CN100531459C - Method for confirming the present of mobile user terminal and accounting the number of the present terminals by using base station simulator - Google Patents
Method for confirming the present of mobile user terminal and accounting the number of the present terminals by using base station simulator Download PDFInfo
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- CN100531459C CN100531459C CNB2005800000034A CN200580000003A CN100531459C CN 100531459 C CN100531459 C CN 100531459C CN B2005800000034 A CNB2005800000034 A CN B2005800000034A CN 200580000003 A CN200580000003 A CN 200580000003A CN 100531459 C CN100531459 C CN 100531459C
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Abstract
To provide an interposer-mounting method which can mount an interposer on an antenna-formed sheet without using adhesives, surely prevent a mounted interposer from exfoliating from an antenna-formed sheet, and surely electrically connect the extended electrode of an interposer to the antenna of an antenna-formed sheet, and also provide an interposer-mounted sheet obtained by the interposer-mounting method.The interposer 10 having a first nonconductive layer 11, an extended electrode 12 and an IC chip 13 is mounted on an antenna-formed sheet 20 having a second nonconductive layer 21 and an antenna 22. The interposer 10 is bound with the antenna-formed sheet 20 with a stapler 30 using metallic staple needles 35. At that time, the extended electrode 12 is electrically connected to the antenna 22 by the metallic stapler needles 35.
Description
Technical field
The present invention relates to a kind ofly confirm in the mobile communication technology field whether mobile subscriber terminal exists and the accurate method of its quantity of statistics, particularly relate to and a kind ofly in mobile communications network, utilize base station simulator to confirm the portable terminal existence and add up the method for its quantity.
Background technology
With GSM and CDMA is that the mobile communications network of representative is the communication system that is most widely used at present.This system has complex structure, number of users is numerous, business throughput is huge characteristics, thereby also more and more higher to the requirement of the network optimization and dependence test.In the process of the network optimization, a key parameter that need obtain is the exact magnitude of specifying the mobile subscriber terminal (being mobile phone) in the zone.But, determine to go back the objective method of measurement of neither one science for the quantity of user terminal in the appointed area at present, mainly be to estimate according to working experience by the engineer who is engaged in the network optimization.There is the shortcoming that can not know the user terminal exact magnitude in the appointed area exactly in this subjective estimation method.
Base station simulator is a kind of testing equipment that can simulate all signals that send a mobile communication base station.This equipment can carry out the contact and the cross complaint of various air interface aspects with mobile subscriber terminal.
The composition of base station simulator and a base station are basic identical, and the assembly of core comprises transceiver, Base-Band Processing etc.In addition, base station simulator is each base station controller of tool, mobile switching centre, mobile subscriber's Visited Location Registor, mobile user affiliation location register, equipment control portions of registers function also, be convenient to realize user's register, and after the mobile subscriber logins base station simulator, provide simple services the mobile subscriber.For example: certain user is called out, sends note, sends cell broadcast messages, certain user is carried out authentication or the like to all users to certain user.Simultaneously, base station simulator also can be controlled some mobile subscriber and carries out some other operation.For example: control certain user test base station simulator signal strength signal intensity, and test result is sent to base station simulator or the like.These controls are as long as can realize by operation base station simulator button or by base station simulator interface transmission instruction.Base station simulator obtains general use already as the basic test equipment of mobile communication field tests.At present, have a lot of base station simulators on the market, their main application is that mobile subscriber terminal is tested, and therefore has a wide range of applications at aspects such as mobile phone production and Cellphone Repairs.According to the difference of purposes, the base station simulator product also is known as " radio comprehensive measurement instrument ", " mobile phone detector " etc.At present, also there is the method utilize base station simulator that mobile phone is tested, sees also Fig. 1, specifically comprise the steps: at first to make user's end in off-mode at step S1; Then, at step S2, by the parameter that special test equipment (being the testing equipment that mobile communication service provider is had) or conventional equipment (being the mobile phone of any a worker's of being in mould state) are tested current mobile communication base station, useful parameter is mainly the lane place numbering (LAC) of the carrier frequency and the control channel of current control channel in this method of testing; Then, at step S3, at a series of parameter of known users terminal according to the parameter setting base station simulator of measured mobile communication base station, this setting means all is known setting means commonly used, wherein national number (MCC), network No. (MNC), BCC (BSIC) etc. all is identical default setting, it is identical with the control channel lane place numbering of the mobile communication base station of active user's terminal that lane place numbering (LAC) then is arranged to, it is identical with the working carrier frequency of the control channel of current mobile communication base station that its working carrier frequency then is set to, and set other parameters according to the test of active user's terminal; Then, at step S4, after user terminal was in open state, it received the signal of base station simulator according to the parameter emission of setting, and is forced to the access base station simulator; At last, at step S5, base station simulator is tested the existence of mobile subscriber terminal, obtains the information of user terminal and the user terminal that inserts is carried out various conventionally tests.
But above-mentioned method of testing can not be confirmed the existence of mobile subscriber terminal, and it can only carry out various conventionally tests to the user terminal that inserts, and the quantity that can not accurately add up the user terminal of access.Can't directly utilize base station simulator to confirm that mobile subscriber terminal exists and the reason of accurate its quantity of statistics mainly contains following 2 points at present:
At first, present method of testing generally is to use between the shielding that does not have mobile communications network to cover, and just the user must shut down before the test; And when under conventional environment, using base station simulator to test, if mobile subscriber terminal has been in open state, because the major parameter of the base station simulator parameter with the mobile communication base station of this mobile subscriber terminal basically is identical, then this mobile subscriber terminal can initiatively not logined to base station simulator, base station simulator just can't be known the existence of mobile subscriber terminal, obtains mobile subscriber's information or the mobile subscriber is controlled.Therefore, existing method of testing is unfavorable for operation to the environment requirement height.
Secondly, existing base station simulator is generally very random to the setting of parameter, just sets at known limited user's test, does not then have the establishing method of objective base station simulator parameter for the user terminal of the unknown.
Summary of the invention
At the defective of above-mentioned known technology, the present invention is proposed.
Technical problem solved by the invention is to provide a kind of base station simulator that utilizes can test accurately in the appointed area whether mobile subscriber terminal exists and the accurate method of its quantity of statistics.This method can both be suitable for for mobile communication system such as gsm system and cdma system.
For solving the above problems, the present invention adopts following technical scheme:
A kind of base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, is used for mobile communication system, it is characterized in that comprising the steps: 11) parameter of the current mobile communication base station of test; 12) according to the parameter setting base station simulator running parameter of current mobile communication base station; 13) described base station simulator transmits according to the parameter of setting; 14) mobile subscriber terminal is marked to the received signal; 15) mobile subscriber terminal switches to the working carrier frequency of the higher base station simulator of appraisal result from the carrier frequency of its current mobile communication of waiting for according to appraisal result, and the working carrier frequency of on new carrier frequency, waiting for base station simulator, in the process of waiting for, monitor the parameters of the base station simulator of this new carrier frequency, and sign in to described base station simulator; 16) described base station simulator is confirmed the mobile subscriber terminal quantity that mobile subscriber terminal exists and correspondingly statistics signs in to this base station simulator according to log-on message.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and wherein the parameter of the current mobile communication base station described in the step 11) comprises the carrier frequency of control channel of current mobile communication base station and the employed carrier frequency of neighbor base station of lane place numbering and current mobile communication base station.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and wherein said step 12) comprises: according to selecting the working carrier frequency of arbitrary carrier frequency as base station simulator in the employed carrier frequency of the neighbor base station of current mobile communication base station measured in the step 11); And the lane place of described base station simulator numbering is arranged to the different numbering of lane place numbering with the control channel of described current mobile communication base station; The parameter default setting except that the numbering of working carrier frequency and lane place with base station simulator is identical with the corresponding parameter of current mobile communication base station simultaneously.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and wherein the parameter of the current mobile communication base station described in the step 11) comprises area code, adjacent area table and the carrier frequency of current mobile communication base station.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, wherein said step 12) comprises: according to the adjacent area of current mobile communication base station measured in step 11) table, select carrier frequency in the table of arbitrary adjacent area as the working carrier frequency of base station simulator; And the area code of described base station simulator is arranged to the number different with the area code of described current mobile communication base station; Simultaneously with base station simulator except that working carrier frequency be identical with parameter default setting the area code with the corresponding parameter of current mobile communication base station.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and the area code of wherein said base station simulator is the lane place numbering that mobile communications network is set at zones of different.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and wherein the test in described step 11) is to utilize special test equipment to test the parameter of current mobile communication base station.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and wherein the test in described step 11) is to utilize conventional equipment to test the parameter of current mobile communication base station, and this conventional equipment is the mobile phone of worker's mould state.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and wherein said step 13) comprises: according to the watt level that transmits of the size of wanting output signal and distance parameter scalable base station simulator.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and the scoring in the wherein said step 14) comprises the scoring to signal strength signal intensity, signal to noise ratio.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, wherein said step 14) comprises: described mobile subscriber terminal constantly scans all mobile communication carrier frequency that meet the mobile communication standard in the standby process, and the situation of these carrier frequency marked, at last all appraisal result are ranked.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, wherein said step 15) also comprises: the carrier frequency standards of grading of base station simulator are higher than current when waiting for the carrier frequency of mobile communication base station under finding, described mobile subscriber terminal automatically switches to the higher carrier frequency of this scoring, and on new carrier frequency, wait for the control channel of base station simulator, and in the process of waiting for, monitor the parameters of the control channel of this new carrier frequency, the lane place numbering that listens to this base station simulator when described mobile subscriber terminal is numbered not simultaneously with the lane place of previous mobile communication base station of waiting for, and described mobile subscriber terminal is initiatively to this base station simulator request login.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, wherein said step 14) comprises: the pilot signal around the mobile subscriber terminal monitoring in each base station carrier, when the signal strength signal intensity of the Candidate Set pilot tone of finding base station simulator has surpassed the pilot frequency intensity+T_COMPs of effective pilot set of current communication base station * 0.5dB, judge that promptly the appraisal result of carrier frequency of this base station simulator is higher.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, wherein said step 15) comprises: the current mobile user terminal automatically switches to the carrier frequency of the higher base station simulator of appraisal result, and continue on new carrier frequency, to wait for signal of base station, and in the process of waiting for, monitor the parameters of this new carrier frequency, the area code that listens to the area code of this base station simulator and previous mobile communication base station of waiting for when described mobile subscriber terminal not simultaneously, described mobile subscriber terminal is initiatively to this base station simulator request login.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and wherein said log-on message comprises the temporary mobile station identification code.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, and wherein said log-on message comprises international mobile subscriber identity.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, wherein in described step 16) in, base station simulator can use external computer equipment, by interface the log-on message of described mobile subscriber terminal is inputed to this computer equipment, count the mobile subscriber terminal quantity of confirming that mobile subscriber terminal exists and correspondingly statistics signs in to this base station simulator by this computer equipment.
The above-mentioned base station simulator that utilizes confirms that there is and adds up the method for its quantity in mobile subscriber terminal, wherein in described step 16) in, base station simulator can use internal memory, the log-on message of described mobile subscriber terminal is inputed in this internal memory, confirm the mobile subscriber terminal quantity that mobile subscriber terminal exists and correspondingly statistics signs in to this base station simulator by embedded counting procedure.
Compared with prior art, beneficial effect of the present invention is:
At first, because whether the user terminal that the present invention utilizes base station simulator to test in the appointed area exists, and can accurately add up its quantity, can provide parameter support accurately for network optimization process, and this base station simulator is that general on the market base station simulator gets final product, and does not need high cost.Because base station simulator can be adjusted the distance parameter of test in test process, can under the situation that does not change mobile network's setting, test different appointed areas, thereby make test and statistics have more flexibility and accuracy.
Secondly, the present invention can make base station simulator also can test the existence of mobile subscriber terminal under conventional environment, and accurately counts the quantity of mobile subscriber terminal, and it does not need to shield especially environment.
Description of drawings
Fig. 1 is the method flow diagram that the base station simulator of prior art is used for testing mobile phone;
Fig. 2 of the present inventionly utilizes base station simulator to confirm mobile subscriber terminal and adds up the outline flowchart of the method for its quantity.
Embodiment
In mobile communications network, particularly mobile communications network is carried out in the process of the network optimization, need know the situation that exists of mobile subscriber terminal in the appointed area, and count in the appointed area mobile subscriber terminal quantity accurately.The present invention promptly provides a kind of situation that exists of utilizing base station simulator to test mobile subscriber terminal in the appointed area, and further adds up the method for the mobile subscriber terminal quantity in the appointed area.This method is all suitable equally to mobile communication system such as gsm system and cdma system.
Base station simulator be a kind of in mobile communication system such as gsm system and cdma system all widely used small base station subsystem, this system does not carry out any connection with the network of mobile communication network operator, but but has the air interface capability the same with the mobile communication base station.The structure composition of the base station simulator that the present invention is used is identical with prior art, repeats no more herein.
At present, multiple different types of base station simulator is arranged on the market, their majorities may be used to implement method of the present invention.
Be example with the gsm system mainly below, specifically introduce the base station simulator that utilizes of the present invention and confirm that whether mobile subscriber terminal exists and the method for accurate its quantity of statistics.
With reference to shown in Figure 2, method of the present invention specifically comprises following step:
Step S1: the parameter of testing current mobile communication base station.
Testing this step of parameter of current mobile communication base station can be carried out according to the test mode of routine by special test equipment or conventional equipment.Here said special test equipment is meant the testing equipment that mobile communication service provider is had, and as the mobile test terminal of special use, conventional equipment then is meant the mobile phone of any a worker's of being in mould state.Because any GSM and CDMA mobile phone all have worker's mould state, when this mobile phone enters worker's mould state, itself just possesses the ability of the environmental parameter that shows current mobile communications network.The parameter of above-mentioned current mobile communication base station can comprise a lot of particular contents.In gsm system, mainly comprise the score value, current network operator number of lane place numbering (LAC), candidate channel lane place numbering (LAC), control channel and the candidate channel of carrier frequency, the control channel of carrier frequency, the candidate channel of the current control channel of mobile communication base station etc.In cdma system, then comprise adjacent area table, area code, effective pilot set signal, candidate's pilot set signal, latitude and longitude of base station etc., this area code is the lane place numbering that mobile communications network is set at zones of different.
Step S2: according to the parameter setting base station simulator running parameter of the current mobile communication base station of being surveyed.
Among the step S2, base station simulator need be provided with a lot of parameters when work.For one of ordinary skill in the art, the method to set up of this parameter commonly used is known as mentioned above, below will repeat no more, and will describe the key parameter that is different from prior art of base station simulator of the present invention below in detail and set.In the area of coverage of current mobile communication base station, all mobile subscriber terminals all can receive the various signals in the control channel of this base station.Comprised adjacent area table (BA) and lane place numbering (LAC) in the signal of this base stations control channel.Below can the mobile subscriber terminal in the appointed area at introduction decision base station simulator place successfully sign in to the establishing method of the key parameter of this base station simulator.
In gsm system, the key parameter that can the mobile subscriber terminal that decision has been in open state sign in to base station simulator has two: the carrier frequency that transmits of base station simulator and lane place numbering (LAC).The method of setting these two parameters of base station simulator is: the carrier frequency of arbitrary candidate channel that above-mentioned use task equipment or conventional equipment are measured is as the working carrier frequency of base station simulator, promptly in the adjacent area table (BA) of mobile communication base station, current location the arbitrary carrier frequency of selection as the working carrier frequency of base station simulator.Marked the employed carrier frequency number of neighbor base station in the table of adjacent area, therefore, we can select the working carrier frequency of an adjacent area carrier frequency as base station simulator from the table of adjacent area.In addition, the lane place of base station simulator numbering (LAC) is arranged to lane place numbering (LAC) different numbering with the mobile communication base station, current location of above-mentioned measurement.This is the key point that the method for the invention is achieved.
For cdma system, lane place numbering (LAC) can substitute with base station warp, latitude.As long as the longitude and latitude parameter on the base station simulator is arranged on actual longitude and latitude away from current location.In addition, area code that also can base station simulator is set to roaming number, can realize above-mentioned functions equally.
Can enter step S3 after the parameter setting of base station simulator finished.
Step S3: base station simulator transmits according to the parameter of setting.
Wherein, base station simulator transmits according to the parameter of setting, so that mobile subscriber terminal receives the signal of differentiating behind this signal with a common mobile communication network base station emission is basic identical, base station simulator is also accepted transmitting of mobile subscriber on the same carrier simultaneously.In the base station simulator emitted radio signal, comprise Broadcast Control Channel, Traffic Channel or the like, in this step, base station simulator can also be provided with transmitting power with the need, regulate its transmitting power size according to the size of wanting output signal and distance parameter, for example can be with transmission power adjustment in the zone of a relatively large scope relatively large, and can be with transmission power adjustment in relatively more among a small circle regional less relatively.If the power output of base station simulator itself is not enough to the coverage test zone, also can external power amplifier or repeater.
Step S4: the signal that mobile subscriber terminal receives the base station simulator emission carries out the channel switching and signs in to base station simulator;
Among the step S4, mobile subscriber terminal constantly scans all mobile communication carrier frequency with control channel that meet the mobile communication standard in the standby process, and the situation of these carrier frequency marked, the content of scoring comprises signal strength signal intensity, signal to noise ratio or the like, at last all appraisal result is ranked.In case when finding that a certain carrier frequency standards of grading are higher than the carrier frequency of the current control channel of waiting for, mobile subscriber terminal then automatically switches to the higher carrier frequency of scoring, the control channel of base station is waited in continuation on new carrier frequency, monitor the parameters of the control channel in the broadcast channel of this carrier frequency in the process of waiting at any time.Because method of the present invention is to utilize base station simulator to measure in appointed area among a small circle, the portable terminal that promptly is equivalent in this is regional among a small circle has independent " mobile communication base station " (i.e. this base station simulator), then mobile subscriber terminal (comprises signal strength signal intensity to the appraisal result of the mobile communication carrier frequency of base station simulator generally speaking, signal to noise ratio etc.) can be higher than appraisal result for the control channel carrier frequency of actual mobile communication base station, then the interior among a small circle mobile communication terminal of this measurement can carry out the channel switching automatically, to switch to appraisal result higher " mobile communication base station " (i.e. this base station simulator).
After mobile subscriber terminal carries out channel switching (do not login this moment), promptly sign in to this base station simulator, particularly, when mobile subscriber terminal listens to the LAC parameter of current new base station (i.e. this base station simulator) control channel and previous LAC parameter of waiting for the base station not simultaneously, mobile subscriber terminal just must initiatively upgrade operation to this carrier frequency application location.The process of location update operations is: mobile subscriber terminal is initiated request, base station simulator assignment logic channel, mobile subscriber terminal reports TMSI (temporary mobile station identification code) or the IMSI (international mobile subscriber identity) of oneself on this logic channel, because base station simulator has aforesaid base station controller, mobile switching centre, mobile subscriber's putting position register, mobile user affiliation location register, equipment control portions of registers function, mobile subscriber terminal can be logined to base station simulator according to the general fashion of login base station.
Portable terminal promptly enters step S5 after the base station simulator login.
Step S5: base station simulator is confirmed the mobile subscriber terminal existence and is added up its quantity.
After the mobile subscriber terminal login, base station simulator just can be confirmed the mobile subscriber terminal existence and correspondingly add up its quantity according to described TMSI or IMSI.After the position of mobile subscriber terminal was upgraded and passed through, all information also can finally turn back on the terminal.At this moment, this terminal can think that this base station simulator is an available base stations, thereby can wait for for a long time on the control channel at this base station simulator place.So just realized that mobile subscriber terminal also can successfully sign in to base station simulator under holding state, thereby whether and more stably count the usage quantity of portable terminal in institute's survey scope the existence that base station simulator can test out mobile subscriber terminal, helps the optimization of arranging net and building.
For cdma system, the login process of mobile subscriber terminal is different, pilot signal around it is at first monitored in each base station carrier, when the signal strength signal intensity of finding certain Candidate Set pilot tone has surpassed the pilot frequency intensity+T_COMPs of effective pilot set * 0.5dB, the CDMA mobile subscriber terminal will carry out handover operation, monitor LAC (this moment can be the base station through, the latitude) difference of the base station after the switching then, then can login in a similar manner, thereby base station simulator is confirmed the existence of mobile subscriber terminal and is correspondingly added up its quantity according to this login.
Wherein can have multiplely about concrete statistical, base station simulator can external computer equipment.The mobile subscriber signs in to after the base station simulator, and base station simulator can externally be exported user's information such as IMSI number by interface, is counted by computer equipment, accurately knows the exact magnitude of mobile subscriber terminal in a certain appointed area.In addition, some base station simulator self also can be finished the function of counting, its internal memory for example, and the information of being imported when user terminal is logined inputs in this built-in memory and by embedded counting procedure and finishes technology.
The above only is a preferred implementation of the present invention, does not constitute the qualification to protection range of the present invention.Any 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 protection range of claim of the present invention.
Claims (18)
1. one kind is utilized base station simulator to confirm that there is and adds up the method for its quantity in mobile subscriber terminal, is used for mobile communication system, it is characterized in that comprising the steps:
11) parameter of the current mobile communication base station of test;
12) according to the parameter setting base station simulator running parameter of current mobile communication base station;
13) described base station simulator transmits according to the parameter of setting;
14) mobile subscriber terminal is marked to the received signal;
15) mobile subscriber terminal switches to the working carrier frequency of the higher base station simulator of appraisal result from the carrier frequency of its current mobile communication of waiting for according to appraisal result, and the working carrier frequency of on new carrier frequency, waiting for base station simulator, in the process of waiting for, monitor the parameter of the base station simulator of this new carrier frequency, wherein the parameter of base station simulator is network No., lane place numbering and adjacent area table, when the parameter of the parameter of base station simulator and current mobile communication base station not simultaneously, mobile subscriber terminal signs in to described base station simulator;
16) described base station simulator is confirmed the mobile subscriber terminal quantity that mobile subscriber terminal exists and correspondingly statistics signs in to this base station simulator according to log-on message.
2. the method for claim 1, wherein the parameter of the current mobile communication base station described in the step 11) comprises the carrier frequency of control channel of current mobile communication base station and the employed carrier frequency of neighbor base station of lane place numbering and current mobile communication base station.
3. method as claimed in claim 2, wherein said step 12) comprises: according to selecting the working carrier frequency of arbitrary carrier frequency as base station simulator in the employed carrier frequency of the neighbor base station of current mobile communication base station measured in the step 11); And the lane place of described base station simulator numbering is arranged to the different numbering of lane place numbering with the control channel of described current mobile communication base station; The parameter default setting except that the numbering of working carrier frequency and lane place with base station simulator is identical with the corresponding parameter of current mobile communication base station simultaneously.
4. the method for claim 1, wherein the parameter in the current mobile communication base station described in the described step 11) comprises area code, adjacent area table and the carrier frequency of current mobile communication base station.
5. method as claimed in claim 4, wherein said step 12) comprises: according to the adjacent area of current mobile communication base station measured in step 11) table, select carrier frequency in the table of arbitrary adjacent area as the working carrier frequency of base station simulator; And the area code of described base station simulator is arranged to the number different with the area code of described current mobile communication base station; Simultaneously with base station simulator except that working carrier frequency be identical with parameter default setting the area code with the corresponding parameter of current mobile communication base station.
6. method as claimed in claim 5, the area code of wherein said base station simulator are the lane place numbering that mobile communications network is set at zones of different.
7. the method for claim 1, wherein the test in described step 11) is to utilize special test equipment to test the parameter of current mobile communication base station.
8. the method for claim 1, wherein the test in described step 11) is to utilize conventional equipment to test the parameter of current mobile communication base station, this conventional equipment is the mobile phone of worker's mould state.
9. the method for claim 1, wherein said step 13) comprises: according to the watt level that transmits of the size of wanting output signal and distance parameter scalable base station simulator.
10. the method for claim 1, the scoring in the wherein said step 14) comprises the scoring to signal strength signal intensity, signal to noise ratio.
11. method as claimed in claim 3, wherein said step 14) comprises: described mobile subscriber terminal constantly scans all mobile communication carrier frequency that meet the mobile communication standard in the standby process, and the situation of these carrier frequency marked, at last all appraisal result are ranked.
12. method as claimed in claim 3, wherein said step 15) also comprises: the carrier frequency standards of grading of base station simulator are higher than current when waiting for the carrier frequency of mobile communication base station under finding, described mobile subscriber terminal automatically switches to the higher carrier frequency of this scoring, the control channel of base station simulator is waited in continuation on new carrier frequency, and in the process of waiting for, monitor the parameters of the control channel of this new carrier frequency, the lane place numbering that listens to this base station simulator when described mobile subscriber terminal is numbered not simultaneously with the lane place of previous mobile communication base station of waiting for, and described mobile subscriber terminal is initiatively to this base station simulator request login.
13. method as claimed in claim 5, wherein said step 14) comprises: the pilot signal around the mobile subscriber terminal monitoring in each base station carrier, when the signal strength signal intensity of the Candidate Set pilot tone of finding base station simulator has surpassed the pilot frequency intensity+T_COMPs of effective pilot set of current communication base station * 0.5dB, judge that promptly the appraisal result of carrier frequency of this base station simulator is higher.
14. method as claimed in claim 5, wherein said step 15) comprises: the current mobile user terminal automatically switches to the carrier frequency of the higher base station simulator of appraisal result, and continue on new carrier frequency, to wait for signal of base station, and in the process of waiting for, monitor the parameters of this new carrier frequency, the area code that listens to the area code of this base station simulator and previous mobile communication base station of waiting for when described mobile subscriber terminal not simultaneously, described mobile subscriber terminal is initiatively to this base station simulator request login.
15. the method for claim 1, wherein said log-on message comprises the temporary mobile station identification code.
16. the method for claim 1, wherein said log-on message comprises international mobile subscriber identity.
17. the method for claim 1, wherein in described step 16) in, base station simulator uses external computer equipment, by interface the log-on message of described mobile subscriber terminal is inputed to this computer equipment, count the mobile subscriber terminal quantity of confirming that mobile subscriber terminal exists and correspondingly statistics signs in to this base station simulator by this computer equipment.
18. the method for claim 1, wherein in described step 16) in, base station simulator uses internal memory, the log-on message of described mobile subscriber terminal is inputed in this internal memory, confirm the mobile subscriber terminal quantity that mobile subscriber terminal exists and correspondingly statistics signs in to this base station simulator by embedded counting procedure.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| PCT/CN2005/000134 WO2006079252A1 (en) | 2005-01-31 | 2005-01-31 | Method of confirming the present of mobile user terminal and accounting the number of the present terminals by using base station simulator |
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| CN101061728A CN101061728A (en) | 2007-10-24 |
| CN100531459C true CN100531459C (en) | 2009-08-19 |
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| IT1402750B1 (en) | 2010-10-29 | 2013-09-18 | Vodafone Omnitel Nv | METHOD AND SYSTEM TO ESTIMATE THE NUMBER OF MOBILE TERMINALS INSIDE A GEOGRAPHICAL AREA. |
| CN102843714B (en) * | 2012-09-25 | 2015-02-25 | 公安部第三研究所 | Method for confirming GSM (global system for mobile communications) base station simulator according to wireless parameters |
| CN104038952B (en) * | 2014-06-25 | 2018-05-18 | 兴天通讯技术（天津）有限公司 | The Forecasting Methodology and forecasting system of accident |
| CN104994537B (en) * | 2015-06-09 | 2018-09-11 | 广东欧珀移动通信有限公司 | A kind of test method and device of mobile terminal international roaming function |
| CN106534493A (en) * | 2016-10-21 | 2017-03-22 | 上海斐讯数据通信技术有限公司 | People flow early warning method based on smart terminal and smart terminal |
| CN109257135B (en) * | 2017-07-12 | 2020-08-28 | 中国移动通信集团广东有限公司 | Mobile terminal shielding method and interference base station |
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| US6308072B1 (en) * | 1996-04-26 | 2001-10-23 | Motorola, Inc. | Method and apparatus for controlling a wireless communication system |
| US6571082B1 (en) * | 1999-10-29 | 2003-05-27 | Verizon Laboratories Inc. | Wireless field test simulator |
| US20020176394A1 (en) * | 2001-04-09 | 2002-11-28 | Bryger Boaz E. | Coupling of a mobile testing system |
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