CN101631343A - Method and device for identifying mobile user affiliation region - Google Patents
Method and device for identifying mobile user affiliation region Download PDFInfo
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- CN101631343A CN101631343A CN200810116648A CN200810116648A CN101631343A CN 101631343 A CN101631343 A CN 101631343A CN 200810116648 A CN200810116648 A CN 200810116648A CN 200810116648 A CN200810116648 A CN 200810116648A CN 101631343 A CN101631343 A CN 101631343A
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Abstract
The invention relates to the field of mobile telecommunication, in particular to the technology of identifying a mobile user affiliation region. The invention provides a method and a device for identifying the mobile user affiliation region, which are used for solving the problem of inaccurate identification results in the prior art and improving the accuracy of identifying the mobile user affiliation region. The method comprises the following steps of: acquiring base station cell information of a mobile user in the highest level of identification affiliation region, and dividing the highest level of identification affiliation region into at least one level sub region; acquiring occurrence numbers of the mobile user in sequence when the next level sub region of the current level of identification affiliation region is formed according to the base station cell information from the highest level of identification affiliation region, and determining the next level sub region with maximum occurrence numbers of the mobile user as the next level of identification affiliation region; and taking the determined minimum level of identification affiliation region as the affiliation region of the mobile user.
Description
Technical field
The present invention relates to moving communicating field, relate in particular to a kind of technology of discerning mobile user affiliation region.
Background technology
Accurate identification mobile subscriber's attributed region (also claiming the possession) is that mobile communication carrier raises the professional level and one of key factor of service quality, helps the reasonable disposition Internet resources.Mobile subscriber's characteristic feature is to have mobility, and it may appear at any zone at any time, and this has brought very big obstacle for the accurate identification of mobile user affiliation region.
In the prior art, mainly be the attributed region of selling channel site identification mobile subscriber on a commission basis at place when handling networking, belong to static RM with reference to the mobile subscriber.This scheme is sold the channel site on a commission basis with what mobile subscriber's attributed region was defined as handling place when networking, and actual conditions are really not so, and some mobile subscribers can be chosen in the non-attribution zone and handle networking.As seen, the mobile subscriber handles the uncertainty of selling the channel site on a commission basis at place when networking, and greatly reduces the accuracy of recognition result.
Summary of the invention
The invention provides a kind of method and device of discerning mobile user affiliation region,, improve the accuracy of identification mobile user affiliation region in order to solve the inaccurate problem of recognition result in the prior art.
The invention provides a kind of method of discerning mobile user affiliation region, comprising:
Obtain the base station cell information at mobile subscriber place in highest level identification attributed region, described identification attributed region at the highest level is divided into one-level subregion at least;
From described identification attributed region at the highest level, obtain the occurrence number of mobile subscriber successively according to described base station cell information, determine that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region at each next stage subregion of forming current primary characterization attributed region; And
With the minimum primary characterization attributed region determined attributed region as the mobile subscriber.
The invention provides a kind of device of discerning mobile user affiliation region, comprising:
Acquiring unit: be used to obtain the base station cell information at mobile subscriber place in highest level identification attributed region, described identification attributed region at the highest level is divided into one-level subregion at least;
Determining unit: be used for from described identification attributed region at the highest level, obtain the occurrence number of mobile subscriber successively according to described base station cell information at each next stage subregion of forming current primary characterization attributed region, determine that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region, and the minimum primary characterization attributed region that will determine is as mobile subscriber's attributed region.
The method of identification mobile user affiliation region provided by the invention, base station cell information according to the mobile subscriber place, obtain the occurrence number of mobile subscriber successively at each next stage subregion of forming current primary characterization attributed region, determine next stage identification attributed region, and with the attributed region of minimum primary characterization attributed region as the mobile subscriber.The base station cell information at mobile subscriber place can reflect mobile subscriber's position and situation of change in real time, with the foundation of base station cell information as the identification mobile user affiliation region, the mobility that can adapt to the mobile subscriber, and adopt the mode of determining next stage identification attributed region step by step, improved the accuracy of identification mobile user affiliation region.On the accurate base of recognition of mobile user affiliation region, can further realize mobile subscriber's the flowability and the traffic in each zone monitored, according to provincial characteristics and requirements of mobile subscribers configuration network resource targetedly.
Description of drawings
Fig. 1 is a single-stage subregion splitting scheme schematic diagram in the embodiment of the invention;
Fig. 2 is the recognition methods flow chart that adopts single-stage subregion splitting scheme in the embodiment of the invention one;
Fig. 3 is the recognition methods flow chart that adopts single-stage subregion splitting scheme in the embodiment of the invention two;
Fig. 4 is a multistage subregion splitting scheme schematic diagram in the embodiment of the invention;
Fig. 5 is the recognition methods flow chart that adopts multistage subregion splitting scheme in the embodiment of the invention three;
Fig. 6 is the recognition methods flow chart that adopts multistage subregion splitting scheme in the embodiment of the invention four;
Fig. 7 is the method flow diagram of identification mobile user affiliation region in the embodiment of the invention;
Fig. 8 is the device block diagram of identification mobile user affiliation region in the embodiment of the invention.
Embodiment
The embodiment of the invention provides a kind of method of discerning mobile user affiliation region, in order to improve the accuracy of identification mobile user affiliation region.Base station cell is the minimum indivisible zone of mobile communications network, is by the border circular areas that the base station covered that adopts an omnidirectional antenna, perhaps by a sector region that antenna covered of the base station of adopting a plurality of directional antennas.The base station cell information at mobile subscriber place can reflect mobile subscriber's position and situation of change as reference, can adapt to mobile subscriber's mobility in real time, improves the accuracy of identification attributed region.Base station cell information specifically is meant affiliated MSC (the Mobile Switching Center of this base station cell, mobile switching centre) ID (Identifier, identifier), the LAC in belonging positions district (Location Area Code, location area code) and CI (Cell Identifier, cell identifier).MSC ID, LAC and CI can identify base station cell unique in the mobile communications network.
Introduce the several basic conceptions that the embodiment of the invention relates to.Identification attributed region at the highest level, be meant the maximum region scope of identification mobile user affiliation region, mobile subscriber's attributed region must be discerned within the attributed region at highest level, generally attributed region is discerned as highest level in the overlay area of mobile communications network under the mobile subscriber.Recognition cycle is meant the cycle of identification mobile user affiliation region, because mobile subscriber's mobility makes its attributed region to change, therefore needs periodically identification, so that the mobile subscriber's that upgrades in time attributed region.Recognition cycle can be determined flexibly, for example can determine according to the quantity of mobile subscriber to be identified in the system and the computing capability of system, also can determining at the net duration according to the mobile subscriber.The embodiment of the invention provides a kind of and determines the scheme of recognition cycle according to the mobile subscriber at the net duration, if the mobile subscriber at the net duration above 1 year, then Dui Ying recognition cycle is 1 year, if the mobile subscriber at the net duration less than 1 year, then Dui Ying recognition cycle is 3 months.Adopt the effective recognition cycle, can realize the continuous identification of mobile user affiliation region, thereby make the business support field that accurately is identified in of mobile user affiliation region possess feasibility and accuracy.The statistics phase is meant the time period of the base station cell information of obtaining the mobile subscriber place, according to mobile subscriber's consumption feature and system hardware environment set; Can certainly not set the statistics phase, the base station cell information at mobile subscriber place is obtained in random sampling, makes recognition result more accurate.For example, need the annual identification of a mobile user affiliation region of carrying out, be that recognition cycle is 1 year, can set the statistics phase according to mobile subscriber's consumption feature and system hardware environment is May, obtain all base station cell information at mobile subscriber place in May, also can not set the statistics phase, the base station cell information at mobile subscriber place is obtained in random sampling, for example obtains once every day.
The base station cell information at mobile subscriber place can have multiple obtain manner, for example can obtain from mobile subscriber's conversation ticket, and for the ease of distinguishing, the base station cell information that will obtain from mobile subscriber's conversation ticket is called the first base station cell information.Provide the MSC (Mobile Swiching Center, mobile switching centre) of session services to go up record mobile subscriber's conversation ticket; After the each end of conversation of mobile subscriber, can obtain the conversation ticket, thereby obtain the first base station cell information from the MSC that session services is provided.Base station cell information can also be obtained from mobile subscriber's visiting location information, and for the ease of distinguishing, the base station cell information that will obtain from mobile subscriber's visiting location information is called the second base station cell information.After the mobile subscriber starts shooting at every turn or the position upgrades, will write down mobile subscriber's visiting location information on the VLR (Visitor Location Register, VLR Visitor Location Register); After each start of mobile subscriber and/or position renewal, can obtain visiting location information, thereby obtain the second base station cell information from VLR.
The recognition methods of the mobile user affiliation region that the embodiment of the invention provides is discerned highest level attributed region (for example overlay area of mobile communications network) in advance and is divided into subregion.At first introduce single-stage subregion splitting scheme, be about to identification attributed region at the highest level and be divided into plurality of sub-regions, each subregion is made up of several base station cells, as shown in Figure 1.Introduce the method that adopts single-stage subregion splitting scheme identification mobile user affiliation region in detail with specific embodiment, purpose is the unique subregion that identifies as mobile user affiliation region.
Embodiment one
In the present embodiment, adopt single-stage subregion splitting scheme, base station cell information is that example describes with the first base station cell information of obtaining from the conversation ticket, and the method for identification mobile user affiliation region as shown in Figure 2, comprising:
After S201, the each end of conversation of mobile subscriber, obtain mobile subscriber's conversation ticket from the MSC that session services is provided, and from the conversation ticket, obtain the first base station cell information;
All first base station cell information that S202, basis get access to obtain the occurrence number of mobile subscriber at all subregion of forming identification attributed region at the highest level;
S203, judge whether the maximum subregion of mobile subscriber's occurrence number is unique, if, then carry out S204, if not, then carry out S205;
S204, determine that the maximum subregion of mobile subscriber's occurrence number is mobile subscriber's attributed region;
S205, determine the attributed region of the last subregion that occurs of mobile subscriber at least two maximum sub regions of mobile subscriber's occurrence number for the mobile subscriber.
Illustrate, suppose that highest level is discerned attributed region is divided into four sub regions, be respectively subregion A, B, C and D, go out the mobile subscriber according to all first base station cell Information Statistics that get access to and be respectively N1, N2, N3 and N4 in the occurrence number of subregion A, B and C, if N2＞N3＞N1＞N4, be that the maximum subregion of mobile subscriber's occurrence number is subregion B, determine that then subregion B is mobile subscriber's a attributed region;
If N1=N2=N3 and N1＞N4, be that subregion A, subregion B and subregion C are the maximum subregion of mobile subscriber's occurrence number, and in subregion A, subregion B and subregion C, the mobile subscriber appears at subregion B for the last time, determines that then subregion B is mobile subscriber's a attributed region.
Embodiment two
In the present embodiment, adopt single-stage subregion splitting scheme, base station cell information is that example describes with first base station cell information of obtaining from the conversation ticket and the second base station cell information of obtaining from visiting location information, the method for identification mobile user affiliation region, as shown in Figure 3, comprising:
After S301, the each end of conversation of mobile subscriber, obtain mobile subscriber's conversation ticket from the MSC that session services is provided, and from the conversation ticket, obtain the first base station cell information, after after mobile subscriber's start or position is upgraded or after start and the position renewal, obtain mobile subscriber's visiting location information from VLR, and from visiting location information, obtain the second base station cell information;
All first base station cell information that S302, basis get access to obtain the occurrence number of mobile subscriber at all subregion of forming identification attributed region at the highest level;
S303, judge whether the maximum subregion of mobile subscriber's occurrence number is unique, if, then carry out S304, if not, then carry out S305;
S304, determine that the maximum subregion of mobile subscriber's occurrence number is mobile subscriber's attributed region;
All second base station cell information that S305, basis get access to obtain the additional occurrence number of mobile subscriber at least two maximum sub regions of occurrence number;
S306, judge whether the maximum subregion of the additional occurrence number of mobile subscriber is unique, if, then carry out S307, if not, then carry out S308;
S307, determine the attributed region of the maximum subregion of the additional occurrence number of mobile subscriber for the mobile subscriber;
S308, determine that the last subregion that occurs of mobile subscriber is mobile subscriber's attributed region at least two maximum sub regions of the additional occurrence number of mobile subscriber.
Illustrate, suppose that highest level is discerned attributed region is divided into four sub regions, be respectively subregion A, B, C and D, go out the mobile subscriber according to all first base station cell Information Statistics that get access to and be respectively N1, N2, N3 and N4 in the occurrence number of subregion A, B, C and D, if N2＞N3＞N1＞N4, be that the maximum subregion of mobile subscriber's occurrence number is subregion B, determine that then subregion B is mobile subscriber's a attributed region;
If N1=N2=N3 and N1＞N4, be that subregion A, subregion B and subregion C are the maximum subregion of mobile subscriber's occurrence number, then further go out the mobile subscriber and be respectively M1, M2 and M3 in the additional occurrence number of subregion A, B and C according to all second base station cell Information Statistics that get access to; The additional maximum subregion of occurrence number is subregion B if M2＞M3＞M1 is the mobile subscriber, determines that then subregion B is mobile subscriber's a attributed region; If M1=M2 and M1＞M3, be that subregion A and subregion B are the additional maximum subregion of occurrence number of mobile subscriber, and in subregion A and subregion B, the mobile subscriber appears at subregion B for the last time, determines that then subregion B is mobile subscriber's a attributed region.
Adopt single-stage subregion splitting scheme, base station cell information according to the mobile subscriber place, obtain the occurrence number of mobile subscriber, determine the attributed region of the maximum subregion of mobile subscriber's occurrence number for the mobile subscriber at all subregion of forming identification attributed region at the highest level.The base station cell information at mobile subscriber place can reflect mobile subscriber's position and situation of change in real time, with the foundation of base station cell information as the identification mobile user affiliation region, the mobility that can adapt to the mobile subscriber has realized the accurate identification of mobile user affiliation region simply, efficiently.
Then introduce multistage subregion splitting scheme, be about to identification attributed region at the highest level and be divided into N level subregion (N 〉=2), identification attributed region at the highest level is made up of several first order subregions, each first order subregion is made up of several second level subregions ... each N-1 level subregion is made up of several N level subregions, each N level subregion is made up of several base station cells, as shown in Figure 4.Introduce the method that adopts multistage subregion splitting scheme identification mobile user affiliation region in detail with specific embodiment, purpose is the unique N level subregion that identifies as mobile user affiliation region.
Embodiment three
In the present embodiment, adopt multistage subregion splitting scheme, base station cell information is that example describes with the first base station cell information of obtaining from the conversation ticket, and the method for identification mobile user affiliation region as shown in Figure 5, comprising:
After S501, the each end of conversation of mobile subscriber, obtain mobile subscriber's conversation ticket from the MSC that session services is provided, and from the conversation ticket, obtain the first base station cell information;
All first base station cell information that S502, basis get access to obtain the occurrence number of mobile subscriber at each next stage subregion of forming current primary characterization attributed region;
S503, judge whether the maximum next stage subregion of mobile subscriber's occurrence number is unique, if, then carry out S504, if not, then carry out S505;
S504, determine that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region, continues to carry out S506;
S505, determine that the last next stage subregion that occurs of mobile subscriber is a next stage identification attributed region in the maximum next stage subregion of at least two mobile subscriber's occurrence numbers;
Whether this next stage identification attributed region that S506, judgement are determined reaches minimum one-level, if then carry out S507, if not, then returns and carries out S502;
As seen, S502～S506 is the circulation implementation, at first obtain the occurrence number of mobile subscriber at each next stage subregion (first order subregion) of forming identification attributed region at the highest level, determine next stage identification attributed region, can be called second advanced identification attributed region (being actually some first order subregions); Obtain the occurrence number of mobile subscriber then at each next stage subregion (second level subregion) of forming second advanced identification attributed region, determine next stage identification attributed region (being actually some second level subregion), and the like, can determine each level identification attributed region step by step, until determining minimum primary characterization attributed region (being actually some N level subregions);
S507, the minimum primary characterization attributed region that will determine are as mobile subscriber's attributed region.
Illustrate, suppose that highest level is discerned attributed region is divided into three grades of subregions, and identification attributed region at the highest level is made up of two first order subregion A and B; First order subregion A is made up of two second level subregion A1 and A2, and first order subregion B is made up of two second level subregion B1 and B2; Second level subregion A1 is made up of two third level subregion A11 and A12, second level subregion A2 is made up of two third level subregion A21 and A22, second level subregion B1 is made up of two third level subregion B11 and B12, and second level subregion B2 is made up of two third level subregion B21 and B22; Each third level zone is made up of several base station cells.When discerning mobile subscriber's attributed region, at first according to the occurrence number of the first base station cell Information Statistics mobile subscriber at each next stage subregion (being A and B) of forming current primary characterization attributed region (identification attributed region promptly at the highest level), determine next stage identification attributed region, be assumed to be A; According to the occurrence number of the first base station cell Information Statistics mobile subscriber, determine next stage identification attributed region then, be assumed to be A2 at each next stage subregion (being A1 and A2) of forming current primary characterization attributed region (being A); Then according to the occurrence number of the first base station cell Information Statistics mobile subscriber at each next stage subregion (being A21 and A22) of forming current primary characterization attributed region (being A2), determine next stage identification attributed region, be assumed to be A22, this moment, A22 also was minimum primary characterization attributed region; Because reached the minimum one-level of identification attributed region, the minimum primary characterization attributed region A22 that then will determine is as mobile subscriber's attributed region.
Embodiment four
In the present embodiment, adopt multistage subregion splitting scheme, base station cell information is that example describes with first base station cell information of obtaining from the conversation ticket and the second base station cell information of obtaining from visiting location information, the method for identification mobile user affiliation region, as shown in Figure 6, comprising:
After S601, the each end of conversation of mobile subscriber, obtain mobile subscriber's conversation ticket from the MSC that session services is provided, and from the conversation ticket, obtain the first base station cell information, after after mobile subscriber's start or position is upgraded or after start and the position renewal, obtain mobile subscriber's visiting location information from VLR, and from visiting location information, obtain the second base station cell information;
All first base station cell information that S602, basis get access to obtain the occurrence number of mobile subscriber at each next stage subregion of forming current primary characterization attributed region;
S603, judge whether the maximum next stage subregion of mobile subscriber's occurrence number is unique, if, then carry out S604, if not, then carry out S605;
S604, determine that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region, continues to carry out S609;
All second base station cell information that S605, basis get access to obtain the additional occurrence number of mobile subscriber at least two maximum next stage subregions of occurrence number;
S606, judge whether the maximum next stage subregion of the additional occurrence number of mobile subscriber is unique, if, then carry out S607, if not, then carry out S608;
S607, determine that the additional maximum next stage subregion of occurrence number of mobile subscriber is a next stage identification attributed region, continues to carry out S609;
The next stage subregion that S608, definite at least two mobile subscribers add the last appearance of mobile subscriber in the maximum next stage subregion of occurrence number is a next stage identification attributed region;
Whether this next stage identification attributed region that S609, judgement are determined reaches minimum one-level, if then carry out S610, if not, then returns and carries out S602;
As seen, S602～S609 is the circulation implementation, at first obtain the occurrence number of mobile subscriber at each next stage subregion (first order subregion) of forming identification attributed region at the highest level, determine next stage identification attributed region, can be called second advanced identification attributed region (being actually some first order subregions); Obtain the occurrence number of mobile subscriber then at each next stage subregion (second level subregion) of forming second advanced identification attributed region, determine next stage identification attributed region (being actually some second level subregion), and the like, can determine each level identification attributed region step by step, until determining minimum primary characterization attributed region (being actually some N level subregions);
S610, the minimum primary characterization attributed region that will determine are as mobile subscriber's attributed region.
Adopt multistage subregion splitting scheme, all base station cell information according to the mobile subscriber place, obtain the occurrence number of mobile subscriber successively at each next stage subregion of forming current primary characterization attributed region, determine next stage identification attributed region, and afterbody is discerned the attributed region of attributed region as the mobile subscriber.The base station cell information at mobile subscriber place can reflect mobile subscriber's position and situation of change in real time, with the foundation of base station cell information as the identification mobile user affiliation region, the mobility that can adapt to the mobile subscriber, and adopt definite step by step next stage to discern the method for attributed region, dwindle identification range step by step, successfully manage the sudden and contingency of mobile subscriber position and variation, improved the accuracy of mobile user affiliation region identification.
In the embodiment of the invention, identification attributed region at the highest level is generally the overlay area (the whole country) of mobile communications network, the overlay area of carrying out according to base station cell is divided should make every effort to consistent with administrative division, attributed region that like this can the more intuitive understanding mobile subscriber.Generally speaking, subregions at different levels are corresponding step by step with province/municipality directly under the Central Government, city/district, county, township, village/community successively from top to bottom.
To sum up, the embodiment of the invention provides a kind of method of discerning mobile user affiliation region, as shown in Figure 7, comprising:
S701, obtain the base station cell information at mobile subscriber place in highest level identification attributed region, identification attributed region wherein at the highest level is divided into one-level subregion at least, and identification attributed region at the highest level is generally the overlay area of mobile communications network;
S702, from highest level identification attributed region, obtain the occurrence number of mobile subscriber successively according to base station cell information, determine that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region at each next stage subregion of forming current primary characterization attributed region;
S703, the minimum primary characterization attributed region that will determine are as mobile subscriber's attributed region.
Corresponding, the embodiment of the invention provides a kind of device of discerning mobile user affiliation region, as shown in Figure 8, comprising:
Acquiring unit 81: be used to obtain the base station cell information at mobile subscriber place in highest level identification attributed region, identification attributed region wherein at the highest level is divided into one-level subregion at least;
Determining unit 82: be used for from highest level identification attributed region, obtain the occurrence number of mobile subscriber successively according to base station cell information at each next stage subregion of forming current primary characterization attributed region, determine that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region, and the minimum primary characterization attributed region that will determine is as mobile subscriber's attributed region.
Determining unit 82 also is used for determining that the last next stage subregion that occurs of mobile subscriber is a next stage identification attributed region at least two next stage subregions when the maximum next stage subregion of at least two mobile subscriber's occurrence numbers occurring.
Wherein a kind of of determining unit 82 may structure comprise statistics subelement 821, determine subelement 822 and loop control subelement 823, wherein:
Statistics subelement 821: be used for obtaining the occurrence number of mobile subscriber successively at each next stage subregion of forming current primary characterization attributed region from highest level identification attributed region;
Determine subelement 822: be used for determining that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region, the next stage identification attributed region of determining is returned to statistics subelement 821, and the minimum primary characterization attributed region that will determine is as mobile subscriber's attributed region;
Loop control subelement 823: be used to discern the progression of the next stage identification attributed region of determining that subelement 822 is determined, and when progression reached minimum one-level, control determined that subelement 822 quits work.
The scheme that the embodiment of the invention provides has improved the accuracy of identification mobile user affiliation region, has overcome because the attributed region that mobile subscriber's mobility is brought is difficult to determine and the inaccurate problem of recognition result; This scheme is easy to realize having generality in the business support field of mobile communications network; According to mobile subscriber's consumption feature and system hardware environment, set the statistics phase, can reduce statistic, save the cost input.On the accurate base of recognition of mobile user affiliation region, can be according to geomorphic features such as city, Plain, mountain regions, distribute in conjunction with city and people in the countryside, science, planning network service area reasonably, with reference to indexs such as the closeness of mobile subscriber in each service area, the traffic, ARPU, optimize the Internet resources configuration, improve the access performance of mobile subscriber, particularly VIP (Very Important Person) mobile subscriber in the service area.On this basis, can further realize multi-level service area refinement, use professional consumption feature and potential demand such as voice, note, multimedia message, WiMAX, throw in Internet resources targetedly according to the mobile subscriber.This scheme also can be applicable to the identification and the management of all personnel based on mobile communications network such as social statistics, mobile personnel's management, goods and materials.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.
Claims (10)
1, a kind of method of discerning mobile user affiliation region is characterized in that, comprising:
Obtain the base station cell information at mobile subscriber place in highest level identification attributed region, described identification attributed region at the highest level is divided into one-level subregion at least;
From described identification attributed region at the highest level, obtain the occurrence number of mobile subscriber successively according to described base station cell information, determine that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region at each next stage subregion of forming current primary characterization attributed region; And
With the minimum primary characterization attributed region determined attributed region as the mobile subscriber.
2, the method for claim 1 is characterized in that, also comprises:
When the maximum next stage subregion of at least two mobile subscriber's occurrence numbers occurring, determine that the last next stage subregion that occurs of mobile subscriber is a next stage identification attributed region in described at least two next stage subregions.
3, the method for claim 1, it is characterized in that, described base station cell information comprises the first base station cell information of obtaining from mobile subscriber's conversation ticket, described mobile subscriber's conversation ticket obtains from the mobile switching centre that session services is provided after the each end of conversation of mobile subscriber.
4, method as claimed in claim 3, it is characterized in that, described base station cell information also comprises the second base station cell information of obtaining from mobile subscriber's visiting location information, described mobile subscriber's visiting location information obtains from VLR Visitor Location Register after each start of mobile subscriber and/or position renewal.
5, method as claimed in claim 4 is characterized in that, if according to the described first base station cell information, obtains at least two next stage subregions that mobile subscriber's occurrence number is maximum to occur, and then described method further comprises:
According to the described second base station cell information, obtain the additional occurrence number of mobile subscriber at described at least two next stage subregions;
Determine that the additional maximum next stage subregion of occurrence number of mobile subscriber is a next stage identification attributed region.
6, method as claimed in claim 5 is characterized in that, also comprises:
When the maximum next stage subregion of the additional occurrence number of at least two mobile subscribers occurring, determine that the last next stage subregion that occurs of mobile subscriber is a next stage identification attributed region in the maximum next stage subregion of the additional occurrence number of described at least two mobile subscribers.
7, the method for claim 1 is characterized in that, described identification attributed region at the highest level is the overlay area of mobile communications network.
8, as the arbitrary described method of claim 1 to 7, it is characterized in that, according to mobile subscriber's cycle at the definite identification of net duration mobile user affiliation region.
9, a kind of device of discerning mobile user affiliation region is characterized in that, comprising:
Acquiring unit: be used to obtain the base station cell information at mobile subscriber place in highest level identification attributed region, described identification attributed region at the highest level is divided into one-level subregion at least;
Determining unit: be used for from described identification attributed region at the highest level, obtain the occurrence number of mobile subscriber successively according to described base station cell information at each next stage subregion of forming current primary characterization attributed region, determine that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region, and the minimum primary characterization attributed region that will determine is as mobile subscriber's attributed region.
10, device as claimed in claim 9 is characterized in that, described determining unit comprises and obtain subelement, determine subelement and loop control subelement, wherein:
Described acquisition subelement is used for obtaining the occurrence number of mobile subscriber at each next stage subregion of forming current primary characterization attributed region successively from described identification attributed region at the highest level;
Described definite subelement is used for determining that the maximum next stage subregion of mobile subscriber's occurrence number is a next stage identification attributed region, the next stage identification attributed region of determining is returned to described acquisition subelement, and the minimum primary characterization attributed region that will determine is as mobile subscriber's attributed region;
Described loop control subelement is used to discern the progression of the next stage identification attributed region that described definite subelement determines, and when described progression reaches minimum one-level, controls described definite subelement and quit work.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102469436A (en) * | 2010-11-15 | 2012-05-23 | 中国移动通信集团山东有限公司 | Method and device for determining affiliation area of user |
| CN108632905A (en) * | 2018-05-15 | 2018-10-09 | 中国联合网络通信集团有限公司 | Development method, device, terminal and the computer readable storage medium of broadband user |
| CN110035388A (en) * | 2019-03-21 | 2019-07-19 | 平安科技（深圳）有限公司 | Determine method, computer readable storage medium and the terminal device of user area |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100411481C (en) * | 2005-07-08 | 2008-08-13 | 华为技术有限公司 | Method and device for realizing radio local loop user roaming limit |
| CN101094525B (en) * | 2007-07-26 | 2010-06-02 | 华为技术有限公司 | Method and device for generating user's attribute information |
-
2008
- 2008-07-14 CN CN200810116648XA patent/CN101631343B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102469436A (en) * | 2010-11-15 | 2012-05-23 | 中国移动通信集团山东有限公司 | Method and device for determining affiliation area of user |
| CN108632905A (en) * | 2018-05-15 | 2018-10-09 | 中国联合网络通信集团有限公司 | Development method, device, terminal and the computer readable storage medium of broadband user |
| CN108632905B (en) * | 2018-05-15 | 2021-09-07 | 中国联合网络通信集团有限公司 | Development method, device, terminal and computer readable storage medium for broadband user |
| CN110035388A (en) * | 2019-03-21 | 2019-07-19 | 平安科技（深圳）有限公司 | Determine method, computer readable storage medium and the terminal device of user area |
| CN110035388B (en) * | 2019-03-21 | 2022-12-16 | 平安科技（深圳）有限公司 | Method for determining user area, computer readable storage medium and terminal device |
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| CN101631343B (en) | 2012-07-04 |
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