CN103858463A

CN103858463A - ANR measurement configuration method and device thereof

Info

Publication number: CN103858463A
Application number: CN201380003397.3A
Authority: CN
Inventors: 黎晖
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-09-12
Filing date: 2013-09-12
Publication date: 2014-06-11
Anticipated expiration: 2033-09-12
Also published as: CN103858463B; WO2015035590A1

Abstract

Provided is an ANR measurement configuration method and device thereof. In a CGI measurement direction process, a measurement report of a terminal is received. The measurement report carries frequency points measured by the terminal and a PCI. The frequency points used for measuring CGI of PCI are confirmed by the terminal. A frequency point group used for measuring CGI of the terminal configuration is confirmed according to the confirmed frequency points.CGI measurement is carried out by indicating the terminal according to the PCI and the frequency point group. In the process of measurement configuration of the strongest cell, statistical information of the strongest cell measurement is obtained. According to the statistical information, the frequency points used by the strongest cell measurement by the terminal are adjusted. The strongest cell measurement is carried out by the terminal according to the frequency point group after adjusting.

Description

ANR measures collocation method and device

Technical field

The present invention relates to wireless communication technology field, relate in particular to ANR and measure collocation method and device.

Background technology

Along with LTE(Long Term Evolution, Long Term Evolution) mobile network becomes increasing, becomes increasingly complex, and automatically set up neighborhood and become very necessary.Automatically neighborhood (Automatic Neighbour Relation, ANR) function is mainly paid close attention to the Lookup protocol of cell neighboring relation.

ARN function need to rely on UE(User Equipment, subscriber equipment, i.e. terminal) measurement report.Fig. 1 shows a kind of ARN process.As shown in Figure 1, (1) UE is according to E-UTRAN(Evolved Universal Terrestrial Radio Access Network, the general continental rise wireless access network of evolution) the measurement configuration that arranges carries out the strongest cell measurement.In this example, UE has detected the signal of community B, community B is reported to (Serving cell that community A is this UE) as one of peak signal community to community A, in measurement report, carries the PCI(Physical Cell Identity of community B, Physical Cell Identifier) and frequency; (2) the eNB(evolved NodeB of community A, enode b, be base station) receive after this measurement report, if judgement needs UE further to identify the CGI(Global Cell ID of this community, Cell Global Identification),, according to the PCI in measurement report, indicate this UE to report the CGI of respective cell; (3) UE is according to this indication, by reading the main message blocks of system message MIB(of community B) and SIB1 obtain the CGI of community B; (4) CGI of UEXiang community A reporting cell B, the eNB of community A upgrades the neighbor cell list of this UE.

The measurement configuration information that UE sends according to eNB is measured.Measurement configuration information can comprise:

-measuring object: measuring object is pressed RAT(Radio Access Technology, wireless access technology) type division, comprising EUTRA(Evolved Universal Terrestrial Radio Access, the general continental rise wireless access of evolution) common frequency measurement, EUTRA alien frequencies or other RAT measure;

-measuring amount: i.e. measurement index;

-report configuration: comprise reporting types (periodic report, Event triggered report), the thresholding that Event triggered reports etc.

For convenient management, eNB is to integer index value numbering for above information, and each configures corresponding one and measures ID, measures ID and a pair of (measuring object reports configuration) combination association for one.Measuring object and report configuration also can carry out index by ID value.

A measuring object ID(Object ID that given measurement frequency is corresponding unique) and frequency level parameter, UE measures according to measuring object.Wherein, due to GERAN(GSM EDGE Radio Access Network, GSM/EDGE cordless communication network) frequency of standard is more, therefore Object ID of one group of frequency (Group) correspondence and frequency level parameter for LTE agreement regulation.

In prior art, for the ANR-CGI neighbor cell measurement of GERAN, eNB carries out CGI measurement to UE indication PCI and one group of frequency (Group).UE first travels through all frequencies in complete Group, attempts removing to obtain under all frequencies the CGI of the community of mating with PCI, then chooses a UE and think that optimum community reports the CGI of this community; Or UE finds the CGI of first community of mating with PCI just to report; Or, when UE attempts reading after the CGI failure of the community of mating with PCI under first frequency, attempt reading again the CGI of the community of mating with PCI under second frequency, by that analogy.

In prior art, in the ANR-CGI neighbor cell measurement scheme of GERAN, ANR-CGI measurement is that system message by reading neighbor cell obtains community CGI, consuming time longer, and larger on transfer of data impact while measuring.If measurement target is indefinite, may increase Measuring Time.The CGI measurement that GERAN measuring object frequency points during CGI measures can obviously affect UE reports efficiency.

In prior art, in the strongest cell measurement scheme of the ANR of GERAN, eNB sends to one group of frequency (Group) of indicating UE basis to fix in the measurement configuration of UE to carry out the strongest cell measurement, and this mode likely causes Qiang community to find Efficiency Decreasing.Such as, under a given Group, the adjacent area of the one or more frequencies in this Group may all have been surveyed, or, the Neighboring Cell List of UE is full, do not need within a certain period of time to survey, and the strongest cell measurement scheme that prior art provides may cause the duplicate measurements of UE again, thereby reduce Liao Qiang community and find efficiency, and waste system resource.

Summary of the invention

The embodiment of the present invention provides a kind of ANR to measure collocation method and device, measures time delay in order to reduce ANR-CGI.

First aspect, provides a kind of automatic neighborhood ARN to measure collocation method, comprising:

The measurement report that receiving terminal reports, carries frequency and Physical Cell Identifier PCI that described terminal measures in described measurement report;

Determining described PCI is carried out to the measuring frequency of Cell Global Identification CGI for described terminal, is that described terminal configuration is carried out the measuring frequency group of CGI according to the frequency of determining;

Indicate described terminal to carry out CGI measurement according to described PCI and described frequency group.

In conjunction with first aspect, in the possible implementation of the first, described terminal is definite carries out the measuring frequency of CGI to described PCI, is that described terminal configuration is carried out the measuring frequency group of CGI according to the frequency of determining, and comprising:

The described frequency measuring is defined as described PCI to carry out the measuring frequency of CGI, for described terminal configuration is carried out the measuring frequency group of CGI, the frequency measuring described in only comprising in described frequency group.

In conjunction with the possible implementation of the first of first aspect, in the possible implementation of the second, describedly carry out the measuring frequency group of CGI for described terminal configuration, the frequency measuring described in only comprising in described frequency group, comprising:

The first frequency assembling and dismantling of the frequency measuring described in comprising are divided into the second frequency group and the 3rd frequency group, the frequency measuring described in only comprising in described the second frequency group, in described the 3rd frequency group, comprise in described the first frequency group except described in all the other frequencies the frequency that measures;

The described terminal of described indication is carried out CGI measurement according to described PCI and described frequency group, comprising:

Indicate described terminal to carry out CGI measurement according to described PCI and described the second frequency group.

In conjunction with the possible implementation of the second of first aspect, in the third possible implementation, described the first frequency assembling and dismantling by the frequency measuring described in comprising also comprise after being divided into the second frequency group and the 3rd frequency group:

For described the second frequency component is joined second object mark, for described the 3rd frequency component is joined the 3rd object identity, described second object mark is not identical with described the 3rd object identity;

The described terminal of described indication is carried out CGI measurement according to described PCI and described the second frequency group, comprising:

Send CGI to described terminal and measure Indication message, described CGI measures in Indication message and carries and measure mark and described PCI, and it is described second object mark that described measurement identifies corresponding object identity.

In conjunction with the second or the third possible implementation of first aspect, in the 4th kind of possible implementation, described method also comprises:

In the time stopping the CGI measurement of described terminal, described the second frequency group and described the 3rd frequency group are merged.

In conjunction with the possible implementation of the first of first aspect, in the 5th kind of possible implementation, describedly carry out the measuring frequency group of CGI for described terminal configuration, the frequency measuring described in only comprising in described frequency group, comprising:

From the group of the frequency that measures described in comprising, choose described frequency, form frequency group subset;

Indicate described terminal to carry out CGI measurement according to described PCI and described frequency group subset.

In conjunction with the 5th kind of possible implementation of first aspect, in the 6th kind of possible implementation, describedly from the group of the frequency that measures described in comprising, choose described frequency, after forming described frequency group subset, also comprise:

The object identity of the group of the frequency measuring described in described comprising is distributed to described frequency group subset;

The described terminal of described indication is carried out CGI measurement according to described PCI and described frequency group subset, comprising:

Send CGI to described terminal and measure Indication message, described CGI measures in Indication message and carries and measure the described PCI of mark, and it is object identity corresponding to described frequency group subset that described measurement identifies corresponding object identity.

In conjunction with the 6th kind of possible implementation of first aspect, in the 7th kind of possible implementation, described method also comprises:

In the time stopping the CGI measurement of described terminal, discharge described frequency group subset, object identity corresponding to described frequency group subset redistributed to the frequency group belonging to described frequency group subset.

In conjunction with the one in seven kinds of possible implementations of the first to the of first aspect or first aspect, in the 8th kind of possible implementation, described for described terminal determine described PCI is carried out to the measuring frequency group of CGI before, also comprise:

Judge according to the PCI carrying in described measurement report whether respective cell is present in the neighbor cell list of described terminal;

Describedly determine described PCI carried out to the measuring frequency group of CGI for described terminal, and indicate described terminal to carry out CGI measurement according to described PCI and described frequency group, comprising:

If judge, described respective cell is not present in the neighbor cell list of described terminal, determine described PCI is carried out to the measuring frequency group of CGI for described terminal, and indicate described terminal to determine that with the described terminal of determining carrying out the measuring frequency group of CGI carries out CGI measurement according to described PCI.

Second aspect, provides a kind of network equipment, comprising:

Receiver module, the measurement report reporting for receiving terminal, carries frequency and Physical Cell Identifier PCI that described terminal measures in described measurement report;

Measuring configuration module, be used to described terminal to determine described PCI is carried out to the measuring frequency of Cell Global Identification CGI, is that described terminal configuration is carried out the measuring frequency group of CGI according to the frequency of determining;

Sending module, is used to indicate the described frequency group that the PCI that carries in the measurement report that described terminal receives according to described receiver module and described measurement configuration module determine and carries out CGI measurement.

In conjunction with second aspect, in the possible implementation of the first, described measurement configuration module specifically for, the described frequency measuring is defined as described PCI to carry out the measuring frequency of CGI, for described terminal configuration is carried out the measuring frequency group of CGI, the frequency measuring described in only comprising in described frequency group.

In conjunction with the possible implementation of the first of second aspect, in the possible implementation of the second, described measurement configuration module specifically for, the first frequency assembling and dismantling of the frequency measuring described in comprising are divided into the second frequency group and the 3rd frequency group, the frequency measuring described in only comprising in described the second frequency group, in described the 3rd frequency group, comprise in described the first frequency group except described in all the other frequencies the frequency that measures;

Described sending module specifically for, indicate described terminal to carry out CGI measurement according to described PCI and described the second frequency group.

In conjunction with the possible implementation of the second of second aspect, in the third possible implementation, described measurement configuration module also for, after the first frequency assembling and dismantling of the frequency measuring described in comprising are divided into the second frequency group and the 3rd frequency group, for described the second frequency component is joined second object mark, for described the 3rd frequency component is joined the 3rd object identity, described second object mark is not identical with described the 3rd object identity;

Described sending module specifically for, send CGI to described terminal and measure Indication message, described CGI measures in Indication message and carries and measure mark and described PCI, it is that described second object identifies that described measurement identifies corresponding object identity.

In conjunction with the second or the third possible implementation of second aspect, in the 4th kind of possible implementation, described measurement configuration module also for, when stop described terminal CGI measure time, described the second frequency group and described the 3rd frequency group are merged.

In conjunction with the possible implementation of the first of second aspect, in the 5th kind of possible implementation, described measurement configuration module specifically for, from the group of the frequency that measures described in comprising, choose described frequency, form frequency group subset;

Described sending module specifically for, indicate described terminal to carry out CGI measurement according to described PCI and described frequency group subset.

In conjunction with the 5th kind of possible implementation of second aspect, in the 6th kind of possible implementation, described measurement configuration module also for, choosing described frequency from the group of the frequency that measures described in comprising, after forming described frequency group subset, the object identity of the group of the frequency measuring described in described comprising is distributed to described frequency group subset;

Described sending module specifically for, send CGI to described terminal and measure Indication message, described CGI measures in Indication message and carries and measure the described PCI of mark, it is object identity corresponding to described frequency group subset that described measurement identifies corresponding object identity.

In conjunction with the 5th kind or the 6th kind of possible implementation of second aspect, in the 7th kind of possible implementation, described measurement configuration module also for, in the time stopping the CGI measurement of described terminal, discharge described frequency group subset, object identity corresponding to described frequency group subset redistributed to the frequency group belonging to described frequency group subset.

One in the first to the seven in conjunction with second aspect or second aspect in possible implementation, in the 8th kind of possible implementation, described measurement configuration module also for, before described PCI being carried out to the measuring frequency group of CGI for described terminal is definite, judge according to the PCI carrying in described measurement report whether respective cell is present in the neighbor cell list of described terminal;

Described measurement configuration module specifically for, if judge, described respective cell is not present in the neighbor cell list of described terminal, determine described PCI is carried out to the measuring frequency group of CGI for described terminal, and indicate described terminal to determine that with the described terminal of determining carrying out the measuring frequency group of CGI carries out CGI measurement according to described PCI.

The third aspect, provides a kind of network equipment, comprising: radio-frequency module and processing module;

Radio-frequency module, the measurement report reporting for receiving terminal, carries frequency and Physical Cell Identifier PCI that described terminal measures in described measurement report; And send the indication information that described processing module generates;

Processing module, is used to described terminal to determine described PCI is carried out to the measuring frequency of Cell Global Identification CGI, is that described terminal configuration is carried out the measuring frequency group of CGI according to the frequency of determining; Generate indication information, described indication information is used to indicate the described frequency group that the PCI that carries in the measurement report that described terminal receives according to described receiver module and described measurement configuration module determine and carries out CGI measurement.

In conjunction with the third aspect, in the possible implementation of the first, described processing module specifically for, the described frequency measuring is defined as described PCI to carry out the measuring frequency of CGI, for described terminal configuration is carried out the measuring frequency group of CGI, the frequency measuring described in only comprising in described frequency group.

In conjunction with the possible implementation of the first of the third aspect, in the possible implementation of the second, described processing module specifically for, the first frequency assembling and dismantling of the frequency measuring described in comprising are divided into the second frequency group and the 3rd frequency group, the frequency measuring described in only comprising in described the second frequency group, in described the 3rd frequency group, comprise in described the first frequency group except described in all the other frequencies the frequency that measures; And, generating indication information, described indication information is used to indicate described terminal and carries out CGI measurement according to described PCI and described the second frequency group.

In conjunction with the possible implementation of the second of the third aspect, in the third possible implementation, described processing module also for, after the first frequency assembling and dismantling of the frequency measuring described in comprising are divided into the second frequency group and the 3rd frequency group, for described the second frequency component is joined second object mark, for described the 3rd frequency component is joined the 3rd object identity, described second object mark is not identical with described the 3rd object identity;

Described radio-frequency module specifically for, send CGI to described terminal and measure Indication message, described CGI measures in Indication message and carries and measure mark and described PCI, it is that described second object identifies that described measurement identifies corresponding object identity.

In conjunction with the second or the third possible implementation of the third aspect, in the 4th kind of possible implementation, described processing module also for, when stop described terminal CGI measure time, described the second frequency group and described the 3rd frequency group are merged.

In conjunction with the possible implementation of the first of the third aspect, in the 5th kind of possible implementation, described processing module specifically for, from the group of the frequency that measures described in comprising, choose described frequency, form frequency group subset; And generation indication information, described indication information is used to indicate described terminal and carries out CGI measurement according to described PCI and described frequency group subset.

In conjunction with the 5th kind of possible implementation of the third aspect, in the 6th kind of possible implementation, described processing module also for, choosing described frequency from the group of the frequency that measures described in comprising, after forming described frequency group subset, the object identity of the group of the frequency measuring described in described comprising is distributed to described frequency group subset;

Described radio-frequency module specifically for, send CGI to described terminal and measure Indication message, described CGI measures in Indication message and carries and measure the described PCI of mark, it is object identity corresponding to described frequency group subset that described measurement identifies corresponding object identity.

In conjunction with the 5th kind or the 6th kind of possible implementation of the third aspect, in the 7th kind of possible implementation, described processing module also for, in the time stopping the CGI measurement of described terminal, discharge described frequency group subset, object identity corresponding to described frequency group subset redistributed to the frequency group belonging to described frequency group subset.

One in the first to the seven in conjunction with the third aspect or the third aspect in possible implementation, in the 8th kind of possible implementation, described processing module also for, before described PCI being carried out to the measuring frequency group of CGI for described terminal is definite, judge according to the PCI carrying in described measurement report whether respective cell is present in the neighbor cell list of described terminal; If judge, described respective cell is not present in the neighbor cell list of described terminal, determine described PCI is carried out to the measuring frequency group of CGI for described terminal, and indicate described terminal to determine that with the described terminal of determining carrying out the measuring frequency group of CGI carries out CGI measurement according to described PCI.

The above embodiment of the present invention, in ANR-CGI neighbor cell measurement indication process, the network equipment be described terminal determine described PCI is carried out to the measuring frequency of CGI, be that described terminal configuration is carried out the measuring frequency group of CGI and indication is carried out CGI measurement to terminal according to the frequency of determining, thereby the clear and definite corresponding GERAN frequency in terminal measurement report CGI community and PCI, compared with prior art dwindle the frequency point ranges that terminal is carried out ANR measurement, thereby improve CGI measurement and reported efficiency, reduce the probability of ANR neighbor cell self-configuring mistake, also the measurement that has improved ANR neighbor cell self-discovery hit rate and UE is consuming time, the ratio of power consumption, make the practicality of neighbor cell self-discovery function (ANR function) stronger.

Further, the network equipment is divided or is arranged the mode of frequency group subset by frequency assembling and dismantling, dwindle terminal and carry out the frequency point ranges of ANR measurement, the frequency group indicating terminal that has dwindled frequency point ranges is carried out to CGI measurement, thereby carry out the mode compatibility mutually of CGI measurement with existing protocol by frequency group indicating terminal.

Another embodiment of the present invention provides a kind of ANR to measure collocation method and device, finds efficiency in order to improve unknown adjacent area.

Fourth aspect, provides a kind of automatic neighborhood ARN to measure collocation method, comprising:

Obtain the terminal statistical information of strong cell measurement;

According to described statistical information, described terminal is carried out to the frequency group that the strongest cell measurement uses and adjust;

Indicate described terminal to carry out the strongest cell measurement according to the frequency group after adjusting.

In conjunction with fourth aspect, in the possible implementation of the first, described according to described statistical information, described terminal is carried out to the frequency group that the strongest cell measurement uses and adjust, comprising:

According to described statistical information, described terminal is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjust; Or according to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted.

In conjunction with the possible implementation of the first of fourth aspect, in the possible implementation of the second, described according to described statistical information, described terminal is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjust, comprising:

If according to described statistical information, determine that the neighbor cell discovery frequency on all frequencies of described terminal in the first frequency group drops to the not numerical value higher than lower threshold from being not less than the numerical value of upper limit threshold, no longer described the first frequency group is carried out to the frequency group that the strongest cell measurement uses as described terminal, described upper limit threshold is greater than described lower threshold; Or

If according to described statistical information, determine described terminal neighbor cell on all frequencies in the second frequency group find frequency all lower than setting threshold, neighbor cell list less than, and the first duration accounts for the ratio of the second duration higher than setting threshold, for the frequency group that the strongest cell measurement uses is carried out in described terminal increase; Described the second frequency group is carried out the frequency group that the strongest cell measurement uses for described terminal is current, described the first duration is that described terminal is carried out the interval GAP duration of strong cell measurement, and described the second duration is the duration of described terminal carrying out service processing.

In conjunction with the possible implementation of the first of fourth aspect, in the third possible implementation, according to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted, and comprising:

If according to described statistical information, determine described terminal in the 3rd frequency group the neighbor cell on the first frequency find frequency lower than setting threshold, no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as described terminal.

In conjunction with the third possible implementation of fourth aspect, in the 4th kind of possible implementation, describedly no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as described terminal, comprising:

Described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group, in described the 4th frequency group, comprise described the first frequency, in described the 5th frequency group, comprise all the other frequencies except described the first frequency in the 3rd frequency group;

The described terminal of described indication is carried out the strongest cell measurement according to the frequency group after adjusting, and comprising:

Indicate described terminal to cancel the 3rd frequency group is carried out to the strongest cell measurement, and indication is carried out the strongest cell measurement to described the 5th frequency group.

In conjunction with the 4th kind of possible implementation of fourth aspect, in the 5th kind of possible implementation, described described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group after, also comprise:

Be respectively described the 4th frequency group and described the 5th frequency component and match the object identity of answering, object identity corresponding to described the 4th frequency group and the 5th frequency group is not identical;

The described terminal of described indication is cancelled the 3rd frequency group is carried out to the strongest cell measurement, and indicates described the 5th frequency group is carried out to the strongest cell measurement, comprising:

Send the strongest cell measurement configuration messages to described terminal, carry and measure mark in the strongest described cell measurement configuration messages, it is object identity corresponding to described five frequency group that described measurement identifies corresponding object identity.

In conjunction with the 4th kind or the 5th kind of possible implementation of fourth aspect, in the 6th kind of possible implementation, described method also comprises:

In the time stopping the strongest cell measurement of described terminal, described the 4th frequency group and described the 5th frequency group are merged.

In conjunction with the third possible implementation of fourth aspect, in the 7th kind of possible implementation, describedly no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as described terminal, comprising:

From described the 3rd frequency group, choose other frequencies except described the first frequency, form the subset of described the 3rd frequency group;

Indicate described terminal to carry out the strongest cell measurement to the subset of described the 3rd frequency group.

In conjunction with the 7th kind of possible implementation of fourth aspect, in the 8th kind of possible implementation, describedly from described the 3rd frequency group, choose other frequencies except described the first frequency, after forming the subset of described the 3rd frequency group, also comprise:

The object identity of described the 3rd frequency group is distributed to the subset of described the 3rd frequency group;

The described terminal of described indication is carried out the strongest cell measurement to the subset of described the 3rd frequency group, comprising:

Send the strongest cell measurement configuration messages to described terminal, carry and measure mark in the strongest described cell measurement configuration messages, described measurement identifies object identity corresponding to subset that corresponding object identity is described the 3rd frequency group.

In conjunction with the 7th kind or the 8th kind of possible implementation of fourth aspect, in the 9th kind of possible implementation, described method also comprises:

In the time stopping the strongest cell measurement of described terminal, discharge the subset of described the 3rd frequency group, the object identity corresponding subset of described the 3rd frequency group is redistributed to described the 3rd frequency group.

In nine kinds of possible implementations of the first to the in conjunction with fourth aspect or fourth aspect, described statistical information comprises one of following information or combination:

Described terminal is found the frequency of neighbor cell;

The first duration accounts for the ratio of the second duration, and described the first duration is that described terminal is carried out the interval GAP duration of strong cell measurement, and described the second duration is the duration of described terminal carrying out service processing;

Whether neighbor cell list is full.

The 5th aspect, provides a kind of network equipment, comprising:

Acquisition module, for obtaining the terminal statistical information of strong cell measurement;

Measure configuration module, for the described statistical information getting according to described acquisition module, described terminal is carried out to the frequency group that the strongest cell measurement uses and adjust;

Sending module, is used to indicate described terminal and carries out the strongest cell measurement according to the frequency group after the adjustment of described measurement configuration module.

In conjunction with the 5th aspect, in the possible implementation of the first, described measurement configuration module specifically for, according to described statistical information, described terminal is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjusts; Or according to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted.

In conjunction with the possible implementation of the first of the 5th aspect, in the possible implementation of the second, described measurement configuration module specifically for, if according to described statistical information, determine that the neighbor cell discovery frequency on all frequencies of described terminal in the first frequency group drops to the not numerical value higher than lower threshold from being not less than the numerical value of upper limit threshold, no longer described the first frequency group is carried out to the frequency group that the strongest cell measurement uses as described terminal, described upper limit threshold is greater than described lower threshold; Or

In conjunction with the possible implementation of the first of the 5th aspect, in the third possible implementation, described measurement configuration module specifically for, if according to described statistical information, determine described terminal in the 3rd frequency group the neighbor cell on the first frequency find frequency lower than setting threshold, no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as described terminal.

In conjunction with the third possible implementation of the 5th aspect, in the 4th kind of possible implementation, described measurement module specifically for, described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group, in described the 4th frequency group, comprise described the first frequency, in described the 5th frequency group, comprise all the other frequencies except described the first frequency in the 3rd frequency group;

Described sending module specifically for, indicates described terminal to cancel the 3rd frequency group is carried out to the strongest cell measurement, and indication is carried out the strongest cell measurement to described the 5th frequency group.

In conjunction with the 4th kind of possible implementation of the 5th aspect, in the 5th kind of possible implementation, described measurement configuration module also for, after described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group, be respectively described the 4th frequency group and described the 5th frequency component and match the object identity of answering, object identity corresponding to described the 4th frequency group and the 5th frequency group is not identical;

Described sending module specifically for, send the strongest cell measurement configuration messages to described terminal, in the strongest described cell measurement configuration messages, carry and measure mark, it is object identity corresponding to described five frequency group that described measurement identifies corresponding object identity.

In conjunction with the 4th kind or the 5th kind of possible implementation of the 5th aspect, in the 6th kind of possible implementation, described measurement configuration module also for, in the time stopping the strongest cell measurement of described terminal, described the 4th frequency group and described the 5th frequency group are merged.

In conjunction with the third possible implementation of the 5th aspect, in the 7th kind of possible implementation, described measurement configuration module specifically for, from described the 3rd frequency group, choose other frequencies except described the first frequency, form the subset of described the 3rd frequency group;

Described sending module specifically for, indicate described terminal to carry out the strongest cell measurement to the subset of described the 3rd frequency group.

In conjunction with the 7th kind of possible implementation of the 5th aspect, in the 8th kind of possible implementation, described measurement configuration module also for, from described the 3rd frequency group, choose other frequencies except described the first frequency, after forming the subset of described the 3rd frequency group, the object identity of described the 3rd frequency group is distributed to the subset of described the 3rd frequency group;

Described sending module specifically for, send the strongest cell measurement configuration messages to described terminal, in the strongest described cell measurement configuration messages, carry and measure mark, described measurement identifies object identity corresponding to subset that corresponding object identity is described the 3rd frequency group.

In conjunction with the 7th kind or the 8th kind of possible implementation of the 5th aspect, in the 9th kind of possible implementation, described measurement configuration module also for, in the time stopping the strongest cell measurement of described terminal, discharge the subset of described the 3rd frequency group, the object identity corresponding subset of described the 3rd frequency group is redistributed to described the 3rd frequency group.

In conjunction with the one in nine kinds of possible implementations of the first to the of the 5th aspect or the 5th aspect, described statistical information comprises one of following information or combination:

Described terminal is found the frequency of neighbor cell;

Whether neighbor cell list is full.

The 6th aspect, provides a kind of network equipment, comprising:

Processing module, for adding up the terminal statistical information of strong cell measurement; The described statistical information getting according to described acquisition module, carries out to described terminal the frequency group that the strongest cell measurement uses and adjusts; And, generating indication information, described indication information is used to indicate described terminal and carries out the strongest cell measurement according to the frequency group after the adjustment of described measurement configuration module;

Radio-frequency module, the indication information generating for sending described processing module.

In conjunction with the 6th aspect, in the possible implementation of the first, described processing module specifically for, according to described statistical information, described terminal is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjusts; Or according to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted.

In conjunction with the possible implementation of the first of the 6th aspect, in the possible implementation of the second, described processing module specifically for, if according to described statistical information, determine that the neighbor cell discovery frequency on all frequencies of described terminal in the first frequency group drops to the not numerical value higher than lower threshold from being not less than the numerical value of upper limit threshold, no longer described the first frequency group is carried out to the frequency group that the strongest cell measurement uses as described terminal, described upper limit threshold is greater than described lower threshold; Or

In conjunction with the possible implementation of the first of the 6th aspect, in the third possible implementation, described processing module specifically for, if according to described statistical information, determine described terminal in the 3rd frequency group the neighbor cell on the first frequency find frequency lower than setting threshold, no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as described terminal.

In conjunction with the third possible implementation of the 6th aspect, in the 4th kind of possible implementation, described processing module specifically for, described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group, in described the 4th frequency group, comprise described the first frequency, in described the 5th frequency group, comprise all the other frequencies except described the first frequency in the 3rd frequency group; And generation indication information, described indication information is used to indicate described terminal cancellation the 3rd frequency group is carried out to the strongest cell measurement, and indication is carried out the strongest cell measurement to described the 5th frequency group.

In conjunction with the 4th kind of possible implementation of the 6th aspect, in the 5th kind of possible implementation, described processing module also for, after described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group, be respectively described the 4th frequency group and described the 5th frequency component and match the object identity of answering, object identity corresponding to described the 4th frequency group and the 5th frequency group is not identical;

Described radio-frequency module specifically for, send the strongest cell measurement configuration messages to described terminal, in the strongest described cell measurement configuration messages, carry and measure mark, it is object identity corresponding to described five frequency group that described measurement identifies corresponding object identity.

In conjunction with the 4th kind or the 5th kind of possible implementation of the 6th aspect, in the 6th kind of possible implementation, described processing module also for, in the time stopping the strongest cell measurement of described terminal, described the 4th frequency group and described the 5th frequency group are merged.

In conjunction with the third possible implementation of the 6th aspect, in the 7th kind of possible implementation, described processing module specifically for, from described the 3rd frequency group, choose other frequencies except described the first frequency, form the subset of described the 3rd frequency group; And generation indication information, described indication information is used to indicate described terminal the subset of described the 3rd frequency group is carried out to the strongest cell measurement.

In conjunction with the 7th kind of possible implementation of the 6th aspect, in the 8th kind of possible implementation, described processing module also for, from described the 3rd frequency group, choose other frequencies except described the first frequency, after forming the subset of described the 3rd frequency group, the object identity of described the 3rd frequency group is distributed to the subset of described the 3rd frequency group;

Described radio-frequency module specifically for, send the strongest cell measurement configuration messages to described terminal, in the strongest described cell measurement configuration messages, carry and measure mark, described measurement identifies object identity corresponding to subset that corresponding object identity is described the 3rd frequency group.

In conjunction with the 7th kind or the 8th kind of possible implementation of the 6th aspect, in the 9th kind of possible implementation, described processing module also for, in the time stopping the strongest cell measurement of described terminal, discharge the subset of described the 3rd frequency group, the object identity corresponding subset of described the 3rd frequency group is redistributed to described the 3rd frequency group.

In conjunction with the one in nine kinds of possible implementations of the first to the of the 6th aspect or the 5th aspect, described statistical information comprises one of following information or combination:

Described terminal is found the frequency of neighbor cell;

Whether neighbor cell list is full.

The above embodiment of the present invention, the network equipment is according to the terminal statistical information of strong cell measurement, described terminal is carried out to the frequency group that the strongest cell measurement uses to be adjusted, and the frequency group after adjusting is indicated to terminal and carried out the strongest cell measurement, thereby can carry out the frequency point ranges of strong cell measurement according to the strongest cell measurement situation of terminal dynamically being adjusted to this terminal, compared with prior art, can improve Qiang community and find efficiency.Such as, when Efficiency Decreasing is found in the more or neighbor cell of the neighbor cell quantity found in a certain frequency point ranges when terminal, can get rid of the strongest cell measurement of this frequency point ranges, to avoid the duplicate measurements of UE, find efficiency thereby utilize limited measurement resource to improve Qiang community.

Further, the network equipment is divided or is arranged the mode of frequency group subset by frequency assembling and dismantling, dwindle terminal and carry out the frequency point ranges of ANR measurement, the frequency group indicating terminal that has dwindled frequency point ranges is carried out to the strongest cell measurement, thereby the mode of carrying out the strongest cell measurement by frequency group indicating terminal with existing protocol is compatible mutually.

Accompanying drawing explanation

In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing of required use during embodiment is described is briefly introduced, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.

Fig. 1 is ARN process schematic diagram of the prior art;

The ARN-CGI measurement collocation method schematic flow sheet that Fig. 2 provides for one embodiment of the present of invention;

The strongest cell measuring method schematic flow sheet of ARN that Fig. 3 provides for one embodiment of the present of invention;

The schematic diagram of a kind of network equipment that Fig. 4 provides for one embodiment of the present of invention;

The hardware structure schematic diagram of a kind of network equipment that Fig. 5 provides for another embodiment of the present invention;

The structural representation of a kind of network equipment that Fig. 6 provides for an alternative embodiment of the invention;

The hardware configuration schematic diagram of a kind of network equipment that Fig. 7 provides for another embodiment of the present invention.

Embodiment

In order to make the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, the present invention is described in further detail, and obviously, described embodiment is only a part of embodiment of the present invention, rather than whole embodiment.Based on the embodiment in the present invention, those of ordinary skills, not making all other embodiment that obtain under creative work prerequisite, belong to the scope of protection of the invention.

Referring to Fig. 2, the ARN-CGI providing for one embodiment of the present of invention measures collocation method schematic flow sheet, and this flow process can comprise:

Step 201: receive the measurement report that UE reports, carry frequency and PCI that this UE measures in this measurement report;

Step 203: for this UE determines, described PCI is carried out to the measuring frequency of CGI, carry out the measuring frequency group of CGI according to the frequency of determining for this UE configures;

Step 204: indicate this UE according to the PCI carrying in this measurement report, and the frequency group of determining in step 203 is carried out CGI measurement.

Above-mentioned flow process is applicable to the evolution system of LTE system or LTE system.The executive agent of above-mentioned flow process is the network equipment, such as being the network access equipment that base station (as the eNB in LTE system) or other have identity function.Take the ANR-CGI neighbor cell measurement of GERAN in LTE system as example, above-mentioned flow process is described below.

Preferably, between step 201 and step 203, also can comprise step 202.In step 202, eNB can be according to the PCI carrying in the measurement report receiving, and judges whether respective cell is present in the neighbor cell list of described UE.If the judgment is No, illustrate that the current community measuring of this UE is not also configured to the neighbor cell of this UE, Ji Gai community is newfound neighbor cell, therefore carries out described step 203 and step 204, carries out neighbor cell configuration; Otherwise, illustrate that the current community measuring of this UE has been configured to the neighbor cell of this UE, therefore can perform step again 203 and step 204 carry out repeated configuration.By only, to newfound community, indication UE carries out CGI measurement, can save system resource.

For convenience, the GERAN frequency carrying in the measurement report receiving in step 201 is made as to Frequency1 below, the PCI carrying in measurement report is made as to PCI1.

In above-mentioned steps 203, for this UE determines the process that described PCI is carried out to the measuring frequency of CGI can be: eNB is the frequency that UE measures by the frequency Frequency1(carrying in measurement report) be defined as this UE described PCI is carried out to the measuring frequency of CGI.

In above-mentioned steps 203, carry out the measuring frequency group of CGI according to the frequency of determining for this UE configuration, can have multiple implementation.In step 203, can a newly-built frequency group, wherein comprise eNB, for this UE, described PCI is carried out to the measuring frequency of CGI, also can split existing frequency group, in a frequency group after fractionation, only comprise eNB, for this UE, described PCI is carried out to the measuring frequency of CGI, can also adopt under existing frequency group by IE(Information Unit is set, information unit) mode, this frequency group subset is set, in this frequency group subset, only comprises eNB, for this UE, described PCI is carried out to the measuring frequency of CGI.

The embodiment of the present invention can preferably adopt frequency assembling and dismantling point mode or frequency group subset mode is set, and carries out the measuring frequency group of CGI for UE determines.Take eNB as this UE, described PCI is carried out to the measuring frequency of CGI as Frequency1 is as example below, respectively these two kinds of optimal ways are elaborated.

In step 203, if adopt frequency assembling and dismantling to divide mode, eNB can be divided into two frequency groups by the frequency assembling and dismantling that comprise frequency Frequency1, for convenience of description, frequency group before splitting is called to the first frequency group, the frequency group after splitting is called to the second frequency group and the 3rd frequency group.Wherein, in the second frequency group, only comprise frequency Frequency1, in the 3rd frequency group, comprise all the other frequencies except frequency Frequency1 in the first frequency group.Accordingly,, in step 204, eNB indicates this UE to carry out CGI measurement according to the PCI obtaining in this second frequency group and step 201 from measurement report.

Further, in a preferred embodiment, eNB is divided into the first frequency assembling and dismantling after the second frequency group and the 3rd frequency group, can also be respectively the second frequency group and the 3rd frequency component and match the Object ID(object identity of answering), be that the Object ID that joins of the second frequency group and the 3rd frequency component is not identical.Such as, the Object ID=1 that the first frequency group is corresponding, the Object ID=1 in corresponding one group (Object ID, reports configuration ID) of measurement ID that value is 10.The first frequency assembling and dismantling are divided into second and the 3rd after frequency group, are that the second frequency component is joined Object ID=2, are that the 3rd frequency component is joined Object ID=3.Certainly, can be also that the second frequency component is joined Object ID=1, be the 3rd frequency component is joined Object ID=2, need only the second frequency group Object ID corresponding with the 3rd frequency group different.

Accordingly, in step 204, eNB can indicate this UE to carry out CGI measurement by the mode that sends CGI measurement Indication message to this UE, and described CGI measures in Indication message and carries and measure the PCI obtaining from measurement report in ID and step 201.Corresponding one group (Object ID, reports configuration ID) of described measurement ID, Object ID is wherein Object ID corresponding to the second frequency group.

Further, in the time that eNB determines to stop the CGI measurement of UE, described the second frequency group and described the 3rd frequency group can be merged., described the second frequency group and described the 3rd frequency group being reconsolidated is the first frequency group.

By finding out the description of frequency assembling and dismantling point mode above, eNB adopts above-mentioned frequency assembling and dismantling point mode, can report the corresponding GERAN frequency in CGI community for UE clearly indicates to measure.In addition, in the time that the CGI that stops UE measuring, by the frequency group of fractionation is merged, be reduced to the frequency group that system arranges, can reduce the impact on system, reclaim and measure resource (limited amount of Object ID).

In step 203, if adopt the mode that frequency subset is set, eNB can choose frequency Frequency1 from the frequency group that comprises frequency Frequency1, forms frequency group subset, in this frequency group subset, only comprises frequency Frequency1.Such as, can comprise frequency Frequency1, Frequency2, Frequency3 in the following manner, under the Group of Frequency4, be the CGI measure setup frequency group subset subGroupForCGI of UE, in subGroupForCGI, only comprise frequency Frequency1:

Accordingly, in step 204, eNB can indicate this UE to carry out CGI measurement according to the PCI obtaining in this frequency group subset and step 201 from measurement report.

Further, in a preferred embodiment, eNB chooses frequency Frequency1 from the frequency group that comprises frequency Frequency1, formation can also be distributed to the Object ID of the described frequency group that comprises frequency Frequency1 this frequency group subset after only comprising the frequency group subset of frequency Frequency1.Still to comprise frequency Frequency1, Frequency2, Frequency3, CGI measure setup frequency group subset subGroupForCGI for UE under the Group of Frequency4 is example, the Object ID that subGroupForCGI is corresponding is the Object ID of the frequency group under it, and the frequency group that this Object ID is corresponding is now subGroupForCGI.

Accordingly, in step 204, eNB can indicate this UE to carry out CGI measurement by the mode that sends CGI measurement Indication message to this UE, described CGI measures the PCI that carries measurement ID and obtain from measurement report in Indication message, corresponding one group (Object ID, reports configuration ID) of described measurement ID, Object ID is wherein the Object ID that subGroupForCGI is corresponding,, Object ID corresponding to this this measurement of Object ID(ID) corresponding frequency group is above-mentioned subGroupForCGI.

Further, in the time that eNB determines to stop the CGI measurement of UE, can discharge described frequency group subset, Object ID corresponding to described frequency group subset redistributed to the frequency group belonging to this frequency group subset.

By finding out the description that frequency group subset mode is set above, eNB adopts the above-mentioned frequency group subset mode that arranges, and can report the corresponding GERAN frequency in CGI community for UE clearly indicates to measure.In addition, in the time that the CGI that stops UE measuring, frequency group subset is discharged, can reduce the impact on system.

By finding out the description of CGI measurement layoutprocedure above, in the ANR-CGI of GERAN neighbor cell measurement indication process, the clear and definite UE measurement of the network equipment reports the corresponding GERAN frequency in CGI community and PCI, compared with prior art dwindle the frequency point ranges that UE carries out ANR measurement, thereby improve CGI measurement and reported efficiency, reduce the probability of ANR neighbor cell self-configuring mistake, also the measurement that has improved ANR neighbor cell self-discovery hit rate and UE is consuming time, the ratio of power consumption, make the practicality of GL network (common networking of GERAN and EUTRAN LTE) neighbor cell self-discovery function (ANR function) stronger.In addition, the network equipment is divided or is arranged the mode of frequency group subset by frequency assembling and dismantling, dwindle the frequency point ranges that UE carries out ANR measurement, the frequency group indication UE that has dwindled frequency point ranges is carried out to CGI measurement, thereby carry out the mode compatibility mutually of CGI measurement with existing protocol by frequency group indication UE.

Referring to Fig. 3, be the strongest cell measuring method schematic flow sheet of ARN that one embodiment of the present of invention provide, as shown in the figure, this flow process can comprise:

Step 301: obtain the terminal statistical information of strong cell measurement;

Step 302: according to described statistical information, described terminal is carried out to the frequency group that the strongest cell measurement uses and adjust;

Step 303: indicate described terminal to carry out the strongest cell measurement according to the frequency group after adjusting.

Above-mentioned flow process is applicable to the evolution system of LTE system or LTE system.The executive agent of above-mentioned flow process is the network equipment, such as being the network access equipment that base station (as the eNB in LTE system) or other have identity function.Take the strongest cell measurement of ANR of GERAN in LTE system as example, above-mentioned flow process is described below.

In step 301, the statistical information that eNB obtains can be that this eNB obtains according to setting cycle statistics.ENB can carry out statistical operation to the strongest cell measurement of UE according to setting cycle, in the time that needs carry out the strongest cell measurement configuration to this UE, obtain statistical information, and using this statistical information as the foundation of adjusting this UE and carry out the frequency group that the strongest cell measurement uses.

ENB carries out according to UE the measurement report that the strongest cell measurement reports, and can obtain the frequency group under frequency and this frequency of the neighbor cell that UE measures.The information of adding up can comprise one of following information or combination in any:

(1) described UE finds the frequency of neighbor cell.Can be by statistics setting-up time length, the quantity of the neighbor cell that this UE finds obtains this parameter;

(2) described UE carries out interval (GAP) duration of strong cell measurement, accounts for this UE and carry out the ratio of the duration of Business Processing.This parameter can show the influence degree of the strongest cell measurement to Business Processing, such as, if this ratio value is higher than setting threshold (as 60%), the traffic carrying capacity that shows this UE is less, the strongest cell measurement is less to the influence degree of Business Processing, otherwise the traffic carrying capacity that shows this UE is larger, and the strongest cell measurement is larger to the influence degree of Business Processing.Below for convenience of description, UE is carried out to the GAP duration of strong cell measurement and be called the first duration, the duration that UE is carried out to Business Processing is called the second duration.

(3) whether neighbor cell list is full.The neighbor cell quantity of each frequency has specification limits.

In step 302, the statistical information that eNB can obtain according to step 301, this UE is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjust, the frequency quantity that also can carry out comprising in frequency group that the strongest cell measurement uses to this UE is adjusted.Respectively these two kinds of adjustment modes are described in detail below.

While adopting the mode that frequency group quantity is adjusted, if according to described statistical information, determine that UE in certain frequency group (for convenience of description, be called the first frequency group herein) all frequencies on neighbor cell find frequency, drop to the not numerical value higher than lower threshold from being not less than the numerical value of upper limit threshold, no longer described the first frequency group is carried out to the frequency group that the strongest cell measurement uses as described UE, described upper limit threshold is greater than described lower threshold; Or, if according to described statistical information, determine that UE carries out frequency group that the strongest cell measurement uses (for convenience of description current, be called the second frequency group herein) in neighbor cell on all frequencies find that frequency is all lower than setting threshold, and neighbor cell list less than, and the ratio that the first duration of this UE accounts for the second duration, higher than setting threshold, carries out for this UE increases the frequency group that the strongest cell measurement uses.

For instance, neighbor cell finds that the upper limit threshold of frequency is Thread1, lower threshold is Thread2(Thread1>Thread2), if eNB determines that according to statistical information UE is in certain hour length, find that for the neighbor cell of all frequencies in the first frequency group frequency is from being equal to or higher than the value of Thread1, drop to the value that is equal to or less than Thread2, show on all frequencies of this UE in described the first frequency group, speed or the quantity of finding neighbor cell decline, can within a period of time, no longer carry out neighbor cell to the frequency in described the first frequency group has found, therefore when carry out the strongest cell measurement configuration for this UE, no longer described the first frequency assembly is set to this UE and carries out the frequency group that the strongest cell measurement uses.

Again for instance, neighbor cell finds that the threshold value of frequency is Thread3, if eNB according to statistical information determine UE in the second frequency group the neighbor cell on all frequencies find frequency all lower than Thread3, and Neighboring Cell List less than, and the ratio of the first duration and the second duration is higher than setting threshold, the adjacent area quantity that shows the current discovery of this UE may be less, and neighbor cell list less than, the current Qiang of this UE community is less to the influence degree of Business Processing, may be thought of as this UE distributes other frequency group to carry out the measurement of neighbor cell, therefore eNB carries out for this UE increases the frequency group that the strongest cell measurement uses, the frequency group that is this UE and increases other is carried out the strongest cell measurement.

By finding out the description of frequency group quantity adjustment mode above, eNB can be according to the strongest cell measurement situation of UE, adjust this UE and measure the frequency group quantity that Qiang community is used, to arrive the object of adjusting UE and measure the frequency quantity that Qiang community used.Like this, along with the variation of the structure trend of the new adjacent area of UE and other request reference informations, can progressively change the ANR that frequency group that the strongest cell measurement uses contains and measure frequency point ranges.

While adopting the mode that the frequency quantity in frequency group is adjusted, if eNB is according to statistical information, determine that UE in certain frequency group (for convenience of description, be called the 3rd frequency group herein) in certain frequency (for convenience of description, below this frequency is called to the first frequency) on neighbor cell find frequency lower than setting threshold, no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as this UE.

Preferably, eNB can no longer carry out as this UE the frequency that the strongest cell measurement uses using described the first frequency in the following manner: frequency assembling and dismantling point mode, or the mode of frequency group subset is set.Respectively these two kinds of modes are elaborated below.

In the time adopting frequency assembling and dismantling point mode to realize " no longer described the first frequency being carried out to the frequency that the strongest cell measurement uses as this UE ", eNB can be divided into two frequency groups (for convenience of description by described the 3rd frequency assembling and dismantling, the frequency group below fractionation being obtained is called the 4th frequency group and the 5th frequency group), wherein, in the 4th frequency group, comprise described the first frequency, in described the 5th frequency group, comprise all the other frequencies except described the first frequency in the 3rd frequency group.Accordingly, in step 303, eNB, when this UE of indication carries out the strongest cell measurement according to the frequency group after adjusting, can indicate this UE to cancel the 3rd frequency group is carried out to the strongest cell measurement, and indication is carried out the strongest cell measurement to described the 5th frequency group.

Further, after described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group by eNB, can also be respectively described the 4th frequency group and described the 5th frequency component and match the Object ID answering, Object ID corresponding to described the 4th frequency group and the 5th frequency group is not identical.Accordingly, in step 303, eNB can send the strongest cell measurement configuration messages to this UE, in the strongest described cell measurement configuration messages, carry and measure ID, one group of (Object ID that this measurement ID is corresponding, report configuration ID) in Object ID be Object ID corresponding to described five frequency groups, thereby indicate this UE to cancel, the 3rd frequency group is carried out to the strongest cell measurement, and indication is carried out the strongest cell measurement to described the 5th frequency group.

Further, in the time stopping the strongest cell measurement of described terminal, eNB can merge described the 4th frequency group and described the 5th frequency group, reverts to the 3rd frequency group.

When the mode that frequency group subset is set in employing realizes " no longer described the first frequency being carried out to the frequency that the strongest cell measurement uses as this UE ", eNB can choose other frequencies except described the first frequency from described the 3rd frequency group, forms the subset of described the 3rd frequency group.Such as, the first frequency is Frequency1, can comprise frequency Frequency1 in the following manner, Frequency2, Frequency3, the strongest cell measurement for UE under the Group of Frequency4 arranges frequency group subset subGroup, only comprises frequency Frequency1 in subGroup:

Accordingly, in step 303, eNB can indicate this UE to carry out the strongest cell measurement to the subset of described the 3rd frequency group.

Further, eNB chooses other frequencies except described the first frequency from described the 3rd frequency group, after forming the subset of described the 3rd frequency group, also the Object ID of described the 3rd frequency group can be distributed to the subset of described the 3rd frequency group.Accordingly, in step 303, eNB can send the strongest cell measurement configuration messages to described terminal, in the strongest described cell measurement configuration messages, carry and measure ID, Object ID in one group (Object ID, reports configuration ID) that this measurement ID is corresponding is the Object ID corresponding to subset of described the 3rd frequency group.

Further, in the time stopping the strongest cell measurement of this UE, eNB can discharge the subset of described the 3rd frequency group, and Object the ID corresponding subset of described the 3rd frequency group is redistributed to described the 3rd frequency group.

By finding out the description of frequency quantity adjustment mode above, eNB can be according to the strongest cell measurement situation of UE, adjusts this UE and measures the frequency quantity that Qiang community is used.Like this, along with the variation of the structure trend of the new adjacent area of UE and other request reference informations, can progressively change the ANR that frequency group that the strongest cell measurement uses contains and measure frequency point ranges.

By finding out the description of the strongest cell measurement layoutprocedure above, network side can carry out the frequency point ranges of strong cell measurement according to the strongest cell measurement situation of terminal dynamically being adjusted to this UE, compared with prior art, can improve Qiang community and find efficiency.Such as, when Efficiency Decreasing is found in the more or neighbor cell of the neighbor cell quantity found in a certain frequency point ranges as UE, can get rid of the strongest cell measurement of this frequency point ranges, to avoid the duplicate measurements of UE, find efficiency thereby utilize limited measurement resource to improve Qiang community.In addition, the network equipment is divided or is arranged the mode of frequency group subset by frequency assembling and dismantling, dwindle the frequency point ranges that UE carries out ANR measurement, the frequency group indication UE that has dwindled frequency point ranges is carried out to the strongest cell measurement, thereby the mode of carrying out the strongest cell measurement by frequency group indication UE with existing protocol is compatible mutually.

It should be noted that, CGI measurement collocation method and the strongest cell measurement collocation method that the embodiment of the present invention provides are relatively independent, can distinguish separately and use, and also can be combined with.Such as, be terminal while carrying out the configuration of the strongest cell measurement in base station, the strongest cell measurement collocation method that can adopt the embodiment of the present invention to provide, for the strongest cell measurement of this terminal is configured operation; When terminal is according to this strongest cell measurement allocating and measuring Dao Qiang community and report behind base station, if base station judgement need to be carried out CGI measurement to the community of this terminal to report, can adopt CGI that the embodiment of the present invention provides to measure collocation method and carry out CGI for this terminal and measure and configure, so that CGI measurement is carried out in this terminal Dui Gai community.

Based on identical technical conceive, the embodiment of the present invention also provides a kind of network equipment.

Referring to Fig. 4, the structural representation of the network equipment 400 providing for one embodiment of the present of invention, this network equipment can be base station, can be applicable to the flow process shown in Fig. 2.

As shown in Figure 4, this network equipment 400 can comprise: receiver module 401, measurement configuration module 402, sending module 403, wherein:

Receiver module 401, the measurement report reporting for receiving terminal, carries frequency and Physical Cell Identifier PCI that described terminal measures in described measurement report;

Measuring configuration module 402, be used to described terminal to determine described PCI is carried out to the measuring frequency of CGI, is that described terminal configuration is carried out the measuring frequency group of CGI according to the frequency of determining;

Sending module 403, is used to indicate the PCI carrying in the measurement report that described terminal receives according to receiver module 401 and measures the described frequency group that configuration module 402 determines and carry out CGI measurement.

In the possible implementation of the first of the network equipment 400, measuring configuration module 402 can be defined as the described frequency measuring described PCI is carried out to the measuring frequency of CGI, for described terminal configuration is carried out the measuring frequency group of CGI, the frequency measuring described in only comprising in described frequency group.

Further, on the basis of the possible implementation of the first of the network equipment 400, in the possible implementation of the second, measure configuration module 402 and the first frequency assembling and dismantling of the frequency measuring described in comprising can be divided into the second frequency group and the 3rd frequency group, the frequency measuring described in only comprising in described the second frequency group, in described the 3rd frequency group, comprise in described the first frequency group except described in all the other frequencies the frequency that measures.Accordingly, sending module 403 can indicate described terminal to carry out CGI measurement according to described PCI and described the second frequency group.

Further, on the basis of the possible implementation of the second of the network equipment 400, in the third possible implementation, measuring configuration module 402 also can be after being divided into the second frequency group and the 3rd frequency group by the first frequency assembling and dismantling of the frequency measuring described in comprising, for described the second frequency component is joined second object mark, for described the 3rd frequency component is joined the 3rd object identity, described second object mark is not identical with described the 3rd object identity.Accordingly, sending module 403 can send CGI to described terminal and measure Indication message, and described CGI measures in Indication message and carries and measure mark and described PCI, and it is described second object mark that described measurement identifies corresponding object identity.

On the second of the network equipment 400 or the basis of the third possible implementation, in the 4th kind of possible implementation, measuring configuration module 402 also can, in the time stopping the CGI measurement of described terminal, merge described the second frequency group and described the 3rd frequency group.

On the basis of the possible implementation of the first of the network equipment 400, in the 5th kind of possible implementation, measure configuration module 402 and can from the group of the frequency that measures described in comprising, choose described frequency, form frequency group subset.Accordingly, sending module 403 can indicate described terminal to carry out CGI measurement according to described PCI and described frequency group subset.

On the basis of the 5th kind of possible implementation of the network equipment 400, in the 6th kind of possible implementation, measure configuration module 402 can be choosing described frequency from the group of the frequency that measures described in comprising, after forming described frequency group subset, the object identity of the group of the frequency measuring described in described comprising is distributed to described frequency group subset.Accordingly, sending module 403 can send CGI to described terminal and measure Indication message, and described CGI measures in Indication message and carries and measure the described PCI of mark, and it is object identity corresponding to described frequency group subset that described measurement identifies corresponding object identity.

On the basis of the 5th kind or the 6th kind possible implementation of the network equipment 400, in the 7th kind of possible implementation, measuring configuration module 402 can be in the time stopping the CGI measurement of described terminal, discharge described frequency group subset, object identity corresponding to described frequency group subset redistributed to the frequency group belonging to described frequency group subset.

On the basis of the various implementations of the network equipment 400, in the 8th kind of possible implementation, measure configuration module 402 and also can, before described PCI being carried out to the measuring frequency group of CGI for described terminal is definite, judge according to the PCI carrying in described measurement report whether respective cell is present in the neighbor cell list of described terminal.Accordingly, judge that described respective cell is not present in the neighbor cell list of described terminal if measure configuration module, determine described PCI is carried out to the measuring frequency group of CGI for described terminal, and indicate described terminal to determine that with the described terminal of determining carrying out the measuring frequency group of CGI carries out CGI measurement according to described PCI.

Above Fig. 4 shows the logical construction of the network equipment 400, and the hardware configuration of this network equipment can as shown in Figure 5, can comprise: radio-frequency module 501, processing module 502, and memory 503.Wherein, radio-frequency module 501 can be realized by radio circuit or radio frequency chip, for time-domain signal being converted to frequency-region signal and going out by antenna transmission, and transfers time-domain signal to from antenna reception frequency-region signal; Processing module 502, for communicating protocol processes, can be realized by a series of chips including CPU.The embodiment of the present invention can realize the function of the measurement configuration module 402 in Fig. 4 to processing module 502.Memory 503 is mainly used in the ephemeral data that the required data of the communication process of stores processor module 502 or communication process produce.

Referring to Fig. 5, the structural representation of the network equipment 500 providing for one embodiment of the present of invention, this network equipment can be base station, can be applicable to the flow process shown in Fig. 2.

As shown in Figure 5, this network equipment 500 can comprise: radio-frequency module 501, processing module 502, also can comprise memory 503, wherein:

Radio-frequency module 501, the measurement report reporting for receiving terminal, carries frequency and Physical Cell Identifier PCI that described terminal measures in described measurement report; And send the indication information that described processing module generates;

Processing module 502, is used to described terminal to determine described PCI is carried out to the measuring frequency of Cell Global Identification CGI, is that described terminal configuration is carried out the measuring frequency group of CGI according to the frequency of determining; Generate indication information, described indication information is used to indicate the described frequency group that the PCI that carries in the measurement report that described terminal receives according to described receiver module and described measurement configuration module determine and carries out CGI measurement.

In the possible implementation of the first of the network equipment 500, processing module 503 can be defined as the described frequency measuring described PCI is carried out to the measuring frequency of CGI, for described terminal configuration is carried out the measuring frequency group of CGI, the frequency measuring described in only comprising in described frequency group.

On the basis of the possible implementation of the first of the network equipment 500, in the possible implementation of the second, processing module 502 can be divided into the second frequency group and the 3rd frequency group by the first frequency assembling and dismantling of the frequency measuring described in comprising, the frequency measuring described in only comprising in described the second frequency group, in described the 3rd frequency group, comprise in described the first frequency group except described in all the other frequencies the frequency that measures; And, generating indication information, described indication information is used to indicate described terminal and carries out CGI measurement according to described PCI and described the second frequency group.

On the basis of the possible implementation of the second of the network equipment 500, in the third possible implementation, processing module 502 can be after being divided into the second frequency group and the 3rd frequency group by the first frequency assembling and dismantling of the frequency measuring described in comprising, for described the second frequency component is joined second object mark, for described the 3rd frequency component is joined the 3rd object identity, described second object mark is not identical with described the 3rd object identity.Accordingly, radio-frequency module 501 can send CGI to described terminal and measure Indication message, and described CGI measures in Indication message and carries and measure mark and described PCI, and it is described second object mark that described measurement identifies corresponding object identity.

On the second of the network equipment 500 or the basis of the third possible implementation, in the 4th kind of possible implementation, processing module 502 also can, in the time stopping the CGI measurement of described terminal, merge described the second frequency group and described the 3rd frequency group.

On the basis of the possible implementation of the first of the network equipment 500, in the 5th kind of possible implementation, processing module 502 can be chosen described frequency from the group of the frequency that measures described in comprising, forms frequency group subset; And generation indication information, described indication information is used to indicate described terminal and carries out CGI measurement according to described PCI and described frequency group subset.

On the basis of the 5th kind of possible implementation of the network equipment 500, in the 6th kind of possible implementation, processing module 502 can be choosing described frequency from the group of the frequency that measures described in comprising, after forming described frequency group subset, the object identity of the group of the frequency measuring described in described comprising is distributed to described frequency group subset.Accordingly, radio-frequency module 501 can send CGI to described terminal and measure Indication message, and described CGI measures in Indication message and carries and measure the described PCI of mark, and it is object identity corresponding to described frequency group subset that described measurement identifies corresponding object identity.

On the basis of the 5th kind or the 6th kind possible implementation of the network equipment 500, in the 7th kind of possible implementation, processing module 502 can be in the time stopping the CGI measurement of described terminal, discharge described frequency group subset, object identity corresponding to described frequency group subset redistributed to the frequency group belonging to described frequency group subset.

On the basis of the above-mentioned various implementations of the network equipment 500, in the 8th kind of possible implementation, processing module 502 also can, before described PCI being carried out to the measuring frequency group of CGI for described terminal is definite, judge according to the PCI carrying in described measurement report whether respective cell is present in the neighbor cell list of described terminal; If judge, described respective cell is not present in the neighbor cell list of described terminal, determine described PCI is carried out to the measuring frequency group of CGI for described terminal, and indicate described terminal to determine that with the described terminal of determining carrying out the measuring frequency group of CGI carries out CGI measurement according to described PCI.

Referring to Fig. 6, the structural representation of the network equipment 600 providing for another embodiment of the present invention, this network equipment can be base station, can be applicable to the flow process shown in Fig. 3.

As shown in Figure 6, this network equipment 600 can comprise: acquisition module 601, measurement configuration module 602, sending module 603.

Acquisition module 601, for obtaining the terminal statistical information of strong cell measurement;

Measure configuration module 602, for the described statistical information getting according to described acquisition module, described terminal is carried out to the frequency group that the strongest cell measurement uses and adjust;

Sending module 603, is used to indicate described terminal and carries out the strongest cell measurement according to the frequency group after the adjustment of described measurement configuration module.

In the possible implementation of the first of the network equipment 600, measuring configuration module 602 can be according to described statistical information, described terminal is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjusts; Or according to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted.

On the basis of the possible implementation of the first of the network equipment 600, in the possible implementation of the second, if measure configuration module 602 according to described statistical information, determine that the neighbor cell discovery frequency on all frequencies of described terminal in the first frequency group drops to the not numerical value higher than lower threshold from being not less than the numerical value of upper limit threshold, no longer described the first frequency group is carried out to the frequency group that the strongest cell measurement uses as described terminal, described upper limit threshold is greater than described lower threshold; Or, if according to described statistical information, determine described terminal neighbor cell on all frequencies in the second frequency group find frequency all lower than setting threshold, neighbor cell list less than, and the first duration accounts for the ratio of the second duration higher than setting threshold, for the frequency group that the strongest cell measurement uses is carried out in described terminal increase; Described the second frequency group is carried out the frequency group that the strongest cell measurement uses for described terminal is current, described the first duration is that described terminal is carried out the interval GAP duration of strong cell measurement, and described the second duration is the duration of described terminal carrying out service processing.

On the basis of the possible implementation of the first of the network equipment 600, in the third possible implementation, if measure configuration module 602 according to described statistical information, determine described terminal in the 3rd frequency group the neighbor cell on the first frequency find frequency lower than setting threshold, no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as described terminal.

On the basis of the third possible implementation of the network equipment 600, in the 4th kind of possible implementation, measurement module 602 can be divided into the 4th frequency group and the 5th frequency group by described the 3rd frequency assembling and dismantling, in described the 4th frequency group, comprise described the first frequency, in described the 5th frequency group, comprise all the other frequencies except described the first frequency in the 3rd frequency group.Accordingly, sending module 603 can indicate described terminal cancellation to carry out the strongest cell measurement to the 3rd frequency group, and indication is carried out the strongest cell measurement to described the 5th frequency group.

On the basis of the 4th kind of possible implementation of the network equipment 600, in the 5th kind of possible implementation, measuring configuration module 602 also can be after being divided into the 4th frequency group and the 5th frequency group by described the 3rd frequency assembling and dismantling, be respectively described the 4th frequency group and described the 5th frequency component and match the object identity of answering, object identity corresponding to described the 4th frequency group and the 5th frequency group is not identical.Accordingly, sending module 603 can send the strongest cell measurement configuration messages to described terminal, carries and measure mark in the strongest described cell measurement configuration messages, and it is object identity corresponding to described five frequency group that described measurement identifies corresponding object identity.

On the basis of the 4th kind or the 5th kind possible implementation of the network equipment 600, in the 6th kind of possible implementation, measuring configuration module 602 can, in the time stopping the strongest cell measurement of described terminal, merge described the 4th frequency group and described the 5th frequency group.

On the basis of the third possible implementation of the network equipment 600, in the 7th kind of possible implementation, measure configuration module 602 and can from described the 3rd frequency group, choose other frequencies except described the first frequency, form the subset of described the 3rd frequency group.Accordingly, sending module 603 can indicate described terminal to carry out the strongest cell measurement to the subset of described the 3rd frequency group.

On the basis of the 7th kind of possible implementation of the network equipment 600, in the 8th kind of possible implementation, measure configuration module 602 and can from described the 3rd frequency group, choose other frequencies except described the first frequency, after forming the subset of described the 3rd frequency group, the object identity of described the 3rd frequency group is distributed to the subset of described the 3rd frequency group.Accordingly, sending module 603 can send the strongest cell measurement configuration messages to described terminal, carries and measure mark in the strongest described cell measurement configuration messages, and described measurement identifies object identity corresponding to subset that corresponding object identity is described the 3rd frequency group.

On the basis of the 7th kind or the 8th kind possible implementation of the network equipment 600, in the 9th kind of possible implementation, measuring configuration module 602 also can be in the time stopping the strongest cell measurement of described terminal, discharge the subset of described the 3rd frequency group, the object identity corresponding subset of described the 3rd frequency group is redistributed to described the 3rd frequency group.

On the basis of the above-mentioned various possible implementations of the network equipment 600, described statistical information comprises one of following information or combination:

Described terminal is found the frequency of neighbor cell;

Whether neighbor cell list is full.

Above Fig. 6 shows the logical construction of the network equipment 600, and the hardware configuration of this network equipment can as shown in Figure 7, can comprise: radio-frequency module 701, processing module 702, and memory 703.Wherein, radio-frequency module 701 can be realized by radio circuit or radio frequency chip, for time-domain signal being converted to frequency-region signal and going out by antenna transmission, and transfers time-domain signal to from antenna reception frequency-region signal; Processing module 702, for communicating protocol processes, can be realized by a series of chips including CPU.The embodiment of the present invention can realize the function of the measurement configuration module 602 in Fig. 6 to processing module 702.Memory 703 is mainly used in the ephemeral data that the required data of the communication process of stores processor module 702 or communication process produce.

Referring to Fig. 7, the structural representation of the network equipment 700 providing for one embodiment of the present of invention, this network equipment can be base station, can be applicable to the flow process shown in Fig. 3.

As shown in Figure 7, this network equipment 700 can comprise: radio-frequency module 701, processing module 702, also can comprise memory 703, wherein:

Processing module 702, for adding up the terminal statistical information of strong cell measurement; The described statistical information getting according to described acquisition module, carries out to described terminal the frequency group that the strongest cell measurement uses and adjusts; And, generating indication information, described indication information is used to indicate described terminal and carries out the strongest cell measurement according to the frequency group after the adjustment of described measurement configuration module;

Radio-frequency module 701, the indication information generating for transmission processing module 702.

In the possible implementation of the first of the network equipment 700, processing module 702 can be according to described statistical information, described terminal is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjusts; Or according to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted.

On the basis of the possible implementation of the first of the network equipment 700, in the possible implementation of the second, if processing module 702 is according to described statistical information, determine that the neighbor cell discovery frequency on all frequencies of described terminal in the first frequency group drops to the not numerical value higher than lower threshold from being not less than the numerical value of upper limit threshold, no longer described the first frequency group is carried out to the frequency group that the strongest cell measurement uses as described terminal, described upper limit threshold is greater than described lower threshold; Or, if according to described statistical information, determine described terminal neighbor cell on all frequencies in the second frequency group find frequency all lower than setting threshold, neighbor cell list less than, and the first duration accounts for the ratio of the second duration higher than setting threshold, for the frequency group that the strongest cell measurement uses is carried out in described terminal increase; Described the second frequency group is carried out the frequency group that the strongest cell measurement uses for described terminal is current, described the first duration is that described terminal is carried out the interval GAP duration of strong cell measurement, and described the second duration is the duration of described terminal carrying out service processing.

On the basis of the possible implementation of the first of the network equipment 700, in the third possible implementation, if processing module 702 is according to described statistical information, determine described terminal in the 3rd frequency group the neighbor cell on the first frequency find frequency lower than setting threshold, no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as described terminal.

On the basis of the third possible implementation of the network equipment 700, in the 4th kind of possible implementation, processing module 702 can be divided into the 4th frequency group and the 5th frequency group by described the 3rd frequency assembling and dismantling, in described the 4th frequency group, comprise described the first frequency, in described the 5th frequency group, comprise all the other frequencies except described the first frequency in the 3rd frequency group; And generation indication information, described indication information is used to indicate described terminal cancellation the 3rd frequency group is carried out to the strongest cell measurement, and indication is carried out the strongest cell measurement to described the 5th frequency group.

On the basis of the 4th kind of possible implementation of the network equipment 700, in the 5th kind of possible implementation, processing module 702 also can be after being divided into the 4th frequency group and the 5th frequency group by described the 3rd frequency assembling and dismantling, be respectively described the 4th frequency group and described the 5th frequency component and match the object identity of answering, object identity corresponding to described the 4th frequency group and the 5th frequency group is not identical.Accordingly, radio-frequency module 701 can send the strongest cell measurement configuration messages to described terminal, carries and measure mark in the strongest described cell measurement configuration messages, and it is object identity corresponding to described five frequency group that described measurement identifies corresponding object identity.

On the basis of the 4th kind or the 5th kind possible implementation of the network equipment 700, in the 6th kind of possible implementation, processing module 702 also can, in the time stopping the strongest cell measurement of described terminal, merge described the 4th frequency group and described the 5th frequency group.

On the basis of the third possible implementation of the network equipment 700, in the 7th kind of possible implementation, processing module 702 can be chosen other frequencies except described the first frequency from described the 3rd frequency group, forms the subset of described the 3rd frequency group; And generation indication information, described indication information is used to indicate described terminal the subset of described the 3rd frequency group is carried out to the strongest cell measurement.

On the basis of the 7th kind of possible implementation of the network equipment 700, in the 8th kind of possible implementation, processing module 702 also can be chosen other frequencies except described the first frequency from described the 3rd frequency group, after forming the subset of described the 3rd frequency group, the object identity of described the 3rd frequency group is distributed to the subset of described the 3rd frequency group.Accordingly, radio-frequency module 701 can send the strongest cell measurement configuration messages to described terminal, carries and measure mark in the strongest described cell measurement configuration messages, and described measurement identifies object identity corresponding to subset that corresponding object identity is described the 3rd frequency group.

On the basis of the 7th kind or the 8th kind possible implementation of the network equipment 700, in the 9th kind of possible implementation, processing module 702 also can be in the time stopping the strongest cell measurement of described terminal, discharge the subset of described the 3rd frequency group, the object identity corresponding subset of described the 3rd frequency group is redistributed to described the 3rd frequency group.

On the basis of the above-mentioned various possible implementations of the network equipment 700, described statistical information comprises one of following information or combination:

Described terminal is found the frequency of neighbor cell;

Whether neighbor cell list is full.

Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the present invention can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) that wherein include computer usable program code.

The present invention is with reference to describing according to flow chart and/or the block diagram of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.The processor of these computer program instructions to all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device can be provided, make the function of specifying in a flow process in can realization flow figure of instruction that the processor by this computer or other programmable data processing device carries out or multiple flow process and/or square frame of block diagram or multiple square frame.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computer or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of flow chart or a square frame of multiple flow process and/or block diagram or multiple square frame on computer or other programmable devices.

Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to be interpreted as comprising preferred embodiment and fall into all changes and the modification of the scope of the invention.

Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.

Claims

1. automatic neighborhood ARN measures a collocation method, it is characterized in that, comprising:

2. the method for claim 1, is characterized in that, described terminal is definite carries out the measuring frequency of CGI to described PCI, is that described terminal configuration is carried out the measuring frequency group of CGI according to the frequency of determining, and comprising:

3. method as claimed in claim 2, is characterized in that, describedly carries out the measuring frequency group of CGI for described terminal configuration, and the frequency measuring described in only comprising in described frequency group, comprising:

4. method as claimed in claim 3, is characterized in that, described the first frequency assembling and dismantling by the frequency measuring described in comprising also comprise after being divided into the second frequency group and the 3rd frequency group:

5. the method as described in claim 3 or 4, is characterized in that, described method also comprises:

6. method as claimed in claim 2, is characterized in that, describedly carries out the measuring frequency group of CGI for described terminal configuration, and the frequency measuring described in only comprising in described frequency group, comprising:

7. method as claimed in claim 6, is characterized in that, describedly from the group of the frequency that measures described in comprising, chooses described frequency, after forming described frequency group subset, also comprises:

8. the method as described in claim 6 or 7, is characterized in that, described method also comprises:

9. the method as described in any one in claim 1-8, is characterized in that, described for described terminal determine described PCI is carried out to the measuring frequency group of CGI before, also comprise:

10. automatic neighborhood ARN measures a collocation method, it is characterized in that, comprising:

Obtain the terminal statistical information of strong cell measurement;

11. methods as claimed in claim 10, is characterized in that, described according to described statistical information, described terminal is carried out to the frequency group that the strongest cell measurement uses and adjust, and comprising:

According to described statistical information, described terminal is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjust; Or

According to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted.

12. methods as claimed in claim 11, is characterized in that, described according to described statistical information, described terminal are carried out to the quantity of the frequency group that the strongest cell measurement uses and adjust, and comprising:

13. methods as claimed in claim 11, is characterized in that, according to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted, and comprising:

14. methods as claimed in claim 13, is characterized in that, describedly no longer described the first frequency are carried out to the frequency that the strongest cell measurement uses as described terminal, comprising:

15. methods as claimed in claim 14, is characterized in that, described described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group after, also comprise:

16. methods as described in claims 14 or 15, is characterized in that, described method also comprises:

17. methods as claimed in claim 13, is characterized in that, describedly no longer described the first frequency are carried out to the frequency that the strongest cell measurement uses as described terminal, comprising:

18. methods as claimed in claim 17, is characterized in that, describedly from described the 3rd frequency group, choose other frequencies except described the first frequency, after forming the subset of described the 3rd frequency group, also comprise:

19. methods as described in claim 17 or 18, is characterized in that, described method also comprises:

20. methods as described in any one in claim 10-19, is characterized in that, described statistical information comprises one of following information or combination:

Described terminal is found the frequency of neighbor cell;

Whether neighbor cell list is full.

21. 1 kinds of network equipments, is characterized in that, comprising:

22. equipment as claimed in claim 21, it is characterized in that, described measurement configuration module specifically for, the described frequency measuring is defined as described PCI to carry out the measuring frequency of CGI, for described terminal configuration is carried out the measuring frequency group of CGI, the frequency measuring described in only comprising in described frequency group.

23. equipment as claimed in claim 22, it is characterized in that, described measurement configuration module specifically for, the first frequency assembling and dismantling of the frequency measuring described in comprising are divided into the second frequency group and the 3rd frequency group, the frequency measuring described in only comprising in described the second frequency group, in described the 3rd frequency group, comprise in described the first frequency group except described in all the other frequencies the frequency that measures;

24. equipment as claimed in claim 23, it is characterized in that, described measurement configuration module also for, after the first frequency assembling and dismantling of the frequency measuring described in comprising are divided into the second frequency group and the 3rd frequency group, for described the second frequency component is joined second object mark, for described the 3rd frequency component is joined the 3rd object identity, described second object mark is not identical with described the 3rd object identity;

25. equipment as described in claim 23 or 24, is characterized in that, described measurement configuration module also for, in the time stopping the CGI of described terminal and measure, described the second frequency group and described the 3rd frequency group are merged.

26. equipment as claimed in claim 22, is characterized in that, described measurement configuration module specifically for, from the group of the frequency that measures described in comprising, choose described frequency, form frequency group subset;

27. equipment as claimed in claim 26, it is characterized in that, described measurement configuration module also for, choosing described frequency from the group of the frequency that measures described in comprising, after forming described frequency group subset, the object identity of the group of the frequency measuring described in described comprising is distributed to described frequency group subset;

28. equipment as described in claim 26 or 27, it is characterized in that, described measurement configuration module also for, when stop described terminal CGI measure time, discharge described frequency group subset, object identity corresponding to described frequency group subset redistributed to the frequency group belonging to described frequency group subset.

29. equipment as described in any one in claim 21-28, it is characterized in that, described measurement configuration module also for, before described PCI being carried out to the measuring frequency group of CGI for described terminal is definite, judge according to the PCI carrying in described measurement report whether respective cell is present in the neighbor cell list of described terminal;

30. 1 kinds of network equipments, is characterized in that, comprising:

31. equipment as claimed in claim 30, is characterized in that, described measurement configuration module specifically for, according to described statistical information, described terminal is carried out to the quantity of the frequency group that the strongest cell measurement uses and adjusts; Or according to described statistical information, the frequency quantity that described terminal is carried out comprising in frequency group that the strongest cell measurement uses is adjusted.

32. equipment as claimed in claim 31, it is characterized in that, described measurement configuration module specifically for, if according to described statistical information, determine that the neighbor cell discovery frequency on all frequencies of described terminal in the first frequency group drops to the not numerical value higher than lower threshold from being not less than the numerical value of upper limit threshold, no longer described the first frequency group is carried out to the frequency group that the strongest cell measurement uses as described terminal, described upper limit threshold is greater than described lower threshold; Or

33. equipment as claimed in claim 31, it is characterized in that, described measurement configuration module specifically for, if according to described statistical information, determine described terminal in the 3rd frequency group the neighbor cell on the first frequency find frequency lower than setting threshold, no longer described the first frequency is carried out to the frequency that the strongest cell measurement uses as described terminal.

34. equipment as claimed in claim 33, it is characterized in that, described measurement module specifically for, described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group, in described the 4th frequency group, comprise described the first frequency, in described the 5th frequency group, comprise all the other frequencies except described the first frequency in the 3rd frequency group;

35. equipment as claimed in claim 34, it is characterized in that, described measurement configuration module also for, after described the 3rd frequency assembling and dismantling are divided into the 4th frequency group and the 5th frequency group, be respectively described the 4th frequency group and described the 5th frequency component and match the object identity of answering, object identity corresponding to described the 4th frequency group and the 5th frequency group is not identical;

36. equipment as described in claim 34 or 35, is characterized in that, described measurement configuration module also for, in the time stopping the strongest cell measurement of described terminal, described the 4th frequency group and described the 5th frequency group are merged.

37. equipment as claimed in claim 33, is characterized in that, described measurement configuration module specifically for, from described the 3rd frequency group, choose other frequencies except described the first frequency, form the subset of described the 3rd frequency group;

38. equipment as claimed in claim 37, it is characterized in that, described measurement configuration module also for, from described the 3rd frequency group, choose other frequencies except described the first frequency, after forming the subset of described the 3rd frequency group, the object identity of described the 3rd frequency group is distributed to the subset of described the 3rd frequency group;

39. equipment as described in claim 37 or 38, it is characterized in that, described measurement configuration module also for, in the time stopping the strongest cell measurement of described terminal, discharge the subset of described the 3rd frequency group, the object identity corresponding subset of described the 3rd frequency group is redistributed to described the 3rd frequency group.

40. equipment as described in any one in claim 30-39, is characterized in that, described statistical information comprises one of following information or combination:

Described terminal is found the frequency of neighbor cell;

Whether neighbor cell list is full.