至第15页 * |
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