CN101193423A - Cycle location method for mobile location service - Google Patents
Cycle location method for mobile location service Download PDFInfo
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- CN101193423A CN101193423A CNA200610144916XA CN200610144916A CN101193423A CN 101193423 A CN101193423 A CN 101193423A CN A200610144916X A CNA200610144916X A CN A200610144916XA CN 200610144916 A CN200610144916 A CN 200610144916A CN 101193423 A CN101193423 A CN 101193423A
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Abstract
The invention provides a method for positioning a cycle in a mobile positioning service. The method includes the following steps: step a, a request party transmits a cycle positioning request to a positioning party so as to request to start a second cycle positioning procedure; step b, the positioning party confirms a new cycle parameter by combining a second cycle parameter in the second cycle positioning request procedure with a first cycle parameter in the cycle positioning procedure aiming at the request party and the positioning party also carries out the second cycle positioning procedure according to the new cycle parameter.
Description
Technical field
The present invention relates to the running fix field, in particular to a kind of cycle localization method of mobile location service.
Background technology
Mobile location service in the Radio Network System more and more is subjected to paying close attention to widely.The main application of mobile location service includes: the emergency calling position service that is used for user security; The location is followed the tracks of and is used; Individual's positioning service (for example inquiry of service industry such as traffic, lodging information); Intelligent transportation transportation location; The design of Radio Network System and resource management; Be used for the charging (determining the communication cost of some position according to calling rate) of Radio Network System etc.
The request type of the positioning service that defines among the 3GPP has position requests and two types of time-delay position requests immediately, for the time-delay location, and just is divided into again in standardized time-delay locating events type:
1) incident that can use of UE
2) incident of regional change type
3) the time-delay locating events of period type.
In the SUPL standard of OMA the cycle is defined as the independently positioning service type of another kind that is independent of immediately outside the location of locating, delay time.
In the existing positioning flow, when taking place for same user's a plurality of period position request events, if the cycle timer of cycle location all is to be provided with by GMLC, GMLC was timed to the position requests that then sends " type immediately " incident and gives MSC/SGSN whenever the cycle.
Shown in the WCDMA running fix framework map of Fig. 1, for the optimization cycle position fixing process, can (this network element can be other GMLC at GMLC each network element in the mobile network, perhaps MSC, perhaps SGSN, and the RNC that descends one deck again, UE, SAS (separate traffic mobile positioning center, StandAlone SMLC) wait each network element) send in the cycle Location Request and all increase cycle parameter (period interval time, the periodic location reporting number of times), by the orlop network element (if on MSC or SGSN, cycle timer is set, then MSC or SGSN are the orlop network element, if on RNC or SAS, cycle timer is set, then RNC or SAS are exactly the orlop network element, if cycle timer is arranged on the UE, then UE is exactly the orlop network element) cycle timer is set, cycle obtains positional information, reports to the network element on upper strata.The benefit of Chu Liing is like this, does not need the frequent message in upper strata to initiate Location Request, as long as initiate a cycle Location Request, just can obtain a plurality of response results subsequently, saves message flow and transmits.In the standard of 3GPP agreement and OMA tissue, be provided with to move for the cycle and carrying out constantly revising, but the modification of having confirmed, still be not enough to reach the optimization of periodic location reporting process to lower floor.
Because existing protocol and technology can not the execution cycle parameter modifications, when if GMLC need need revise the cycle parameter of the ongoing cycle position fixing process of its lower floor (network elements such as MSC/SGSN, RNC, SMLC or SAS, UE), can only send message earlier and stop ongoing position fixing process, resend the new position fixing process that message initiates to revise the back cycle parameter then.The treatment effeciency that such processing can be located in the reduction cycle.
Therefore, people need a kind of optimization process technical scheme of cycle location, can solve the problem in the above-mentioned correlation technique.
Summary of the invention
Problems such as the present invention has aimed to provide the optimization process method of a kind of cycle location, and the treatment effeciency of cycle location is low when being used to solve period parameters and need revising.
According to an aspect of the present invention, provide a kind of cycle localization method that is used for mobile location service, may further comprise the steps: step a, requesting party initiate position fixing process second round to location side's transmission cycle Location Request with request; Step b, location reef knot close Location Request process second round second round parameter and the period 1 parameter of its period 1 position fixing process that requesting party is being carried out determine new cycle parameter, and according to new cycle parameter execution position fixing process second round.
In above-mentioned cycle localization method, after the cycle Location Request is received by location side, judge whether to carry out the period 1 position fixing process, if, then proceed to step b, otherwise execution in step b not.
In above-mentioned cycle localization method, location side is after determining to carry out the period 1 position fixing process, further judge whether second service priority of position fixing process second round is higher than first service priority of period 1 position fixing process, if for being, then proceed to step b, otherwise execution in step b not.
In above-mentioned cycle localization method, equal first service priority if judge second service priority, judge further then whether the second round parameter is more accurate than the period 1 parameter, if, then proceed to step b for being, otherwise execution in step b not.
In above-mentioned cycle localization method, cycle parameter comprises that the blanking time of position message and position message report number of times.
In above-mentioned cycle localization method, step b may further comprise the steps: the portion's processing within it of the reception network element that is used for the receiving cycle Location Request in the side of location judgement is provided with new cycle parameter, and the follow-up network element in the side of location sends the cycle locating request message of the modification cycle parameter type of carrying new cycle parameter; After follow-up network element is received the cycle locating request message, substitute the period 1 parameter, continue to revise the period 1 position fixing process after the period 1 parameter then, with this position fixing process second round as new modification cycle parameter with revising cycle parameter; If follow-up network element is received after the cycle locating request message, judge that self is not provided with cycle timer, then continue transmission cycle locating request message and carry out above-mentioned processing to its follow-up network element.
In above-mentioned cycle localization method, for the mode that cycle timer is provided with on portable terminal, interface message comprises following at least a: the message between the Non-Access Stratum between Lg interface message, core net and the portable terminal.
In above-mentioned cycle localization method, for the mode that cycle timer is provided with on radio network controller, interface message comprises following at least a: the message between the Non-Access Stratum between Lg interface message, Lr interface message, core net and the portable terminal, Iu interface message.
In above-mentioned cycle localization method, for the mode that cycle timer is provided with on professional mobile positioning center independently, interface message comprises following at least a: the message between the Non-Access Stratum between Lg interface message, Lr interface message, core net and the portable terminal, Iupc interface message.
In above-mentioned cycle localization method, follow-up network element comprise following one of at least: SGSN, MSC, RNC, SMLC.
According to a further aspect in the invention, a kind of cycle positioner that is used for mobile location service is provided, comprise: cycle location initiation module, be used to make portable terminal or mobile network or location service to act on behalf of direction GMLC or MSC or SGSN sends the cycle Location Request, exist the cycle to receive new cycle Location Request process during the Location Request process once more with request; And cycle parameter modified module, be used to make GMLC or MSC or SGSN in conjunction with the cycle parameter that the cycle parameter setting of the cycle parameter of the cycle Location Request of having carried out and new cycle Location Request is revised as, send out the cycle Location Request process that it revises cycle parameter to follow-up network element then.
By technique scheme, the present invention has realized following technique effect:
Adopt method provided by the invention, by increasing the cycle Location Request of " modification locating periodically " type, revise the cycle parameter setting of ongoing cycle position fixing process, so just do not need first termination, initiate the positioning flow in each stage again, therefore, optimize the processing procedure of cycle location, improved the treatment effeciency of cycle location.
Other features and advantages of the present invention will be set forth in the following description, and, partly from specification, become apparent, perhaps understand by implementing the present invention.Purpose of the present invention and other advantages can realize and obtain by specifically noted structure in the specification of being write, claims and accompanying drawing.
Description of drawings
Accompanying drawing described herein is used to provide further understanding of the present invention, constitutes the application's a part, and illustrative examples of the present invention and explanation thereof are used to explain the present invention, do not constitute improper qualification of the present invention.In the accompanying drawings:
Fig. 1 shows the flow chart according to the cycle localization method of the embodiment of the invention;
Fig. 2 shows the block diagram according to the cycle localization method device of the embodiment of the invention;
Fig. 3 shows WCDMA running fix framework map;
Fig. 4 shows cycle location basic flow sheet one time;
Fig. 5 shows the cycle location basic flow sheet when revising cycle parameter.
Embodiment
Below with reference to the accompanying drawings and in conjunction with the embodiments, describe the present invention in detail.
The invention provides a kind of cycle localization method and device that is used for mobile location service.
Fig. 1 shows portable terminal and initiates the cycle Location Request to MSC, and MSC judges need be by revising the flow chart that cycle parameter carries out the cycle location, and it may further comprise the steps:
Step S102, requesting party initiate position fixing process second round to location side's transmission cycle Location Request with request.
Step S104, the location reef knot close Location Request process second round second round parameter and the period 1 parameter of its period 1 position fixing process that requesting party is being carried out determine new cycle parameter, and according to new cycle parameter execution position fixing process second round.
Specifically, in running fix time-delay position fixing process, the invention provides event type is a kind of optimization process method of cycle location.Furthermore, carrying out in the position fixing process of designated period, if can be by revising cycle parameter, need not initiate to stop ongoing cycle position fixing process earlier, again initiate new cycle position fixing process then and revise the cycle parameter setting, directly send the cycle parameter message that needs to revise and go down, the processing procedure of optimization cycle location.
In above-mentioned cycle localization method, after the cycle Location Request is received by location side, can judge whether to carry out the period 1 position fixing process, if, then proceed to step S104, otherwise execution in step S104 not.
Location side is after determining to carry out the period 1 position fixing process, can judge further whether second service priority of position fixing process second round is higher than first service priority of period 1 position fixing process, if, then proceed to step S104 for being, otherwise execution in step S104 not.
Equal first service priority if judge second service priority, can judge further then whether the second round parameter is more accurate than the period 1 parameter, if, then proceed to step S104 for being, otherwise execution in step S104 not.
In above-mentioned cycle localization method, cycle parameter can comprise that the blanking time of position message and position message report number of times.
Step S104 may further comprise the steps: the portion's processing within it of the reception network element that is used for the receiving cycle Location Request in the side of location judgement is provided with new cycle parameter, and the follow-up network element in the side of location sends the cycle locating request message of the modification cycle parameter type of carrying new cycle parameter; After follow-up network element is received the cycle locating request message, substitute the period 1 parameter, continue to revise the period 1 position fixing process after the period 1 parameter then, with this position fixing process second round as new modification cycle parameter with revising cycle parameter; If follow-up network element is received after the cycle locating request message, judge that self is not provided with cycle timer, then continue transmission cycle locating request message and carry out above-mentioned processing to its follow-up network element.
Follow-up network element comprise following one of at least: SGSN, MSC, RNC, SMLC.
For the mode that cycle timer is provided with on portable terminal, interface message can comprise following at least a: the message between the Non-Access Stratum between Lg interface message, core net and the portable terminal.
For the mode that cycle timer is provided with on radio network controller, interface message can comprise following at least a: the message between the Non-Access Stratum between Lg interface message, Lr interface message, core net and the portable terminal, Iu interface message.
For the mode that cycle timer is provided with on professional mobile positioning center independently, interface message can comprise following at least a: the message between the Non-Access Stratum between Lg interface message, Lr interface message, core net and the portable terminal, Iupc interface message.
Specifically, if the position location request of initiating by LCS agency (LCS Client), and on Gateway Mobile Location Center (GMLC), can judge the cycle modification need be set, then carry out following steps.Step a, LCS Client sends the cycle Location Request to GMLC; Step b, the GMLC judgement had been initiated a cycle Location Request process to lower level network element, and be to satisfy cycle Location Request before and this cycle Location Request simultaneously can finish to the cycle parameter setting that follow-up network element request is revised in the cycle Location Request of initiating before, then GMLC is provided with amended cycle parameter (periodic report blanking time, cycle report number of times), initiates the position location request process of modification cycle location to the next stage network element; And step c, the follow-up network element of above-mentioned GMLC judges whether self is provided with the cycle timer of a preceding cycle Location Request, if, then according to revising the parameter modification cycle timer in the request and reporting number of times, otherwise continue to send the position location request in modification cycle to the network element of next stage more, revise the period position request up to this and arrive the network element that cycle positioning timing device is provided with, make it revise cycle parameter, timer is set and reports number of times according to the parameter of revising in the request, carry out amended cycle position fixing process.
If the position requests that position requests that position requests that the LCS agency initiates or UE oneself initiate or mobile network initiate, and judge that on MSC or SGSN needing to revise cycle parameter satisfies simultaneously, then carries out following steps.Step a, MSC or SGSN receive new cycle Location Request; Step b, MSC or SGSN judgement had been initiated a cycle Location Request process to lower level network element, and be to satisfy cycle Location Request before and this cycle Location Request simultaneously can finish to the cycle parameter setting that follow-up network element request is revised in the cycle Location Request of initiating before, then MSC or SGSN are provided with amended cycle parameter (periodic report blanking time, cycle report number of times), initiate the position location request process of modification cycle location to the next stage network element; And step c, the follow-up network element of above-mentioned MSC or SGSN judges whether self is provided with the cycle timer of a preceding cycle Location Request, if, then according to revising the parameter modification cycle timer in the request and reporting number of times, otherwise continue to send the position location request in modification cycle to the network element of next stage more, revise the period position request up to this and arrive the network element that cycle positioning timing device is provided with, make it revise cycle parameter, timer is set and reports number of times according to the parameter of revising in the request, carry out amended cycle position fixing process according to a further aspect in the invention, a kind of cycle localization method device is provided, it comprises: cycle location initiation module, be used to make portable terminal to send the cycle Location Request or LCSclient sends the cycle Location Request to GMLC to MSC or SGSN, or mobile network self triggers the cycle Location Request, existing the cycle during Location Request, initiate new cycle Location Request process with request once more; And cycle parameter modified module, to be used to make decision-making network element (GMLC or MSC or SGSN) decision-making in order satisfying simultaneously before and new cycle Location Request, to need the follow-up network element of decision-making network element to carry out new cycle location with the cycle Location Request process of amended cycle parameter.
Fig. 2 shows the block diagram according to the cycle localization method device 200 of the embodiment of the invention, and it comprises:
Cycle location initiation module 202, be used to make portable terminal or mobile network or location service to act on behalf of direction GMLC or MSC or SGSN sends the cycle Location Request, exist the cycle to receive new cycle Location Request process during the Location Request process once more with request; And
Cycle parameter modified module 204, be used to make GMLC or MSC or SGSN in conjunction with the cycle parameter that the cycle parameter setting of the cycle parameter of the cycle Location Request of having carried out and new cycle Location Request is revised as, send out the cycle Location Request process that it revises cycle parameter to follow-up network element then.
Specific embodiments of the invention are described below.
The cycle localization method that the present invention proposes is meant for the same user of being positioned, when cycle for this user of having carried out among the mobile network once during position fixing process 1, Gateway Mobile Location Center (GMLC) side receives the new period position request 2 for same user again, if can substitute the period interval time parameter of ongoing cycle position fixing process 1 with the cycle position fixing process of new modification period interval time parameter is provided with, can be as well as possible satisfy simultaneous a plurality of cycle Location Request, the blanking time (if necessary, needing to revise the number of times that reports of ongoing position message simultaneously) that then only needs the position message of the ongoing cycle position fixing process of modification.After adopting the mode of modification cycle align_type, just do not need GMLC to stop ongoing cycle position fixing process earlier, and then initiate new cycle position fixing process again, to reach the purpose of the optimization that improves system handles efficient.
The method of revising the cycle parameter of ongoing cycle position fixing process is, increases a kind of event type " periodic modify " in locating request message, and the cycle parameter of locating request message is provided with according to amended parameter then.
The mode that is provided with on UE for cycle timer is for example made amendment in Non-Access Stratum (NAS) interface message of as described in Figure 3 Lg, SGSN/MSC and UE; The mode that is provided with on RNC for cycle timer is for example made amendment in the interface message of as described in Figure 3 Lg, SGSN/MSC and UE, Iu interface message; For example go up the mode that is provided with at professional mobile positioning center (SAS, StandAlone SMLC) independently, in the interface message of as described in Figure 3 Lg, SGSN/MSC and UE, make amendment, make amendment among the Iu, Iupc interface message for cycle timer.Certainly do not get rid of the modification in other locating request message that to pass through yet.
The cycle relevant information that comprises in the cycle positioning service request message of each interface of existing 3GPP protocol definition has:
1) request event type: (stop Periodic) type of (periodic) type of cycle location, dwelling period location;
2) cycle parameter information: the blanking time of position message, position message report number of times.
Adopt after the present invention, the cycle relevant information that comprises in the cycle positioning service request is:
1) request event type: cycle location (periodic) type, dwelling period location (stopPeriodic) type, modification cycle location (modify periodic) type (promptly revising the cycle positional parameter);
2) cycle parameter information: the blanking time of position message, position message report number of times.
Below in conjunction with the applicating example of Fig. 4 by WCDMA application scenarios of the present invention is described:
The framework map of positioning service as shown in Figure 3, when Gateway Mobile Location Center (GMLC) receives that the event type from location-based service agency (LCS client) is the locating request message R1 of ' cycle location ', this moment, GMLC judged the cycle position fixing process for the identical user that is positioned that is not carrying out also not having end at this moment, and be P1 the blanking time of the periodic location reporting in the QOS parameter in this time Location Request, the report reporting number of times is N1, and then the cycle parameter of GMLC initiation R1 request as shown in Figure 4 is the position fixing process of P1 and N1.
If when the cycle position fixing process of R1 request was not finishing, GMLC received the new cycle Location Request R2 from LCS Client again, GMLC can judge and have two cycle Location Requests simultaneously this moment,
If the priority of new cycle Location Request R2 is higher than the priority of ongoing cycle Location Request R1, then GMLC directly initiates the Location Request in modification cycle to follow-up network element, event type is " modification cycle (periodic modify) " in the locating request message, and the parameter of asking in the cycle Location Request of cycle parameter (blanking time of position message and position message report number of times) according to R2 is provided with.The position fixing process that still has been untreated for R1, the cycle timer of R1 request can be set on GMLC, when being timed to, report the requesting party of R1 according to the positioning result of the last R2 as the positioning result of R1, up to the report number of times of finishing the R1 request.Or the number of times of R2 request is initiated the Location Request in modification cycle after finishing again, revise that event type is " periodic modify " in the Location Request of type this moment, the blanking time of cycle parameter, the report number of times was provided with according to the number of times that residue R1 need report according to being provided with the blanking time in the R1 request message; Perhaps GMLC directly locatees end reporting period to the requesting party of R1, no longer continues to provide the position message result to the requesting party.
If the priority of new cycle Location Request R2 is identical with the priority of the R1 that positions process, then be P2 the blanking time of the periodic location reporting in the QOS parameter in the R2 Location Request, and the number of times that reports of position message is N2.And or required precision identical with the required precision of the cycle position fixing process of ongoing R1 can be handled with following flow process more accurately the time.
If P1＞P2, then the GMLC side number of times that reports that need notify thereafter each network element to revise periodic location reporting is P2.
Above some processing that may exist application in the present invention are described, the present invention includes but be not limited to top described.
Realize the cycle position fixing process of the Location Request of Mobile Termination (MT) in chain of command mode among the WCDMA of 3GPP definition, and the locating periodically timer is arranged at one on RNC cycle position fixing process that completes successfully and illustrates.GMLC receives the cycle Location Request R1 from LCSClient, and the R1 information setting is as shown in the table.
Table 1
| The parameter of position requests | The value that the position requests parameter is provided with |
| Priority | Normally |
| Horizontal accuracy | 15 meters |
| The event type of request | The cycle location |
| The blanking time of position message | 2 minutes |
| Position message report number of times | 10 times |
GMLC judges that the position fixing process that does not have the ongoing same user of being positioned exists, and then initiates cycle position fixing process as shown in Figure 4.Cycle timer is arranged on the RNC.
Table 2
| The parameter of position requests | The value that the position requests parameter is provided with |
| Priority | Normally |
| Horizontal accuracy | 15 meters |
| The event type of request | The cycle location |
| The blanking time of position message | 30 seconds |
| Position message report number of times | 60 times |
After GMLC receives cycle Location Request R1, as shown in Figure 4, execution cycle positioning flow (Figure 4 shows that the flow process that realizes existing 3GPP normal cycle location), detailed steps is as described below.
Step 1, GMLC receives the cycle Location Request from LCS client in 401 processes, after GMLC has carried out flow processs such as normal information judgement, if determine that the user of current cycle Location Request does not have other direct position fixing process of existence or the cycle position fixing process of existence carries out, then GMLC initiates the cycle position fixing process for this user that is positioned.
Step 2, in 402 processes, GMLC sends the cycle Location Request to the MSC/SGSN of correspondence, blanking time, 10 position messages of having periodic event type, 2 minutes position messages in the cycle Location Request report number of times, MSC/SGSN carries out corresponding processing procedure after receiving the cycle Location Request, begin then and UE between carry out normal positioning service correlated process such as paging, authentication and notice, as Fig. 4 403 shown in process; 403 processes complete successfully, and then MSC/SGSN can be to the subsequent cycle of network element initiation afterwards position fixing process.
Step 3, MSC/SGSN is in 404 and 405 processes shown in Figure 4, execution cycle positioning service message call is mutual, after receiving 405 response message, return 406 cycle location response message to GMLC, GMLC continues not have the object information of location in the response message of this moment to the requesting party LCS of R1 Client restoring to normal position service response.
Step 4, MSC/SGSN carries out relevant Non-Access Stratum (NAS) message of positioning service mutual in 408 processes, after completing successfully, the NAS message from UE that MSC/SGSN receives by 405 processes " the cycle positioning service is called and replied " need to determine notice RNC to remove to continue this time cycle position fixing process.
Step 5, shown in 408 processes of Fig. 4, MSC/SGSN sends the cycle Location Request to RNC, and be that 2 minutes, the number of times that reports of position message are 10 times the blanking time of assigned address report in the cycle Location Request.RNC receives the cycle positioning request information content of receiving in back storage 408 processes.
Step 6, RNC is provided with 2 minutes cycle intervalometer, when being timed to, goes to carry out 410 location-independent process, and RNC obtains positioning result according to 410 processes, sends to MSC/SGSN by 411 positioning results, carries out 412 positioned update process then.After MSC/SGSN receives the locating result information of RNC, by 412 processes locating result information is sent to GMLC, GMLC sends to LCS client to locating result information by 413 processes again.
The process of repeating step 6, up to finish specify the positioning result report number of times to report after, finish this time cycle position fixing process.
Below in conjunction with the position fixing process of describing modification cycle parameter shown in the present as Fig. 5.
Step 1, GMLC is after receiving 10 seconds of R1, GMLC receives the cycle Location Request R2 from LCS client in 501 processes, this moment GMLC judge in 502 processes can be with satisfied simultaneously two class Location Requests of minor cycle more, then pass through the cycle parameter of the cycle position fixing process of the ongoing R1 of modification, satisfy the position fixing process of R1 and R2 simultaneously.
Step 2, GMLC sends the cycle Location Request by 503 processes to MSC/SGSN, and the event type of this request is the modification cycle, and be 30 seconds the blanking time of position message, and the number of times that reports of position message is 60 times.
Step 3, MSC/SGSN has received the request from GMLC in 503 processes, in 504 processes, judge now to have had a cycle position fixing process of carrying out, then accept the cycle Location Request that period type is revised in this time, carry out 505 corresponding process such as authentication notice then.
Step 4, MSC/SGSN sends the cycle positioning service by 506 to UE and calls, and it is the modification cycle that event type is set in this message, and be 30 seconds the blanking time that position message is set in cycle parameter is provided with, and the number of times that reports of position message is 60 times.507 processes are received the successful respond message of UE, carry out 510 NAS positioning service correlated process then, and in 508, send cycle location response message to GMLC, after GMLC receives, send the Location Request response message of 509 processes to the requesting party of R2, do not have locating result information in this response message.
Step 5, MSC/SGSN judges that according to the response result of 507 processes the position fixing process needs that will continue the cycle of revising send the locating request message in modification cycle to RNC, 511 processes of then carrying out send locating request message to RNC, type of event parameter in the request message is set to revise period type, be set to 30 seconds the blanking time of position message in the cycle parameter, and the number of times that reports of position message is set to 60 times.
Step 6, RNC judges it is the cycle position fixing process of period type of will making amendment in the Location Request that 511 processes are received, if judge and had an ongoing cycle position fixing process, then accept the cycle Location Request that this revises period type.Revise the cycle parameter of the cycle position fixing process of local storage, the cycle timer that termination has been provided with is reset 30 seconds cycle timer.
Step 7, RNC is provided with 30 seconds cycle intervalometer, when being timed to, goes to carry out 513 location-independent process, and RNC obtains positioning result according to 513 processes, sends to MSC/SGSN by 514 positioning results, carries out 515 positioned update process then.After MSC/SGSN receives the locating result information of RNC, locating result information is sent to GMLC by 516 processes.
Step 8, GMLC sends to LCSclient to locating result information by 517 processes again.The process of repeating step 7～step 8 has then been finished up to RNC and have been specified the cycle position fixing process that reports number of times 60 times, end period position fixing process.
Step 9,518 process prescriptions for the handling process of cycle Location Request on GMLC of R1.Carry out in the process in above-mentioned each step, GMLC need be provided with the blanking time (Ding Shi time is set to 110 seconds first) of 2 minutes position messages of R1, when being timed to, the cycle positioning result of the cycle positioning result of the current the last R2 that obtains, send the cycle locating result information to the requesting party of R1 as R2; Reset 2 minutes cycle timer then, up to finished report for 10 times after, finish the cycle Location Request process of R1.
Method of the present invention is not limited to exist simultaneously the cycle position fixing process of twice cycle Location Request, for the cycle position fixing process that has repeatedly the cycle Location Request simultaneously, as long as satisfy application conditions, equally can be suitable for.
By above description as can be seen, the present invention has realized following beneficial effect,
Adopt the cycle localization method of modification period type provided by the invention, by revising the cycle parameter of ongoing cycle position fixing process, then do not need GMLC to stop ongoing cycle position fixing process earlier, and then initiate new cycle position fixing process again, optimize the processing procedure of cycle location, can improve the treatment effeciency of position fixing process.
Be the preferred embodiments of the present invention only below, be not limited to the present invention, for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a cycle localization method that is used for mobile location service is characterized in that, may further comprise the steps:
Step a, requesting party initiate position fixing process second round to location side's transmission cycle Location Request with request;
Step b, described location reef knot close described second round of Location Request process second round parameter and the period 1 parameter of its period 1 position fixing process that described request side is being carried out determine new cycle parameter, and carry out described second round of position fixing process according to described new cycle parameter.
2. cycle localization method according to claim 1 is characterized in that, after described cycle Location Request is received by described location side, judge whether to carry out described period 1 position fixing process, if then proceed to described step b, otherwise do not carry out described step b.
3. cycle localization method according to claim 2, it is characterized in that, described location side is after determining to carry out described period 1 position fixing process, further judge whether second service priority of described second round of position fixing process is higher than first service priority of described period 1 position fixing process, if for being, then proceed to described step b, otherwise do not carry out described step b.
4. cycle localization method according to claim 2, it is characterized in that, equal described first service priority if judge described second service priority, further judge then whether described second round parameter is more accurate than described period 1 parameter, if for being, then proceed to described step b, otherwise do not carry out described step b.
5. cycle localization method according to claim 1 is characterized in that, described cycle parameter comprises that the blanking time of position message and position message report number of times.
6. cycle localization method according to claim 1 is characterized in that, described step b may further comprise the steps:
The reception network element that is used for the receiving cycle Location Request in described location side portion's processing within it judgement is provided with described new cycle parameter, and the follow-up network element in described location side sends the cycle locating request message of the modification cycle parameter type of carrying described new cycle parameter;
After described follow-up network element is received described cycle locating request message, substitute described period 1 parameter with described modification cycle parameter, continue to revise the described period 1 position fixing process after the described period 1 parameter then, with this described second round of position fixing process as new modification cycle parameter;
If described follow-up network element is received after the described cycle locating request message, judge that self is not provided with cycle timer, then continue to send described cycle locating request message and carry out above-mentioned processing to its follow-up network element.
7. cycle localization method according to claim 6, it is characterized in that, for the mode that cycle timer is provided with on portable terminal, described interface message comprises following at least a: the message between the Non-Access Stratum between Lg interface message, core net and the described portable terminal.
8. cycle localization method according to claim 6, it is characterized in that, for the mode that cycle timer is provided with on radio network controller, described interface message comprises following at least a: the message between the Non-Access Stratum between Lg interface message, Lr interface message, core net and the portable terminal, Iu interface message.
9. cycle localization method according to claim 6, it is characterized in that, for the mode that cycle timer is provided with on professional mobile positioning center independently, described interface message comprises following at least a: the message between the Non-Access Stratum between Lg interface message, Lr interface message, core net and the portable terminal, Iupc interface message.
10. cycle localization method according to claim 6 is characterized in that, described follow-up network element comprise following one of at least: SGSN, MSC, RNC, SMLC.
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| CN200610144916XA CN101193423B (en) | 2006-11-22 | 2006-11-22 | Cycle location method for mobile location service |
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| CN200610144916XA CN101193423B (en) | 2006-11-22 | 2006-11-22 | Cycle location method for mobile location service |
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| CN101193423A true CN101193423A (en) | 2008-06-04 |
| CN101193423B CN101193423B (en) | 2010-12-08 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105704659A (en) * | 2014-12-12 | 2016-06-22 | 三星电子株式会社 | Method for estimating location, and electronic device and server thereof |
| WO2023035275A1 (en) * | 2021-09-13 | 2023-03-16 | 北京小米移动软件有限公司 | Method and apparatus for receiving and transmitting configuration information and readable storage medium |
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2006
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105704659A (en) * | 2014-12-12 | 2016-06-22 | 三星电子株式会社 | Method for estimating location, and electronic device and server thereof |
| US10634759B2 (en) | 2014-12-12 | 2020-04-28 | Samsung Electronics Co., Ltd | Method for estimating location, and electronic device and server thereof |
| WO2023035275A1 (en) * | 2021-09-13 | 2023-03-16 | 北京小米移动软件有限公司 | Method and apparatus for receiving and transmitting configuration information and readable storage medium |
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| Publication number | Publication date |
|---|---|
| CN101193423B (en) | 2010-12-08 |
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