CN101778369A - Measuring method, device and system of neighbouring cell - Google Patents
Measuring method, device and system of neighbouring cell Download PDFInfo
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- CN101778369A CN101778369A CN200910003639A CN200910003639A CN101778369A CN 101778369 A CN101778369 A CN 101778369A CN 200910003639 A CN200910003639 A CN 200910003639A CN 200910003639 A CN200910003639 A CN 200910003639A CN 101778369 A CN101778369 A CN 101778369A
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Abstract
The embodiment of the invention discloses a measuring method, a device and a system of a neighbouring cell. A neighbouring cell list updating method comprises the following steps: non-dedicated connection status terminals receive automatic neighbouring cell relation optimization indication messages sent by network equipment; cells which are not in a neighbouring cell list are measured, and/or the global cell identifications of the cells which are not in the neighbouring cell list are read according to the automatic neighbouring cell relation optimization indication messages. For the terminals executing business, the neighbouring cell measurement and task reporting do not need to be executed by applying the technical scheme of the embodiment of the invention, thereby avoiding the influence on the business in the process of updating the neighbouring cell list.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of method of measurement of adjacent area, Apparatus and system.
Background technology
Neighboring BS relationship is the key content of Radio Network System planning and optimization always, the adjacent section planning of early stage system is information such as artificial combining geographic information system, traffic model, mode, carry out the selection of site, so that can reach the system index requirement at aspects such as covering, throughput and quality.
At UMTS (Universal Mobile Telecommunications System, universal mobile telecommunications system) in, switch the sub-district and operation such as gravity treatment is based on all that Neighboring Cell List carries out, in case mistake appears in Neighboring Cell List, join such as the adjacent area leakage, just may cause switching/gravity treatment failure, therefore Neighboring Cell List is vital for the normal operation of UMTS system accurately.
Neighboring Cell List generally be the networking initial stage according to measuring or emulated data planning generates, the later stage can further be optimized Neighboring Cell List according to data such as user's feedback or handover success rates.
Existing ANR (Automatic Neighbor Relation, Automatic Neighboring Relation is optimized) mechanism, be by the terminal that is in single user state to the measuring of the signal quality of the sub-district in Neighboring Cell List not, and measurement result is reported according to the order of network equipment.This mode can impact the regular traffic of system.
Summary of the invention
In view of this, the embodiment of the invention provides a kind of measurement of adjacent area and report method, Apparatus and system, to avoid the upgrading Neighboring Cell List process business is impacted, and technical scheme is as follows:
A kind of method of measurement of adjacent area comprises:
Non-dedicated connection status terminals receives the Automatic Neighboring Relation optimization Indication message that network equipment sends;
According to described Automatic Optimal neighboring BS relationship Indication message, to the sub-district in Neighboring Cell List not measuring, and/or read the not global cell identity of the sub-district in Neighboring Cell List;
A kind of terminal, described terminal is non-dedicated connection status terminals, comprising:
The Indication message receiving element is used to receive the Automatic Neighboring Relation optimization Automatic Optimal neighboring BS relationship Indication message that network equipment sends;
The nearby region measurement unit is used for according to described Automatic Optimal neighboring BS relationship Indication message, to measuring of the sub-district in Neighboring Cell List not, and/or reads the not global cell identity of the sub-district in Neighboring Cell List;
A kind of communication system comprises network equipment and at least one terminal;
Described network equipment is used for sending Automatic Neighboring Relation to non-dedicated connection status terminals and optimizes Indication message; Receive the neighboring BS information that described non-dedicated connection status terminals sends; Also be used for neighboring BS information, upgrade Neighboring Cell List according to described terminal transmission;
Described terminal when being non-dedicated connection status, is used to receive the Automatic Optimal neighboring BS relationship Indication message that network equipment sends; According to described Automatic Optimal neighboring BS relationship Indication message,, and/or read the not global cell identity of the sub-district in Neighboring Cell List to measuring of the sub-district in Neighboring Cell List not; Neighboring BS information is sent to network equipment; Described neighboring BS information comprise described nearby region measurement the result and/or, the global cell identity that is read.
Compared with prior art, above technical scheme, receive the Automatic Neighboring Relation optimization Indication message that network equipment sends by non-dedicated connection status terminals, carry out cell measurement and report to network equipment, like this, for carrying out professional terminal, can carry out nearby region measurement and report task, thereby avoid upgrading the Neighboring Cell List process influence that business caused.
Description of drawings
Fig. 1 is the flow chart of the method for measurement of realization embodiment of the invention adjacent area;
Fig. 2 is for realizing the flow chart of the inventive method specific embodiment one;
Fig. 3 is for realizing the flow chart of the inventive method specific embodiment two;
Fig. 4 is first kind of structural representation of embodiment of the invention terminal;
Fig. 5 is second all structural representations of embodiment of the invention terminal;
Fig. 6 is the third structural representation of embodiment of the invention terminal;
Fig. 7 is the 4th a kind of structural representation of embodiment of the invention terminal;
Fig. 8 is the structural representation of embodiment of the invention communication system.
Embodiment
At first the method for measurement to the adjacent area of the embodiment of the invention describes, and referring to shown in Figure 1, may further comprise the steps:
The non-dedicated connection status terminals of S101 receives the Automatic Neighboring Relation optimization Indication message that network equipment sends;
S102 is according to described Automatic Optimal neighboring BS relationship Indication message, to measuring of the sub-district in Neighboring Cell List not, and/or reads the not global cell identity of the sub-district in Neighboring Cell List;
Wherein, described non-dedicated connection status comprises idle condition, cell forward access state CELL_FACH, cell paging state CELL_PCH and/or Acceditation Area paging state URA_PCH.Terminal is carried out cell measurement and is read after the global cell identity, neighboring BS information can be sent to network equipment; Described neighboring BS information comprise described nearby region measurement the result and/or, the global cell identity that is read.Network equipment can be finished the renewal of Neighboring Cell List according to the measurement result that each terminal sent.Compared with prior art, above technical scheme, receive the Automatic Neighboring Relation optimization Indication message that network equipment sends by non-dedicated connection status terminals, carry out cell measurement and report to network equipment, like this, for carrying out professional terminal, can carry out nearby region measurement and report task, thereby avoid upgrading the Neighboring Cell List process influence that business caused.
In order to make those skilled in the art person understand the present invention program better, specific embodiments of the present invention is described in further detail below in conjunction with accompanying drawing.
Embodiment one:
Figure 2 shows that the flow chart of the method for measurement of the embodiment of the invention one adjacent area, may further comprise the steps:
S201, non-dedicated connection status terminals receives Automatic Neighboring Relation optimization Indication message, i.e. the ANR Indication message that network equipment sends.
Network equipment can periodically start ANR mechanism, also can start ANR mechanism according to the cutting off rate result or according to situations such as this new base stations of arranged around, sub-district.Network equipment is notified starting terminal ANR mechanism by send the ANR Indication message to terminal, and the ANR Indication message can be carried on network equipment to system message, beep-page message that terminal issues or measure in control messages, the mobility control messages message such as (UTRAN Mobility Information).
Wherein, in the ANR Indication message, can include but not limited to the information of following type: frequency information, service area quality gate limit value, adjacent area quality gate limit value, Termination ID, random factor, timer information etc., the effect of every kind of information will be elaborated in subsequent step or other embodiment.
S202 judges whether self is to carry out the ANR task status, if, then carry out S203, otherwise process ends.
Wherein, terminal judges specifically can comprise certainly as the step that can carry out the ANR task status:
S202a judges whether the terminal iidentification of self is contained in the described terminal iidentification tabulation, if, then carry out S202b, otherwise process ends.
If network equipment is to issue the ANR Indication message by beep-page message, then in ANR message, can the carried terminal identification list, promptly indicate specific terminal to finish nearby region measurement by network equipment.
Terminal is after receiving the ANR Indication message that carries whole identification list, sign and the terminal iidentification tabulation that issues of network equipment of self can be compared, if the terminal iidentification according to self is contained in the described terminal iidentification tabulation, then continue to carry out subsequent operation; Otherwise process ends.
S202b judges whether self is in cell edge, if, then carry out S201c, otherwise process ends.
For the terminal that is in cell edge, therefore the easier nearby region measurement that carries out, in the present embodiment technical scheme, can also comprise the step that judges whether to be in cell edge.
Concrete determination methods can be, judges whether the quality of current service cell is lower than the service area quality gate limit value that is carried in the ANR Indication message, if, think then that terminal is current and be in the edge of sub-district and continue to carry out S202c, otherwise process ends.
S202c judges according to random factor whether self is to carry out the ANR task status, if, then carry out S203, otherwise process ends.
If in the ANR Indication message, include the random factor A that network equipment issues, terminal can produce a random factor B and above-mentioned random factor A compares so, judge according to comparative result whether self is to carry out the ANR task status, for example judge that whether A is less than B, if then think certainly as carrying out the ANR task status.Using the purpose of random factor, is that the restricted part terminal is carried out automatic adjacent section tabulation optimizing process, thereby reduces the influence of automatic adjacent section tabulation optimizing process to system business.
S203 according to described Automatic Optimal neighboring BS relationship Indication message, to measuring of the sub-district in Neighboring Cell List not, and/or reads the not global cell identity of the sub-district in Neighboring Cell List.
If comprise frequency information in the ANR Indication message that network equipment issues, terminal just only scans on this frequency so, and to the sub-district at current Neighboring Cell List not measuring, and/or read global cell identity, such as sub-district ID; If do not comprise frequency information, terminal is not just measured the sub-district in Neighboring Cell List all, and/or reads the not global cell identity of the sub-district in Neighboring Cell List.
Wherein, terminal can comprise on opportunity of carrying out nearby region measurement:
1) do not change DRX (Discontinuous Reception, discontinuous reception) mechanism, when terminal is waken up, carry out nearby region measurement, but will guarantee not with the opportunity of the beep-page message of current reception Serving cell and system message overlapping;
2) change DRX mechanism, at the execution nearby region measurement of waking up of original dormancy period of terminal.
3) be the idling cycle that is used for the Automatic Optimal adjacent area of terminal configuration by network equipment, this information can be carried in the ANR Indication message.
If in the ANR Indication message, carry adjacent area quality gate limit value, then terminal can at first be measured not the signal quality in the sub-district of Neighboring Cell List, judge then whether signal quality of adjacent cells is higher than described adjacent area quality gate limit value, judge perhaps whether signal quality of adjacent cells is higher than described adjacent area quality gate limit value in one period duration, if further read the sub-district ID of this adjacent area again.
Terminal also can be according to current Neighboring Cell List, finds out not in current Neighboring Cell List and signal quality is higher than the sub-district of described adjacent area quality threshold, and we are called the detected set sub-district, and the detected set sub-district is further obtained corresponding district ID.
Perhaps, terminal can at first be measured signal quality of adjacent cells and obtain the main scrambler of adjacent area, then neighboring cell signal quality and the main scrambler that measures reported to network equipment, network equipment is according to content that is reported and current Neighboring Cell List, judge whether there are miss-configured neighboring cells in the current Neighboring Cell List, if then the main scrambler with these miss-configured neighboring cells is handed down to terminal, terminal is obtained this main scrambler corresponding district ID again according to miss-configured neighboring cells master's scrambler that network equipment issued.
If in the process of above-mentioned detection adjacent area, current service cell changes, then can stop to detect, and process ends.
S204 is sent to network equipment with neighboring BS information; Described neighboring BS information comprise described nearby region measurement the result and/or, the global cell identity that is read.
Terminal need report network equipment with measurement result after finishing nearby region measurement and reading sub-district ID, the measurement result of the adjacent area that all can be scanned all reports, and also can only report the measurement result of detected set sub-district.For certain adjacent area, its content that specifically reports can include but not limited to: the sub-district ID of signal quality of adjacent cells, adjacent area, the main scrambler of adjacent area etc.According to the difference that reports opportunity, can comprise following mode:
1) neighboring BS information is sent to network equipment immediately.
For the terminal of idle condition, can after nearby region measurement, initiate RRC (RadioResources Control, Radio Resource control) connection building process immediately, described measurement result is carried on RRC sets up in the message of flow process, be sent to network equipment.For example, measurement result can be carried in RRCCONNECTION REQUEST (RRC connection request) message and send to network equipment, perhaps measurement result is carried in RRC CONNECTION SETUP COMPLETE (RRC the connects foundation to be finished) message and send to network equipment
For the terminal of states such as CELL-FACH, CELL-PCH, URA-PCH, can after nearby region measurement, initiate the cell update flow process immediately, described measurement result is carried in the message of cell update flow process, be sent to network equipment.For example, measurement result can be carried in the CELL UPDATE message and send to network equipment.
2) the nearby region measurement result is carried out buffer memory, wait for that the neighboring BS information with institute's buffer memory was sent to network equipment again when terminal and network equipment were set up data and be connected.
For the terminal of idle condition, can after nearby region measurement, carry out buffer memory to measurement result, when terminal is initiated normal RRC connection building process, the measurement result of institute's buffer memory is carried on RRC sets up in the message of flow process, be sent to network equipment.
Terminal for states such as CELL-FACH, CELL-PCH, URA-PCH, can after nearby region measurement, carry out buffer memory, when terminal is initiated normal cell update flow process to measurement result, again described measurement result is carried in the message of cell update flow process, is sent to network equipment.
Neighboring BS information is sent to the mode of network equipment immediately, can guarantees that measured neighboring BS information reports timely and effectively, and then network equipment can upgrade Neighboring Cell List according to reporting information in time; And the above-mentioned mode advantage that the nearby region measurement result is carried out the follow-up transmission of buffer memory be terminal need be for the reporting measurement result special and network equipment connect, reduced the Signalling exchange of eating dishes without rice or wine, saved resource.In addition, use above-mentioned when the nearby region measurement result is carried out the mode of the follow-up transmission of buffer memory, terminal measurement result is carried out buffer memory and etc. in the process to be reported, the sub-district gravity treatment may take place, after if the sub-district gravity treatment takes place, current area and cell-of-origin not under same radio network controller, reporting measurement result no longer then.
After network equipment receives the nearby region measurement result that each terminal reported in this sub-district, these results are carried out statistical analysis, whether the Neighboring Cell List before just can judging exists the situation about mismatching of joining of leaking, if exist, then upgrades Neighboring Cell List according to the reporting measurement result of terminal institute.
Need to prove; in the S202 of present embodiment; also can include only any one or a plurality of step among S202a, S202b, the S203c, and these determining steps the execution sequencing can change, these schemes also should be in the protection range of the embodiment of the invention.
In the embodiment of the invention technical scheme, after the terminal of non-dedicated connection status receives the ANR Indication message, can judge at first whether self is to carry out the ANR task status, whether in embodiment one, be can carry out the performance of ANR task status to be: whether the sign of terminal self is contained in the identification list that network equipment issues, whether is in terminal edges, whether satisfies the random factor relation.If terminal satisfies above one or more conditions, carry out nearby region measurement again and measurement result is sent to network equipment.This scheme realized the control of carrying out cell measurement and reporting the task terminal quantity, upgrades the Neighboring Cell List process to influence that business caused thereby further reduce.
Embodiment two:
In order to reduce the influence of nearby region measurement to power consumption of terminal, in the present embodiment, for terminal is provided with a timer, terminal can only be carried out nearby region measurement in the timer duration scope.Figure 3 shows that the flow chart of present embodiment method, may further comprise the steps:
S301, non-dedicated connection status terminals receives the Automatic Neighboring Relation optimization Indication message (ANR Indication message) that network equipment sends.
S302 judges whether self is to carry out the ANR task status, if, then carry out S303a, otherwise process ends.
Above-mentioned S301-S302 can be identical with the S201-S202 among the embodiment one, and specific description can no longer be given unnecessary details in the present embodiment referring to the relevant portion in the previous embodiment.
S303a starts timer.
Terminal is determining to start timer from as after can carrying out the ANR state.Length of timer information can be carried in the ANR Indication message that network side sends, if do not carry timer duration information in the ANR Indication message, then by terminal length of timer is set voluntarily.
The timer duration that terminal is provided with voluntarily, it can be a fixed numbers, it also can be a random number, promptly in predefined number range, picked at random one numerical value is as length of timer, by terminal the effect of timer duration is set at random, will in the subsequent step of present embodiment, be elaborated.
S303b is in the length of timer scope, according to described Automatic Optimal neighboring BS relationship Indication message, to measuring of the sub-district in Neighboring Cell List not, and/or read the not global cell identity of the sub-district in Neighboring Cell List, and if the timer meter is full, process ends then.
, described basic identical in this step with S203 about the concrete grammar of nearby region measurement, but all operations are only effective in the length of timer scope, and if the timer meter is full, terminal does not also successfully obtain nearby region measurement result, then process ends.Can avoid terminal to carry out nearby region measurement for a long time and increase power consumption like this.
S304 is sent to network equipment with described neighboring BS information.
In the present embodiment, can adopt the mode that neighboring BS information is sent to immediately network equipment described in the S204, and the mode of the nearby region measurement result being carried out the follow-up transmission of buffer memory, described neighboring BS information is sent to network equipment, and, can also in the following way measurement result be sent to network equipment at the timer setting in the present embodiment:
Neighboring BS information is carried out buffer memory, when the timer meter is full, the neighboring BS information of institute's buffer memory is sent to network equipment.
For the terminal of idle condition, can after nearby region measurement, carry out buffer memory to measurement result, when the timer meter is full, initiate the RRC connection building process, described measurement result is carried on RRC sets up in the message of flow process, be sent to network equipment.
For the terminal of states such as CELL-FACH, CELL-PCH, URA-PCH, can after nearby region measurement, carry out buffer memory to measurement result, when the timer meter is full, initiate the cell update flow process, described measurement result is carried in the message of cell update flow process, be sent to network equipment.
Be when being provided with at random when timer duration by each terminal, use to the nearby region measurement result carry out buffer memory treat timer completely again the mode of follow-up transmission can avoid a plurality of terminals to report simultaneously, thereby avoided a plurality of terminals to compete the situation of common channel resources simultaneously.In addition, similar with the mode of the nearby region measurement result being carried out the follow-up transmission of buffer memory, terminal measurement result is carried out buffer memory and etc. in the process to be reported, also the sub-district gravity treatment may take place, after if the sub-district gravity treatment takes place, current area and cell-of-origin not under same radio network controller, reporting measurement result no longer then.
It will be understood by those skilled in the art that the mode of the nearby region measurement result being carried out the follow-up transmission of buffer memory
To the nearby region measurement result carry out buffer memory treat timer completely again the mode of follow-up transmission also can combine use, promptly in terminal measurement result is carried out buffer memory and etc. in the process to be reported, if one of " terminal is set up data with network equipment and is connected " or " the timer meter is full " these two conditions are met, just can be to network equipment reporting neighboring cell information.
After network equipment receives the nearby region measurement result that each terminal reported in this sub-district, these results are carried out statistical analysis, whether the Neighboring Cell List before just can judging exists the situation such as mismatch of joining of leaking, and then, finish the renewal of adjacent area according to the reporting measurement result of terminal institute these situations are corrected.
The main distinction of present embodiment and embodiment one is to have increased timer, carries out nearby region measurement for a long time by using timer to limit terminal, has reduced the power consumption of terminal.In addition, if timer is provided with at random by terminal, can also avoid a plurality of terminals to report simultaneously, thereby avoid a plurality of terminals to compete the situation of common channel resources simultaneously.
Need to prove, in the present embodiment, also can not comprise the step of S302, promptly terminal directly starts timer and carries out follow-up flow process after receiving Automatic Neighboring Relation optimization Indication message, and these also should be in the protection range of the embodiment of the invention.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be finished by the relevant hardware of program command, aforesaid program can be stored in the computer read/write memory medium, this program is carried out the step that comprises said method embodiment when carrying out; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CD.
The embodiment of the invention also provides a kind of terminal, referring to shown in Figure 4, comprising:
Indication message receiving element 410 is used to receive the Automatic Neighboring Relation optimization Automatic Optimal neighboring BS relationship Indication message that network equipment sends;
Nearby region measurement unit 420 is used for according to described Automatic Optimal neighboring BS relationship Indication message, to measuring of the sub-district in Neighboring Cell List not, and/or reads the not global cell identity of the sub-district in Neighboring Cell List;
Referring to shown in Figure 4, the terminal that the embodiment of the invention provided can also comprise:
Transmitting element 430 as a result, are used for neighboring BS information is sent to network equipment; Described neighboring BS information comprise described nearby region measurement the result and/or, the global cell identity that reads.
Referring to shown in Figure 5, in described terminal, can also comprise state judging unit 440, whether be used to judge described self is to carry out the ANR task status;
In described state judging unit 440, can comprise following one or more subelement:
Whether first judgment sub-unit is used for, be contained in the described terminal iidentification tabulation according to self terminal iidentification, judges whether self is to carry out the ANR task status.
Second judgment sub-unit is used for whether being positioned at according to self edge of sub-district, judges whether self is to carry out the ANR task status.
The 3rd judging unit is used for the random factor that the random factor that produces according to self and network equipment issue, and judges whether self is to carry out the ANR task status.
Referring to shown in Figure 6, described terminal can also comprise timing unit 450, is used for being provided with and starting timer;
Then described nearby region measurement unit 420 is used for carrying out nearby region measurement in the set timer duration scope of described timing unit 450.
Described transmitting element as a result 430 can comprise:
First sends subelement, is used for the result of described nearby region measurement is sent to network equipment immediately.
Described transmitting element as a result 430 also can comprise:
The buffer memory subelement is used for the result of described nearby region measurement is carried out buffer memory;
Second sends subelement, is used for when described terminal and network equipment are set up data and be connected, and the result of the nearby region measurement of described buffer memory subelement buffer memory is sent to network equipment.
Referring to shown in Figure 7, when terminal comprised timing unit 450, described transmitting element as a result 430 can comprise:
Buffer memory subelement 431 is used for the result of described nearby region measurement is carried out buffer memory;
The 3rd sends subelement 432, is used for the timer meter that started when described timing unit 450 completely the time, and the result of the nearby region measurement of described buffer memory subelement 431 buffer memorys is sent to network equipment.
The embodiment of the invention also provides a kind of communication system, referring to shown in Figure 8, comprises network equipment 810 and at least one terminal 820;
Described network equipment 810 is used for sending Automatic Neighboring Relation to non-dedicated connection status terminals and optimizes Indication message; Also be used for neighboring BS information, upgrade Neighboring Cell List according to described terminal transmission;
Described terminal 820 is the terminal of non-dedicated connection status.Be used to receive the Automatic Optimal neighboring BS relationship Indication message that network equipment sends; According to described Automatic Optimal neighboring BS relationship Indication message, to the sub-district in Neighboring Cell List not measuring, and/or read the not global cell identity of the sub-district in Neighboring Cell List; Neighboring BS information is sent to network equipment; Described neighboring BS information comprise described nearby region measurement the result and/or, the global cell identity that is read.
Wherein, the concrete function of terminal and composition can no longer be given unnecessary details in system embodiment referring to the description of preamble.
The communication system that the embodiment of the invention provided, receive the Automatic Neighboring Relation optimization Indication message that network equipment sends by non-dedicated connection status terminals, carry out cell measurement and report to network equipment, like this, for carrying out professional terminal, can carry out nearby region measurement and report task, thereby avoid upgrading the Neighboring Cell List process influence that business caused.
If in terminal, include timing unit, then, reduced the power consumption of terminal by using timer to carry out nearby region measurement for a long time by limiting terminal.In addition, can also avoid a plurality of terminals to report simultaneously by using timer, thereby avoid a plurality of terminals to compete the situation of common channel resources simultaneously.
For device and system embodiment, because it is substantially corresponding to method embodiment, so describe fairly simplely, relevant part gets final product referring to the part explanation of method embodiment.Device described above and system embodiment only are schematic, wherein said unit as the separating component explanation can or can not be physically to separate also, the parts that show as the unit can be or can not be physical locations also, promptly can be positioned at a place, perhaps also can be distributed on a plurality of network element.Can select wherein some or all of module to realize the purpose of present embodiment scheme according to the actual needs.Those of ordinary skills promptly can understand and implement under the situation of not paying creative work.
The above only is the specific embodiment of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (23)
1. the method for measurement of an adjacent area is characterized in that, comprising:
Non-dedicated connection status terminals receives the Automatic Neighboring Relation optimization Indication message that network equipment sends;
According to described Automatic Optimal neighboring BS relationship Indication message, to the sub-district in Neighboring Cell List not measuring, and/or read the not global cell identity of the sub-district in Neighboring Cell List.
2. method according to claim 1 is characterized in that, also comprises:
Neighboring BS information is sent to network equipment; Described neighboring BS information comprise described nearby region measurement the result and/or, the global cell identity that is read.
3. method according to claim 2 is characterized in that, described non-dedicated connection status comprises idle condition, cell forward access state CELL_FACH, cell paging state CELL_PCH and/or Acceditation Area paging state URA_PCH.
4. method according to claim 2 is characterized in that, optimizes carried terminal identification list in the Indication message when described Automatic Neighboring Relation, then after described reception Automatic Neighboring Relation is optimized Indication message, also comprises:
Whether be contained in the described terminal iidentification tabulation according to described non-dedicated connection status terminals sign, judge whether the step of carrying out described measurement and/or reading.
5. method according to claim 2 is characterized in that, after described reception Automatic Neighboring Relation is optimized Indication message, also comprises:
Whether be positioned at the edge of sub-district according to described non-dedicated connection status terminals, judge whether the step of carrying out described measurement and/or reading.
6. method according to claim 2 is characterized in that, optimizes in the Indication message when described Automatic Neighboring Relation and carries random factor, then after described reception Automatic Neighboring Relation is optimized Indication message, also comprises:
Random factor according to random factor that described non-dedicated connection status produced and network equipment issue judges whether the step of carrying out described measurement and/or reading.
7. method according to claim 2 is characterized in that, in the described Automatic Optimal neighboring BS relationship Indication message, carry frequency information, then described to measuring of the sub-district in Neighboring Cell List not, and/or read the not global cell identity of the sub-district in Neighboring Cell List, comprising:
To being arranged in described frequency and, and/or reading and be arranged in described frequency and not at the global cell identity of the sub-district of Neighboring Cell List not the measuring of the sub-district of Neighboring Cell List.
8. method according to claim 2 is characterized in that, in the described Automatic Optimal neighboring BS relationship Indication message, carry adjacent area quality gate limit value, then to measuring of the sub-district in Neighboring Cell List not, and/or read the not global cell identity of the sub-district in Neighboring Cell List, comprising:
To measuring of the sub-district in Neighboring Cell List not;
Whether the signal quality of judging measured sub-district is higher than described adjacent area quality gate limit value, if then read the global cell identity of this sub-district.
9. according to each described method of claim 1 to 8, it is characterized in that described reception Automatic Neighboring Relation is optimized after the Indication message, also comprises: start timer; Then described to measuring of the sub-district in Neighboring Cell List not, and/or read the not global cell identity of the sub-district in Neighboring Cell List, comprising:
Before the timer meter is full,, and/or read the not global cell identity of the sub-district in Neighboring Cell List to measuring of the sub-district in Neighboring Cell List not.
10. method according to claim 9 is characterized in that, in predefined number range, picked at random one numerical value is as described length of timer.
11., it is characterized in that according to each described method of claim 2 to 8, described neighboring BS information is sent to network equipment, comprising:
Described neighboring BS information is sent to network equipment immediately.
12. method according to claim 11 is characterized in that, described neighboring BS information is sent to network equipment immediately, comprising:
Initiate the radio resource control RRC connection building process immediately, described neighboring BS information is carried on RRC sets up in the message of flow process, be sent to network equipment; Or
Initiate the cell update flow process immediately, described neighboring BS information is carried in the message of cell update flow process, be sent to network equipment.
13., it is characterized in that according to each described method of claim 2 to 8, described neighboring BS information is sent to network equipment, comprising:
Described neighboring BS information is carried out buffer memory, wait for that when network equipment was set up data and is connected, the neighboring BS information with institute's buffer memory was sent to network equipment again.
14. method according to claim 13 is characterized in that, when described wait and network equipment are set up data and be connected, again neighboring BS information is sent to network equipment, comprising:
When initiating the RRC connection building process, described measurement result is carried on RRC sets up in the message of flow process, be sent to network equipment; Or
When initiating the cell update flow process, described measurement result is carried in the message of cell update flow process, be sent to network equipment.
15. method according to claim 9 is characterized in that, described neighboring BS information is sent to network equipment, comprising:
Described neighboring BS information is carried out buffer memory, when described timer meter is full, the neighboring BS information of institute's buffer memory is sent to network equipment.
16. method according to claim 1 and 2 is characterized in that, it is system broadcast message, beep-page message, measurement control messages or mobility control messages that described Automatic Neighboring Relation is optimized Indication message.
17. a terminal is characterized in that, described terminal is non-dedicated connection status terminals, comprising:
The Indication message receiving element is used to receive the Automatic Neighboring Relation optimization Automatic Optimal neighboring BS relationship Indication message that network equipment sends;
The nearby region measurement unit is used for according to described Automatic Optimal neighboring BS relationship Indication message, to measuring of the sub-district in Neighboring Cell List not, and/or reads the not global cell identity of the sub-district in Neighboring Cell List.
18. terminal according to claim 17 is characterized in that, also comprises:
Transmitting element is used for neighboring BS information is sent to network equipment as a result; Described neighboring BS information comprise described nearby region measurement the result and/or, the global cell identity that is read.
19. terminal according to claim 18 is characterized in that, also comprises timing unit, is used for starting timer after described Indication message receiving element receives Automatic Neighboring Relation optimization Indication message;
Then described nearby region measurement unit was used for before the timer meter is full, to measuring of the sub-district in Neighboring Cell List not, and/or read the not global cell identity of the sub-district in Neighboring Cell List.
20. terminal according to claim 18 is characterized in that, described transmitting element as a result comprises:
First sends subelement, is used for described neighboring BS information is sent to network equipment immediately.
21. terminal according to claim 18 is characterized in that, described transmitting element as a result comprises:
The buffer memory subelement is used for described neighboring BS information is carried out buffer memory;
Second sends subelement, is used for when described terminal and network equipment are set up data and be connected, and the neighboring BS information of described buffer memory subelement buffer memory is sent to network equipment.
22. terminal according to claim 19 is characterized in that, described transmitting element as a result comprises:
The buffer memory subelement is used for described neighboring BS information is carried out buffer memory;
The 3rd sends subelement, is used for the timer meter that starts when described timing unit completely the time, and the neighboring BS information of described buffer memory subelement buffer memory is sent to network equipment.
23. a communication system is characterized in that, comprises network equipment and at least one terminal;
Described network equipment is used for sending Automatic Neighboring Relation to non-dedicated connection status terminals and optimizes Indication message; Receive the neighboring BS information that described non-dedicated connection status terminals sends; Also be used for neighboring BS information, upgrade Neighboring Cell List according to described terminal transmission;
Described terminal when being non-dedicated connection status, is used to receive the Automatic Optimal neighboring BS relationship Indication message that network equipment sends; According to described Automatic Optimal neighboring BS relationship Indication message,, and/or read the not global cell identity of the sub-district in Neighboring Cell List to measuring of the sub-district in Neighboring Cell List not; Neighboring BS information is sent to network equipment; Described neighboring BS information comprise described nearby region measurement the result and/or, the global cell identity that is read.
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| CN200910003639A CN101778369A (en) | 2009-01-13 | 2009-01-13 | Measuring method, device and system of neighbouring cell |
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| CN200910003639A CN101778369A (en) | 2009-01-13 | 2009-01-13 | Measuring method, device and system of neighbouring cell |
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| CN201410184911.4A Division CN103957558A (en) | 2009-01-13 | 2009-01-13 | Adjacent region measuring method, device and system |
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