CN102065443A - Method and device for dividing channel region - Google Patents
Method and device for dividing channel region Download PDFInfo
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- CN102065443A CN102065443A CN2010105646642A CN201010564664A CN102065443A CN 102065443 A CN102065443 A CN 102065443A CN 2010105646642 A CN2010105646642 A CN 2010105646642A CN 201010564664 A CN201010564664 A CN 201010564664A CN 102065443 A CN102065443 A CN 102065443A
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Abstract
The invention discloses a method for dividing a channel region, which takes a base station as a unit and effective user number and coverage area as the region division standard and comprises the following steps of: firstly calculating the effective use number and the coverage area of the base station in the region to be divided according to cell data; calculating the sum of effective user number and coverage area of another base station adjacent to the base station as the center; and dividing the base station and the adjacent base station into one area if the sum is larger than the preset threshold. The effective user number and the coverage area of the region divided by the method have exact numerical value, the effective user number and the coverage area of each region are above the preset value, and the difference therebetween is smaller. The invention further discloses a device for dividing the channel region, which corresponds to the method; and the division of the channel region can be finished by the combined usage of the method and the device of the invention.
Description
Technical field
The present invention relates to the mobile communication technology field, particularly a kind of method and apparatus of channel area dividing.
Background technology
The business hall is the channel that client and operator are linked up, and the addressing of business hall directly affects the service quality, marketing effectiveness of operator etc.At present, what the business hall addressing was relied on is artificial estimation, as densely populated, commercial bustling location, the number of business hall is more, in remote suburb, the business hall is then less to be seen, and this mode by means of people's sensation, situations such as omitting, misestimate occurs fully easily.
Summary of the invention
The invention provides a kind of method and apparatus of channel area dividing, support for the business hall addressing provides reliable data.
The method of channel area dividing of the present invention comprises:
The threshold value of prompting input zone to be divided, initial base station, time, number of users and area;
Gather sub-district in the zone to be divided at the latitude and longitude information and the cell base station corresponding relation of the VLR of described time data, sub-district;
According to the sub-district at the VLR of described time data and cell base station corresponding relation calculation base station validated user number in the described time;
Latitude and longitude information and the area coverage of cell base station corresponding relation calculation base station and the topological relation between the base station according to the sub-district;
Search the adjacent base station of base station according to the topological relation between the base station;
Initial base station is labeled as regional X as starting point; The adjacent base station of initial base station is labeled as regional X successively according to effective amount order from big to small; When the base station that is labeled as regional X satisfied zone division requires; The mark of stop area X then; In unlabelled base station, reselect initial base station and begin new round mark; Satisfying the zone when the base station that is labeled as regional X divides and requires and the adjacent base station of initial base station when all mark is complete; Then remove the mark of regional X; In unlabelled base station, reselect initial base station and again carry out the mark of regional X
Described area dividing requires: the validated user that is labeled as the base station of regional X is counted sum and area coverage sum respectively more than or equal to the threshold value of number of users and area, and described X is an area identification, every beginning new round mark, and the value transform of X is once.
Preferably, the described initial base station of reselecting was not for doing initial base station and the maximum base station of validated user number.
Preferably, when reselecting described initial base station, if the condition of described initial base station is not all satisfied in unlabelled base station, then all unlabelled base stations are labeled as regional X, if reselect described initial base station is in order to begin new round mark, then the value of X adds 1 herein, is in order to carry out the mark of regional X once more if reselect described initial base station, and then the value of X is constant herein.
Preferably, described VLR data comprise subscriber phone number, User Status and last access time, and described User Status comprises online and off-line, and described validated user number is that User Status is online number of users.
Preferably, described step according to the latitude and longitude information of sub-district and the area coverage of cell base station corresponding relation calculation base station and the specific implementation of the topological relation between the base station is: the latitude and longitude information that obtains the base station according to the latitude and longitude information and the cell base station corresponding relation of sub-district, utilize dimension promise nomography that the latitude and longitude of base station information translation is become the base station coverage diagram, convert the base station coverage diagram to spatial data, utilize the area coverage of spatial function calculation base station and the topological relation between the base station.
The method of channel area dividing of the present invention, with the base station is unit, with validated user number and area coverage is the standard of area dividing, calculate the validated user number and the area coverage of base station in the zone to be divided earlier according to cell data, be the center with a base station again, calculating is adjacent the summation of base station validated user number and area coverage, if summation is greater than the threshold value that is provided with, then this base station is adjacent the base station and divides a zone into, the zone of adopting this method to mark off, its validated user number and area coverage have definite numerical value, and each regional validated user number and area coverage be all more than set point, and difference each other is less.
The device of channel area dividing of the present invention comprises:
Input module is used to point out the threshold value of input zone to be divided, initial base station, time, number of users and area;
Acquisition module is used to gather sub-district in the zone to be divided at the latitude and longitude information and the cell base station corresponding relation of the VLR of described time data, sub-district;
The number of users computing module is used for according to the sub-district at the VLR of described time data and the cell base station corresponding relation accounting base-station validated user number in the described time;
The area computing module is used for latitude and longitude information and the area coverage of cell base station corresponding relation calculation base station and the topological relation between the base station according to the sub-district;
Adjacent base station is searched module, is used for searching according to the topological relation between the base station adjacent base station of base station;
The zone marker module, be used for initial base station is labeled as regional X as starting point, the adjacent base station of initial base station is labeled as regional X successively according to validated user number order from big to small, when the base station that is labeled as regional X has been satisfied the area dividing requirement, the mark of stop area X then, in unlabelled base station, reselect initial base station and begin new round mark, when the base station that is labeled as regional X does not satisfy that area dividing requires and the adjacent base station of initial base station when all mark is intact, then remove the mark of regional X, in unlabelled base station, reselect initial base station and carry out the mark of regional X once more
Described area dividing requires: the validated user that is labeled as the base station of regional X is counted sum and area coverage sum respectively more than or equal to the threshold value of number of users and area, and described X is an area identification, every beginning new round mark, and the value transform of X is once.
Preferably, the described initial base station of reselecting is not have zone marker, do not do initial base station and the maximum base station of validated user number.
Preferably, described zone marker module also is used for when reselecting described initial base station, if the condition of described initial base station is not all satisfied in unlabelled base station, then all unlabelled base stations are labeled as regional X, if reselect described initial base station is in order to begin new round mark, then the value of X adds 1 herein, is in order to carry out the mark of regional X once more if reselect described initial base station, and then the value of X is constant herein.
Preferably, described VLR data comprise subscriber phone number, User Status and last access time, and described User Status comprises online and off-line, and described validated user number is that User Status is online number of users.
Preferably, described area computing module comprises latitude and longitude information module, coverage diagram module and the SPATIAL CALCULATION module that links to each other successively, described latitude and longitude information module is used for calculating according to the latitude and longitude information of sub-district and cell base station corresponding relation the latitude and longitude information of base station, described coverage diagram module is used for utilizing dimension promise nomography that the latitude and longitude of base station information translation is become the base station coverage diagram, described SPATIAL CALCULATION module is used for converting the base station coverage diagram to spatial data, utilizes the area coverage of spatial function calculation base station and the topological relation between the base station.
The device of channel area dividing of the present invention, adopt input module to set the threshold value of regional number of users to be divided and area, validated user number and the area coverage and the topological relation of the data computation base station that number of users computing module and area computing module are gathered according to acquisition module respectively, the zone marker module divides validated user number and area coverage into a zone greater than the base station and the adjacent base station thereof of preset threshold, the zone of adopting this device to mark off, its validated user number and area coverage have definite numerical value, and all more than set point, difference each other is less for validated user number that each is regional and area coverage.
Description of drawings
Fig. 1 is the schematic flow sheet of the method embodiment of channel area dividing of the present invention;
Fig. 2 is the structural representation of the device embodiment of channel area dividing of the present invention.
Embodiment
The method of channel area dividing of the present invention, at first calculate the validated user number and the area coverage of each base station in the zone to be divided, next calculation base station and total validated user number and the area coverage of adjacent base station thereof, when total validated user number and area coverage during all above user's preset threshold, divide base station and adjacent base station thereof into a zone, understand this regional validated user number and area coverage and will be convenient to the addressing of business hall, explain this method in detail below in conjunction with accompanying drawing and embodiment.
The method of channel area dividing of the present invention as shown in Figure 1, comprises that step is as follows:
The threshold value of step 101, prompting input zone to be divided, initial base station, time, number of users and area;
Sub-district in step 102, the collection zone to be divided is at the latitude and longitude information and the cell base station corresponding relation of the VLR of described time data, sub-district;
The mark of step 110, the regional X of removing is reselected initial base station from unlabelled base station, return step 106;
In step 101, zone to be divided is generally administrative region to be divided; Initial base station is step 106 first initial base station when carrying out mark, can be in step 101 by user's input also can base station of system default as first initial base station; Time can be that a time point also can be a time period, if time point, that then step 102 is gathered is VLR (the Visitor Location Register of the sub-district of this time point, the vision location registration office) data, the validated user number of the base station that relates in the subsequent step then are the online number of users of this time point; The threshold value of area and number of users is to divide the area of zonule, back and the minimum standard that number of users need satisfy.
Each administrative region all comprises the base station of some, and each base station covers some sub-districts again.The area dividing of this method is that unit carries out with the base station, but data such as number of users and area are unit with the sub-district to be write down, therefore the data of sub-district need be merged into the data of base station under it, and the number of users of sub-district gets from its VLR data, and the area of sub-district gets from its latitude and longitude information.The VLR data comprise a lot of class data, only use user mobile phone number in this method, the last access time of User Status and user, wherein, User Status comprises two kinds of online and off-lines, can obtain the online user number of sub-district according to these three values in seclected time, again according to the cell base station corresponding relation, can obtain the online user number of base station in seclected time is the validated user number, in like manner, can get the latitude and longitude information of base station by the latitude and longitude information of sub-district, can get the area coverage of base station, by the area coverage of each base station by the latitude and longitude information of base station, the syntople that can release between each base station is a topological relation, can get adjacent base station by topological relation.
Obtain the validated user number of base station and area coverage and adjacent base station thereof and can carry out area dividing, as described in step 106, begin to carry out zone marker from the initial base station of user's input, and judge whether the zone satisfies that area dividing requires is whether validated user number and the area coverage that the zone of institute's mark comprises the base station meets the demands, if satisfied then selected again unlabelled base station is as initial base station, the X value is added 1 beginning next round mark, wherein X is used to identify different zones, every beginning new round mark, the X value transform once, this enforcement selects regional X value of every mark to add 1; If do not satisfy then be required to be regional X and add the base station, judged whether unlabelled adjacent base station earlier, do not show then that current initial base station is isolated base station, should isolate the satisfied division requirement in zone that the base station constitutes, with the regional X removing of mark, in unlabelled base station, reselect initial base station, initial base station is labeled as regional X, judge mark is the area dividing the requirement whether base station of regional X satisfies step 107 once more, having then wherein, the unmarked and maximum adjacent base station of validated user number is labeled as regional X, return step 107 and judge once more whether regional X satisfies division requirement, circulation successively.
The initial base station of this method is the initial base station of user's appointment except that what adopt during mark the first time, the initial base station that mark adopted of back is all selected arbitrarily from unlabelled base station, in order to accelerate to divide efficient, with unmarked, do not do the maximum base station of initial base station and validated user number as initial base station, thereby, because do not satisfy that area dividing requires and adjacent base station all mark is intact and when the mark of regional X removed, the initial base station that is labeled as regional X is identified, so that when selecting initial base station once more it is foreclosed, avoid repeating work.But when this method proceeds to the back, a kind of situation may occur: unlabelled base station had all been made initial base station, illustrate that unlabelled base station can't satisfy the area dividing requirement, at this moment, divide these remaining base stations into a zone, if last time mark is owing to area dividing requires to satisfy to reselect next initial base station, the area identification that then will remain the base station adds 1 on the sign basis of mark last time, if last time, mark was owing to do not satisfy area dividing requirement reselecting of initial base station to be carried out in the clear all of regional X mark, then remain the base station area identification X value and last time mark X value be consistent.
Above-mentioned steps 104 according to the latitude and longitude information of sub-district and the area coverage of cell base station corresponding relation calculation base station and the specific implementation of the topological relation between the base station is: the latitude and longitude information that obtains the base station according to the latitude and longitude information and the cell base station corresponding relation of sub-district, utilize dimension promise nomography that the latitude and longitude of base station information translation is become the base station coverage diagram, convert the base station coverage diagram to spatial data, utilize the area coverage of spatial function calculation base station and the topological relation between the base station.
The device of channel area dividing of the present invention is the device corresponding with the method for channel area dividing of the present invention, as shown in Figure 2, comprising:
Input module is used to point out the threshold value of input zone to be divided, initial base station, time, number of users and area;
Acquisition module is used to gather sub-district in the zone to be divided at the latitude and longitude information and the cell base station corresponding relation of the VLR of described time data, sub-district;
The number of users computing module is used for according to the sub-district at the VLR of described time data and the cell base station corresponding relation accounting base-station validated user number in the described time;
The area computing module is used for latitude and longitude information and the area coverage of cell base station corresponding relation calculation base station and the topological relation between the base station according to the sub-district;
Adjacent base station is searched module, is used for searching according to the topological relation between the base station adjacent base station of base station;
The zone marker module, be used for initial base station is labeled as regional X, the base station that the validated user number is maximum in the unlabelled adjacent base station of initial base station also is labeled as regional X, every mark one sub-region X judges whether to meet the following conditions: the area coverage sum and the validated user that are labeled as the base station of regional X are counted sum respectively more than or equal to described area threshold and number of users threshold value, then from unlabelled base station, choose initial base station again if satisfy, the X value is added 1, beginning next round mark; If whether mark is intact not satisfy the adjacent base station of then judging initial base station, if unmarked finishing then continues the base station that the validated user number is maximum in the unlabelled adjacent base station of initial base station also is labeled as regional X, then remove regional X mark if mark is intact, from unlabelled base station, choose initial base station again, once more marked region X.As a preferred embodiment, the aforementioned initial base station of reselecting is not have zone marker, do not do initial base station and the maximum base station of validated user number.Described zone marker module also is used for when reselecting described initial base station, if the condition of described initial base station is not all satisfied in unlabelled base station, then all unlabelled base stations are labeled as regional X, if reselect described initial base station is in order to begin new round mark, then the value of X adds 1 herein, if reselect described initial base station is in order to carry out the mark of regional X once more, and then the value of X is constant herein.
As mentioned above, input module is sent to acquisition module with zone to be divided and time, initial base station, area and number of users threshold value are sent to the zone marker module, acquisition module is sent to the number of users computing module with VLR data and cell base station corresponding relation, sub-district latitude and longitude information and cell base station corresponding relation are sent to the area computing module, the area computing module is sent to adjacent base station with topological relation between the base station and searches module, and the base station area coverage is sent to the zone marker module.Wherein, the VLR data of acquisition module collection comprise subscriber phone number, User Status and last access time, and User Status comprises online and off-line, and the validated user number is that User Status is online number of users.The area computing module comprises latitude and longitude information module, coverage diagram module and the SPATIAL CALCULATION module that links to each other successively, described latitude and longitude information module is used for calculating according to the latitude and longitude information of sub-district and cell base station corresponding relation the latitude and longitude information of base station, described coverage diagram module is used for utilizing dimension promise nomography that the latitude and longitude of base station information translation is become the base station coverage diagram, described SPATIAL CALCULATION module is used for converting the base station coverage diagram to spatial data, utilizes the area coverage of spatial function calculation base station and the topological relation between the base station.
The method and apparatus of channel area dividing of the present invention is used in combination finishes the channel dividing region.
Above-described embodiment of the present invention does not constitute the qualification to protection range of the present invention.Any modification of being done within the spirit and principles in the present invention, be equal to and replace and improvement etc., all should be included within the claim protection range of the present invention.
Claims (10)
1. the method for a channel area dividing is characterized in that, comprising:
The threshold value of prompting input zone to be divided, initial base station, time, number of users and area;
Gather sub-district in the zone to be divided at the latitude and longitude information and the cell base station corresponding relation of the VLR of described time data, sub-district;
According to the sub-district at the VLR of described time data and cell base station corresponding relation calculation base station validated user number in the described time;
Latitude and longitude information and the area coverage of cell base station corresponding relation calculation base station and the topological relation between the base station according to the sub-district;
Search the adjacent base station of base station according to the topological relation between the base station;
Initial base station is labeled as regional X as starting point; The adjacent base station of initial base station is labeled as regional X successively according to effective amount order from big to small; When the base station that is labeled as regional X satisfied zone division requires; The mark of stop area X then; In unlabelled base station, reselect initial base station and begin new round mark; Satisfying the zone when the base station that is labeled as regional X divides and requires and the adjacent base station of initial base station when all mark is complete; Then remove the mark of regional X; In unlabelled base station, reselect initial base station and again carry out the mark of regional X
Described area dividing requires: the validated user that is labeled as the base station of regional X is counted sum and area coverage sum respectively more than or equal to the threshold value of number of users and area, and described X is an area identification, every beginning new round mark, and the value transform of X is once.
2. the method for channel area dividing according to claim 1 is characterized in that, the described initial base station of reselecting was not for doing initial base station and the maximum base station of validated user number.
3. the method for channel area dividing according to claim 2, it is characterized in that, when reselecting described initial base station, if the condition of described initial base station is not all satisfied in unlabelled base station, then all unlabelled base stations being labeled as regional X, is in order to begin new round mark if reselect described initial base station, and then the value of X adds 1 herein, if reselect described initial base station is in order to carry out the mark of regional X once more, and then the value of X is constant herein.
4. according to the method for claim 1 or 2 or 3 described channel area dividing, it is characterized in that, described VLR data comprise subscriber phone number, User Status and last access time, described User Status comprises online and off-line, and described validated user number is that User Status is online number of users.
5. according to the method for claim 1 or 2 or 3 described channel area dividing, it is characterized in that, described step according to the latitude and longitude information of sub-district and the area coverage of cell base station corresponding relation calculation base station and the specific implementation of the topological relation between the base station is: the latitude and longitude information that obtains the base station according to the latitude and longitude information and the cell base station corresponding relation of sub-district, utilize dimension promise nomography that the latitude and longitude of base station information translation is become the base station coverage diagram, convert the base station coverage diagram to spatial data, utilize the area coverage of spatial function calculation base station and the topological relation between the base station.
6. the device of a channel area dividing is characterized in that, comprising:
Input module is used to point out the threshold value of input zone to be divided, initial base station, time, number of users and area;
Acquisition module is used to gather sub-district in the zone to be divided at the latitude and longitude information and the cell base station corresponding relation of the VLR of described time data, sub-district;
The number of users computing module is used for according to the sub-district at the VLR of described time data and the cell base station corresponding relation accounting base-station validated user number in the described time;
The area computing module is used for latitude and longitude information and the area coverage of cell base station corresponding relation calculation base station and the topological relation between the base station according to the sub-district;
Adjacent base station is searched module, is used for searching according to the topological relation between the base station adjacent base station of base station;
The zone marker module, be used for initial base station is labeled as regional X as starting point, the adjacent base station of initial base station is labeled as regional X successively according to validated user number order from big to small, when the base station that is labeled as regional X has been satisfied the area dividing requirement, the mark of stop area X then, in unlabelled base station, reselect initial base station and begin new round mark, when the base station that is labeled as regional X does not satisfy that area dividing requires and the adjacent base station of initial base station when all mark is intact, then remove the mark of regional X, in unlabelled base station, reselect initial base station and carry out the mark of regional X once more
Described area dividing requires: the validated user that is labeled as the base station of regional X is counted sum and area coverage sum respectively more than or equal to the threshold value of number of users and area, and described X is an area identification, every beginning new round mark, and the value transform of X is once.
7. the device of channel area dividing according to claim 6 is characterized in that, the described initial base station of reselecting is not have zone marker, do not do initial base station and the maximum base station of validated user number.
8. require the device of 7 described channel area dividing according to power, it is characterized in that, described zone marker module also is used for when reselecting described initial base station, if the condition of described initial base station is not all satisfied in unlabelled base station, then all unlabelled base stations being labeled as regional X, is in order to begin new round mark if reselect described initial base station, and then the value of X adds 1 herein, if reselect described initial base station is in order to carry out the mark of regional X once more, and then the value of X is constant herein.
9. according to the device of claim 5 or 6 or 7 described channel area dividing, it is characterized in that, described VLR data comprise subscriber phone number, User Status and last access time, described User Status comprises online and off-line, and described validated user number is that User Status is online number of users.
10. according to the device of claim 5 or 6 or 7 described channel area dividing, it is characterized in that, described area computing module comprises the latitude and longitude information module that links to each other successively, coverage diagram module and SPATIAL CALCULATION module, described latitude and longitude information module is used for calculating according to the latitude and longitude information of sub-district and cell base station corresponding relation the latitude and longitude information of base station, described coverage diagram module is used for utilizing dimension promise nomography that the latitude and longitude of base station information translation is become the base station coverage diagram, described SPATIAL CALCULATION module is used for converting the base station coverage diagram to spatial data, utilizes the area coverage of spatial function calculation base station and the topological relation between the base station.
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| CN 201010564664 CN102065443B (en) | 2010-11-29 | 2010-11-29 | Method and device for dividing channel region |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105376745A (en) * | 2015-12-07 | 2016-03-02 | 中国联合网络通信集团有限公司 | Network data obtaining method and device |
| CN111738624A (en) * | 2020-07-20 | 2020-10-02 | 武大吉奥信息技术有限公司 | Region division method and system for solving supply and demand relation balance |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2005107169A1 (en) * | 2004-04-22 | 2005-11-10 | Kineto Wireless, Inc. | A method and system for registering an unlicensed mobile access subschriber with a network controller |
| CN101621808A (en) * | 2009-07-27 | 2010-01-06 | 北京格林耐特通信技术有限责任公司 | Method and device for confirming cell coverage area |
| CN101668296A (en) * | 2008-09-03 | 2010-03-10 | 中国移动通信集团上海有限公司 | Method and device for determining communication zone boundaries |
-
2010
- 2010-11-29 CN CN 201010564664 patent/CN102065443B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2005107169A1 (en) * | 2004-04-22 | 2005-11-10 | Kineto Wireless, Inc. | A method and system for registering an unlicensed mobile access subschriber with a network controller |
| CN101668296A (en) * | 2008-09-03 | 2010-03-10 | 中国移动通信集团上海有限公司 | Method and device for determining communication zone boundaries |
| CN101621808A (en) * | 2009-07-27 | 2010-01-06 | 北京格林耐特通信技术有限责任公司 | Method and device for confirming cell coverage area |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105376745A (en) * | 2015-12-07 | 2016-03-02 | 中国联合网络通信集团有限公司 | Network data obtaining method and device |
| CN105376745B (en) * | 2015-12-07 | 2019-04-12 | 中国联合网络通信集团有限公司 | A kind of method and device obtaining network data |
| CN111738624A (en) * | 2020-07-20 | 2020-10-02 | 武大吉奥信息技术有限公司 | Region division method and system for solving supply and demand relation balance |
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| CN102065443B (en) | 2013-02-06 |
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