CN105025488A - Method of identifying pseudo base station and system thereof - Google Patents

Method of identifying pseudo base station and system thereof Download PDF

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Publication number
CN105025488A
CN105025488A CN201410154068.5A CN201410154068A CN105025488A CN 105025488 A CN105025488 A CN 105025488A CN 201410154068 A CN201410154068 A CN 201410154068A CN 105025488 A CN105025488 A CN 105025488A
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China
Prior art keywords
base station
identification code
current
geographical
pseudo
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CN201410154068.5A
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Chinese (zh)
Inventor
段雨洛
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ZHUHAI XIAOYUAN TECHNOLOGY Co Ltd
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ZHUHAI XIAOYUAN TECHNOLOGY Co Ltd
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Priority to CN201410154068.5A priority Critical patent/CN105025488A/en
Publication of CN105025488A publication Critical patent/CN105025488A/en
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Abstract

The invention relates to a method of identifying a pseudo base station and a system thereof. The method comprises the following steps that 1) identification codes of all the base stations and a geographic-position adjacent relation among the identification codes are recorded, and the geographic-position adjacent relation among the identification codes equals to a geographic-position adjacent relation among base stations; 2) in an entry network state, a current identification code received by a current base station is matched with and compared to all the recorded identification codes; if there is no same identification code to match, the current base station is determined to be the pseudo base station; 3) when base station connection switching is generated in a roaming state, the current identification code received by the current base station is matched with and compared to all the identification codes having the geographic-position adjacent relation with the identification code before switching; if there is no same identification code to match, the current base station is determined to be the pseudo base station. By using the method and the system of the invention, the pseudo base station can be effectively identified.

Description

Identify the method and system of pseudo-base station
[technical field]
The present invention relates to computer communication field, particularly identify the method and system of pseudo-base station.
[background technology]
Cellular system is the land public access mobile radio that coverage is the widest.In the cellular system, overlay area is generally divided into multiple communities of similar honeycomb, arranges fixing base station in each community, for user provides access and information to forward service.Each base station is equipped with unique identification code LCA, the identification code LCA of each base station is different, at the communication equipment carrying out communicating based on base station (referred to as base station connection device in this literary composition, such as, mobile phone) with the base station in nest honeybee system is carried out being connected and communicated, this base station transmit its identification code LCA can to base station connection device; The region covered due to the signal of each base station is limited, under the normal use of people, base station connection device can carry out switching and connect under roaming state between two base stations that geographical position is adjacent, communicates to connect constantly to keep base station connection device and nest honeybee system.As shown in Figure 1, suppose that certain is provided with 9 base stations as a swarm of bees, there is the base station adjacent in geographical position with it each base station, the geographical position neighbouring relations between base station and the geographic area involved by base station range, concrete as table 1.
Table 1
Base station sequence number The base station adjacent with its geographical position Cover geographic area and relate to
1 2、4、6、8 Area A, B, C
2 1、3、9 Area A, C
3 2、4 Area A
4 1、3、5 Area A, B
5 4、6 Area B
6 1、5 Area B, C
7 6、8 Area C
8 1、7、9 Area C
9 2、8 Area C
Pseudo-base station, by the base station of the operator that disguises oneself as, is falsely used arbitrarily other people phone number and is sent the short messages such as swindle, ad promotions to user mobile phone by force.Implementing to break laws and commit crime in pseudo-base station is a kind of new crime, relates to that region is wide, social danger large, and serious harm country communication security, upsets social public order, affect people's sense of security.
[summary of the invention]
First technical problem that the present invention will solve is to provide a kind of method identifying pseudo-base station, can effectively identify pseudo-base station.
Second technical problem that the present invention will solve is to provide a kind of system identifying pseudo-base station, can effectively identify pseudo-base station.
Above-mentioned first technical problem solves by the following technical programs:
Identify the method for pseudo-base station, comprise the following steps:
1) record the geographical position neighbouring relations between the identification code of all base stations and identification code, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
2) entering under net state (after the start of base station connection device, to carry out the state of first connection base station), by the current identification code received from current base station, in the middle of recorded all identification codes, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
3) when under roaming state, (base station connection device is in the state connecting base station) occurs that base station connects switching, by the current identification code received from current base station (base station after switching), with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
Another kind of modification is, above-mentioned steps 3) be replaced with:
When occurring that under roaming state base station connects switching, by the current identification code received from current base station, in the middle of recorded all identification codes, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
Above-mentioned second technical problem solves by the following technical programs:
Identify the system of pseudo-base station, comprising:
Database module, for recording the geographical position neighbouring relations between the identification code of all base stations and identification code, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
Networking state recognition module, for entering under net state, by the current identification code received from current base station, carries out coupling contrast in the middle of recorded all identification codes, if do not match identical identification code, assert that current base station is pseudo-base station;
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station, with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating comparative analysis, if do not match identical identification code, assert that current base station is pseudo-base station.
Another kind of modification is that above-mentioned roaming state identification module is replaced with:
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station, in the middle of recorded all identification codes, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
Identification code LCA due to each base station is all unique, and base station adopts cellular structure distribution, under roaming state, only can there is switch instances between two base stations that geographical position is adjacent in base station connection device, therefore, based on above-mentioned characteristic, the present invention is by recording the geographical position neighbouring relations between the identification code LCA of all base stations and identification code, connected base station is identified, can effectively identify pseudo-base station.
Considering that the quantity of base station is more, in order to reduce the analysis of data, present invention also offers following methods and system.
Identify the method for pseudo-base station, comprise the following steps:
1) record all identification codes that geographical position neighbouring relations between the identification code of all base stations, identification code and each geographic area can receive, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
2) entering under net state, by the current identification code received from current base station, in the middle of all identification codes that current Geographical Region can receive, carrying out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
3) when occurring under roaming state that base station connects switching, by the current identification code received from current base station, with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
Another kind of modification is, above-mentioned steps 3) be replaced with:
When occurring that under roaming state base station connects switching, by the current identification code received from current base station, in the middle of all identification codes that current Geographical Region can receive, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
A kind of system that identify pseudo-base station corresponding to said method, comprising:
Database module, for recording all identification codes that geographical position neighbouring relations between the identification code of all base stations, identification code and each geographic area can receive, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
Networking state recognition module, for entering under net state, by the current identification code received from current base station, in the middle of all identification codes that current Geographical Region can receive, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station, with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
Another kind of modification is that above-mentioned roaming state identification module is replaced with:
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station, coupling contrast is carried out in the middle of all identification codes that current Geographical Region can receive, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
Above-mentioned two schemes, is utilize the current Geographical Region at connection device place, base station to reduce the matching range of identification code, thus can reduces data analysis.
For the acquisition of the current Geographical Region of base station connection device, can take prior art and realize, the GPS module such as can calling base station connection device positions the current Geographical Region determining base station connection device; No further details to be given herein.
[accompanying drawing explanation]
Fig. 1 is the schematic diagram of the network that 9 base stations are formed.
[embodiment]
Embodiment one
Identify the method for pseudo-base station, comprise the following steps:
1) record the geographical position neighbouring relations between the identification code of all base stations and identification code, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
2) entering under net state (after the start of base station connection device, to carry out the state of first connection base station), by the current identification code received from current base station, in the middle of recorded all identification codes, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
3) when under roaming state, (base station connection device is in the state connecting base station) occurs that base station connects switching, by the current identification code received from current base station (base station after namely switching), with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
Corresponding to identifying the method for pseudo-base station, identify the system of pseudo-base station, comprising:
Identify the system of pseudo-base station, comprising:
Database module, for recording the geographical position neighbouring relations between the identification code of all base stations and identification code, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
Networking state recognition module, for entering under net state, by the current identification code received from current base station, carries out coupling contrast in the middle of recorded all identification codes, if do not match identical identification code, assert that current base station is pseudo-base station;
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station (base station after namely switching), with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating comparative analysis, if do not match identical identification code, assert that current base station is pseudo-base station.
As shown in Figure 1, the network formed for 9 base stations at this states utilization of the present invention.
The system of the pseudo-base station of above-mentioned identification is housed at base station connection device (such as mobile phone), in this system data library module, records the geographical position neighbouring relations between identification code, concrete as table 2.
Table 2
LCA Other LCAs adjacent with its geographical position Corresponding base station
1001 1002、1004、1006、1008 1
1002 1001、1003、1009 2
1003 1002、1004 3
1004 1001、1003、1005 4
1005 1004、1006 5
1006 1001、1005 6
1007 1006、1008 7
1008 1001、1007、1009 8
1009 1002、1008 9
When appearing near No. 8 base stations after base station connection device (such as mobile phone) start, now, base station connection device can be connected with No. 8 base stations, and receive its identification code 1008 from No. 8 base stations, identify that identification code mates by the system of pseudo-base station in database module, just can assert this Bu Shiwei base station, No. 8 base stations; When this base station connection device is under roaming state, have one be provided with identification code be 1004 pseudo-base station appear at around it, this base station connection device is also switched to this pseudo-base station from No. 8 base stations and connects, this base station connection device receives its identification code 1004 from pseudo-base station, identify that identification code 1004 has at the identification code 1008 of No. 8 base stations in the identification code " 1001,1007,1009 " of geographical position neighbouring relations by the system of pseudo-base station to mate, just identify this pseudo-base station.
Embodiment two
Identify the method for pseudo-base station, comprise the following steps:
1) record the geographical position neighbouring relations between the identification code of all base stations and identification code, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
2) entering under net state (after the start of base station connection device, to carry out the state of first connection base station), by the current identification code received from current base station, in the middle of recorded all identification codes, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
3) when occurring under roaming state that base station connects switching, the current identification code received from current base station (base station after namely switching) is carried out coupling contrast in the middle of recorded identification code, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
Corresponding to identifying the method for pseudo-base station, identify the system of pseudo-base station, comprising:
Database module, for recording the geographical position neighbouring relations between the identification code of all base stations and identification code, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
Networking state recognition module, for entering under net state, by the current identification code received from current base station, carries out coupling contrast in the middle of recorded all identification codes, if do not match identical identification code, assert that current base station is pseudo-base station;
Roaming state identification module, during for occurring that under roaming state base station connects switching, the current identification code received from current base station (base station after namely switching) is carried out coupling contrast in the middle of recorded identification code, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
As shown in Figure 1, the network formed for 9 base stations at this states utilization of the present invention.
The system of the pseudo-base station of above-mentioned identification is housed at base station connection device (such as mobile phone), in this system data library module, records the geographical position neighbouring relations between identification code, concrete as table 3.
Table 3
LCA Other LCAs adjacent with its geographical position Corresponding base station
1001 1002、1004、1006、1008 1
1002 1001、1003、1009 2
1003 1002、1004 3
1004 1001、1003、1005 4
1005 1004、1006 5
1006 1001、1005 6
1007 1006、1008 7
1008 1001、1007、1009 8
1009 1002、1008 9
When appearing near No. 8 base stations after base station connection device (such as mobile phone) start, now, base station connection device can be connected with No. 8 base stations, and receive its identification code 1008 from No. 8 base stations, identify that identification code mates by the system of pseudo-base station in database module, just can assert this Bu Shiwei base station, No. 8 base stations; When this base station connection device is under roaming state, have one be provided with identification code be 78789 pseudo-base station appear at around it, and be connected with this base station connection device, this base station connection device receives its identification code 78789 from pseudo-base station, identify that identification code 78789 mates by the system of pseudo-base station in database module, just identify this pseudo-base station.
Embodiment three
Identify the method for pseudo-base station, comprise the following steps:
1) record all identification codes that geographical position neighbouring relations between the identification code of all base stations, identification code and each geographic area can receive, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station; All identification codes that current Geographical Region can receive can be analyzed and draw in the geographic area involved by identification code coverage;
2) entering under net state, by the current identification code received from current base station, in the middle of all identification codes that current Geographical Region can receive, carrying out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
3) when occurring under roaming state that base station connects switching, by the current identification code received from current base station (base station after namely switching), with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
A kind of system that identify pseudo-base station corresponding to said method, comprising:
Database module, for recording all identification codes that geographical position neighbouring relations between the identification code of all base stations, identification code and each geographic area can receive, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
Networking state recognition module, for entering under net state, by the current identification code received from current base station, in the middle of all identification codes that current Geographical Region can receive, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station (base station after namely switching), with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
As shown in Figure 1, the network formed for 9 base stations at this states utilization of the present invention.
The system of the pseudo-base station of above-mentioned identification is housed at base station connection device (such as mobile phone), record all identification codes that geographical position neighbouring relations between identification code and each geographic area can receive in this system data library module, the geographical position neighbouring relations between identification code are see such as table 4; Also the geographic area (being equal to the geographic area that corresponding base station covers) that each identification code covers is recorded in table 4, visible, the identification code that can receive at geographic area A has 1001,1002,1003,1004, the identification code that geographic area B can receive has 1001,1004,1005,1006, and the identification code that geographic area C can receive has 1001,1002,1006,1007,1008,1009.
Table 4
When appearing near No. 8 base stations belonging to regional C after base station connection device (such as mobile phone) start, now, base station connection device can be connected with No. 8 base stations, and receive its identification code 1008 from No. 8 base stations, identify in all identification codes " 1001,1002,1006,1007,1008,1009 " that identification code 1008 can receive at current Geographical Region C by the system of pseudo-base station and mate, just can assert this Bu Shiwei base station, No. 8 base stations; When this base station connection device is under current Geographical Region C is in roaming state, have one be provided with identification code be 1004 pseudo-base station appear at around it, this base station connection device is also switched to this pseudo-base station from No. 8 base stations and connects, this base station connection device receives its identification code 1004 from pseudo-base station, identify that identification code 1004 has at the identification code 1008 of No. 8 base stations in the identification code " 1001,1007,1009 " of geographical position neighbouring relations by the system of pseudo-base station and carry out coupling contrast, just identify this pseudo-base station.
Embodiment four
Identify the method for pseudo-base station, comprise the following steps:
1) record all identification codes that geographical position neighbouring relations between the identification code of all base stations, identification code and each geographic area can receive, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
2) entering under net state, the current identification code received to be carried out coupling contrast belonging in the middle of all identification codes of current Geographical Region, if do not match identical identification code, assert that current base station is pseudo-base station from current base station;
3) when occurring under roaming state that base station connects switching, by the current identification code received from current base station (base station after namely switching), coupling contrast is carried out in the middle of all identification codes that current Geographical Region can receive, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
A kind of system that identify pseudo-base station corresponding to said method, comprising:
Database module, for recording all identification codes that geographical position neighbouring relations between the identification code of all base stations, identification code and each geographic area can receive, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
Networking state recognition module, for entering under net state, the current identification code received from current base station to be carried out coupling contrast belonging in the middle of all identification codes of current Geographical Region, if do not match identical identification code, assert that current base station is pseudo-base station;
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station (base station after namely switching), coupling contrast is carried out in the middle of all identification codes that current Geographical Region can receive, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
The system of the pseudo-base station of above-mentioned identification is housed at base station connection device (such as mobile phone), record all identification codes that geographical position neighbouring relations between identification code and each geographic area can receive in this system data library module, the geographical position neighbouring relations between identification code are see such as table 5; Also the geographic area that each identification code covers is recorded in table 5, visible, the identification code that can receive at geographic area A has 1001,1002,1003,1004, the identification code that geographic area B can receive has 1001,1004,1005,1006, and the identification code that geographic area C can receive has 1001,1002,1006,1007,1008,1009.
Table 5
When appearing near No. 7 base stations belonging to regional C after base station connection device (such as mobile phone) start, now, base station connection device can be connected with No. 7 base stations, and receive its identification code 1007 from No. 7 base stations, identify that the system of pseudo-base station is by identification code 1007, and in all identification codes " 1001,1002,1006,1007,1008,1009 " that can receive at current Geographical Region C, carry out coupling contrast, just can assert this Bu Shiwei base station, No. 8 base stations, when this base station connection device is under geographic area C is in roaming state, have one be provided with identification code be 1009 pseudo-base station appear at around it, this base station connection device is also switched to this pseudo-base station from No. 8 base stations and connects, this base station connection device receives its identification code 1009 from pseudo-base station, by all identification codes " 1001 that identification code 1009 can receive at current Geographical Region C, 1002, 1006, 1007, 1008, 1009 " mate in, now can match, further, identify that current identification code 1009 and the identification code 1007 before switching can be carried out geographical position neighbouring relations analysis by the system of pseudo-base station, both is not that geographical position is adjacent, just identify this pseudo-base station.
The present invention is not limited to above-described embodiment, based on above-described embodiment, the simple replacement of not making creative work, the scope that the present invention discloses should be belonged to.

Claims (8)

1. identify the method for pseudo-base station, it is characterized in that, comprise the following steps:
1) record the geographical position neighbouring relations between the identification code of all base stations and identification code, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
2) entering under net state, by the current identification code received from current base station, in the middle of recorded all identification codes, carrying out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
3) when occurring under roaming state that base station connects switching, by the current identification code received from current base station, with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
2. the method for the pseudo-base station of identification according to claim 1, is characterized in that, above-mentioned steps 3) be replaced with:
When occurring that under roaming state base station connects switching, by the current identification code received from current base station, in the middle of recorded all identification codes, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
3. identify the system of pseudo-base station, it is characterized in that, comprising:
Database module, for recording the geographical position neighbouring relations between the identification code of all base stations and identification code, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
Networking state recognition module, for entering under net state, by the current identification code received from current base station, carries out coupling contrast in the middle of recorded all identification codes, if do not match identical identification code, assert that current base station is pseudo-base station;
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station, with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating comparative analysis, if do not match identical identification code, assert that current base station is pseudo-base station.
4. the system of the pseudo-base station of identification according to claim 3, is characterized in that, above-mentioned roaming state identification module is replaced with:
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station, in the middle of recorded all identification codes, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
5. identify the method for pseudo-base station, it is characterized in that, comprise the following steps:
1) record all identification codes that geographical position neighbouring relations between the identification code of all base stations, identification code and each geographic area can receive, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
2) entering under net state, by the current identification code received from current base station, in the middle of all identification codes that current Geographical Region can receive, carrying out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
3) when occurring under roaming state that base station connects switching, by the current identification code received from current base station, with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
6. the method for the pseudo-base station of identification according to claim 5, is characterized in that, above-mentioned steps 3) be replaced with:
When occurring that under roaming state base station connects switching, by the current identification code received from current base station, in the middle of all identification codes that current Geographical Region can receive, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
7. identify the system of pseudo-base station, comprising:
Database module, for recording all identification codes that geographical position neighbouring relations between the identification code of all base stations, identification code and each geographic area can receive, the geographical position neighbouring relations between identification code are equal to the geographical position neighbouring relations between base station;
Networking state recognition module, for entering under net state, by the current identification code received from current base station, in the middle of all identification codes that current Geographical Region can receive, carry out coupling contrast, if do not match identical identification code, assert that current base station is pseudo-base station;
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station, with switch before identification code there are geographical position neighbouring relations all identification codes in the middle of carry out mating and contrast, if do not match identical identification code, assert that current base station is pseudo-base station.
8. the system of the pseudo-base station of identification according to claim 7, is characterized in that, above-mentioned roaming state identification module is replaced with:
Roaming state identification module, during for occurring that under roaming state base station connects switching, by the current identification code received from current base station, coupling contrast is carried out in the middle of all identification codes that current Geographical Region can receive, if do not match identical identification code, assert that current base station is pseudo-base station; Identical identification code is matched if had, then whether the relation analyzed between current identification code and the identification code before switching is that geographical position is adjacent, if the relation between current identification code and the identification code before switching is not that geographical position is adjacent, assert that current base station is pseudo-base station.
CN201410154068.5A 2014-04-16 2014-04-16 Method of identifying pseudo base station and system thereof Pending CN105025488A (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106998554A (en) * 2016-01-25 2017-08-01 中兴通讯股份有限公司 A kind of recognition methods of pseudo-base station and device
WO2017161655A1 (en) * 2016-03-21 2017-09-28 中兴通讯股份有限公司 Fake base station filtering method, device, and computer-accessible storage medium
CN109495894A (en) * 2019-01-04 2019-03-19 中国联合网络通信集团有限公司 A kind of prevention method and system of pseudo-base station

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106998554A (en) * 2016-01-25 2017-08-01 中兴通讯股份有限公司 A kind of recognition methods of pseudo-base station and device
WO2017128762A1 (en) * 2016-01-25 2017-08-03 中兴通讯股份有限公司 Method and apparatus for identifying rogue base station
CN106998554B (en) * 2016-01-25 2020-08-07 南京中兴新软件有限责任公司 Pseudo base station identification method and device
WO2017161655A1 (en) * 2016-03-21 2017-09-28 中兴通讯股份有限公司 Fake base station filtering method, device, and computer-accessible storage medium
CN107222864A (en) * 2016-03-21 2017-09-29 西安中兴新软件有限责任公司 Filter the method and device of pseudo-base station
CN109495894A (en) * 2019-01-04 2019-03-19 中国联合网络通信集团有限公司 A kind of prevention method and system of pseudo-base station

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