CN108541016A

CN108541016A - A kind of method and device carrying out alien-frequency district measurement

Info

Publication number: CN108541016A
Application number: CN201810326230.5A
Authority: CN
Inventors: 陈东; 舒兵; 花梦
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-04-03
Filing date: 2013-04-03
Publication date: 2018-09-14
Anticipated expiration: 2033-04-03
Also published as: CN104247493A; CN104247493B; WO2014161178A1; CN108541016B

Abstract

The present invention relates to mobile communication technology fields, more particularly to a kind of method and device carrying out alien-frequency district measurement, it is existing in the prior art when UE needs to measure the first kind and the two kinds of iso-frequency adjacent community of Second Type to solve, same GAP can only be used, it may appear that measurement result is inaccurate or time of measuring is long and the problem of influence the transmission performance of UE；Network of the embodiment of the present invention is by configuring at least one GAP, indicate that the UE determines the first GAP for measuring first kind iso-frequency adjacent community and the 2nd GAP for measuring Second Type iso-frequency adjacent community according at least one GAP of the network configuration, the first kind and the two kinds of iso-frequency adjacent community of Second Type are measured so as to make UE that different GAP be respectively adopted, it can ensure the accuracy of measurement result under conditions of not influencing UE transmission performances.

Description

A kind of method and device carrying out alien-frequency district measurement

The application is submission on April 3rd, 2013 Patent Office of the People's Republic of China, application No. is 201380000254.7, application is entitled A kind of division of the Chinese patent application of " method and device carrying out alien-frequency district measurement ", the application full content are included in mother In case.

Technical field

The present invention relates to mobile communication technology field more particularly to a kind of method and devices carrying out alien-frequency district measurement.

Background technology

In wideband code division multiple access (wideband code division multiple access, WCDMA) system, use Family equipment (user equipment, UE) includes measurement to co-frequency neighbor cell and to iso-frequency adjacent community to the measurement of adjacent cell It measures, since WCDMA system is not time-division system, and general UE only has a set of receiver, so can only be connect in synchronization Receive and handle the signal of the same frequency.It is measured to the signal to other frequencies, receiver is by frequency error factor to target Frequency measures.Therefore, it is necessary to a kind of mechanism, and certain free timeslot can be generated in the radio frames of downlink, and here it is pressures Compressed mode.

Compact model is also referred to as time slotted pattern, is a period of time technologies formation such as halve, punch by spreading factor Transmission data interval (GAP), in this section of GAP, any data are not transmitted in base station to UE.UE can utilize this section of GAP that will connect Receipts machine, which is transformed into, measures the cell of other frequencies.It is carried out in parameters such as length, the repetition periods of the GAP to compact model With postponing, specific transmission intercal pattern (TG pattern) is generated, a series of TG pattern are constituted between a transmission Every mode sequences.The configuration parameter of transmission intercal pattern is as shown in Figure 1, transmission intercal pattern can select transmission intercal pattern 1 (TG pattern1) and transmission intercal pattern 2 (TG pattern2), length can be respectively TGPL1 and TGPL2, a TG Pattern may include one or two GAP；In figure, transmission intercal starts timeslot number (TGSN), transmission intercal 1 (GAP1) Length (TGL1), the length (TGL2) of transmission intercal 2 (GAP2), transmission intercal starting distance (TGD) determine the position of GAP.

Expansible Universal Mobile Telecommunications System (Scalable Universal Mobile are introduced in a wcdma system Telecommunications System, S-UMTS) after cell, UE needs the alien-frequency district measured that may have two types Type, respectively Universal Mobile Telecommunications System (Universal Mobile Telecommunications System, UMTS) are different Frequency cell and the alien-frequency districts S-UMTS；Wherein, S-UMTS cells are also referred to as F-UMTS (UMTS of fragmentation, Fractional UMTS the bandwidth of) cell, S-UMTS cells reduces compared to the bandwidth of UMTS cells, and the real time of time slot compares UMTS cells The real time of time slot is to lengthen.As shown in Fig. 2, being UMTS cells and S-UMTS bandwidth of cell distribution schematic diagrams, S-UMTS Bandwidth of cell is the 1/N of UMTS bandwidth of cell, and N is positive integer more than or equal to 2, and in figure, UMTS bandwidth of cell is 5M, S-UMTS Bandwidth of cell is the half of UMTS bandwidth of cell, i.e. 2.5M.

Before network advertisement UE measures iso-frequency adjacent community, the transmission intercal pattern sequence that can will be configured for current area Row notice is to UE, that is, the corresponding compressed-mode parameters of GAP for measuring iso-frequency adjacent community is sent to UE, UE starts corresponding Compressed mode sequence measure these cells.As shown in figure 3, the schematic diagram of cell is measured in the GAP of network configuration for UE； The operation that UE is executed in GAP includes detection and frequency error factor, i.e. the receiver of UE switches from by the frequency range of current area It is specifically detected, processing is carried out to testing result after having detected cell to be measured and will be received to the frequency range for measuring cell The frequency error factor of machine returns the working frequency of current area.

In the prior art, when UE needs to measure the two kinds of alien-frequency districts UMTS and S-UMTS, network is Certain of the UE of current area measures one compressed mode sequence of activation, and the compressed-mode parameter of the pressing mold sequence is with current The time slot (slot) or radio frames of cell are as unit, and UE is small in the compressed mode sequence progress alien frequencies using network activation When region measurement, it is not intended that the difference of alien-frequency district type, still measures different types of alien-frequency district using same GAP, when When current area and cell to be measured are belonging respectively to different cell types, it can be corresponded to per time slot due to current area and cell to be measured Real time it is inconsistent cause parameter configuration inaccurate, that is, the time for being used for the GAP of measurement is too short or too long.If current small Area is UMTS cells, and for a set of compressed mode sequence of network activation as unit of the time slot of UMTS cells or radio frames, then having can UE capable of occur, there is no problem when a kind of GAP in using this set compressed mode sequence measures the iso-frequency adjacent communities UMTS, but when survey The cell of amount be S-UMTS cells when, will because of the GAP for measurement time it is too short and be unable to get accurately measure knot Fruit；If current area is S-UMTS cells, a set of compressed mode sequence of network activation is with the time slot or nothing of S-UMTS cells Line frame is unit, it is likely that UE is when a kind of GAP in using this set compressed mode sequence measures the iso-frequency adjacent communities S-UMTS There is no problem, but when the cell to be measured of measurement be UMTS cells when, it is possible to can because for measurement GAP time it is too long and Signal transmission time is wasted, the transmission performance of UE is influenced.

To sum up, in the prior art, when UE needs to measure the two kinds of iso-frequency adjacent communities UMTS and S-UMTS, Same GAP can only be used, it may appear that measurement result is inaccurate or time of measuring is long and the problem of influence the transmission performance of UE.

Invention content

The embodiment of the present invention provide it is a kind of carry out alien-frequency district measurement method and device, to solve in the prior art when When UE needs to measure the two kinds of iso-frequency adjacent communities UMTS and S-UMTS, same GAP can only be used, it may appear that survey Amount result is inaccurate or time of measuring is long and the problem of influence the transmission performance of UE.

In a first aspect, a kind of method carrying out alien-frequency district measurement is provided, including：Network determination needs user equipment (UE) pair First kind iso-frequency adjacent community and Second Type iso-frequency adjacent community measure；The network is configured to measure different for the UE At least one transmission intercal GAP of frequency adjacent district indicates that the UE is determined according at least one GAP of configuration for measuring first First GAP of type iso-frequency adjacent community and the 2nd GAP for measuring Second Type iso-frequency adjacent community；Wherein, described at least one A GAP includes at least one of the first GAP and the 2nd GAP, and the first GAP is different from the 2nd GAP.

With reference to first aspect, in the first possible implementation, the network is configured to measure different for the UE At least one GAP of frequency adjacent district indicates that the UE determines the first GAP and described according at least one GAP of configuration Two GAP, specifically include：The network is that the UE configures the first GAP, indicates the UE according to the first GAP and the 2nd GAP Correspondence determine corresponding 2nd GAP of the first GAP of the network configuration；Or, the network is described in UE configurations 2nd GAP indicates that the UE determines that the 2nd GAP of the network configuration is corresponding according to the first GAP with the correspondence of the 2nd GAP The first GAP；Or, the network, which is the UE, configures the first GAP and the 2nd GAP.

The possible realization method of with reference to first aspect the first, in second of possible realization method, the network The first GAP and the 2nd GAP is configured for the UE, including：Network is the of UE configurations comprising the first GAP One transmission intercal pattern TG pattern and the 2nd TG pattern for including the 2nd GAP；Or, network configures for the UE Include the TG pattern of the first GAP and the 2nd GAP.

With reference to first aspect or the first to two kind of possible realization method of first aspect, in the third possible reality In existing mode, the network needs UE to measure first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community in determination Later, further include：The network is that the UE configures the measures conversion time, indicates the UE before the measures conversion time First kind iso-frequency adjacent community is measured according to the first determining GAP, according to determining second after the measures conversion time GAP measures Second Type iso-frequency adjacent community；Or, measuring second according to the 2nd determining GAP before the measures conversion time Type iso-frequency adjacent community measures first kind iso-frequency adjacent community after the measures conversion time according to the first determining GAP.

With reference to first aspect or the first to two kind of possible realization method of first aspect, in the 4th kind of possible reality In existing mode, the network needs UE to measure first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community in determination Later, further include：The network is the period that UE configurations carry out iso-frequency adjacent community measurement, indicates the UE periods to alien frequencies Cell measurement, one of them period are equal to the first time of measuring length and the second class of measurement for measuring first kind iso-frequency adjacent community The sum of second time of measuring length of type iso-frequency adjacent community, the first time of measuring length include at least one first GAP, institute It includes at least one 2nd GAP to state the second time of measuring length.

The 4th kind of possible realization method with reference to first aspect, in the 5th kind of possible realization method, the network The period for carrying out iso-frequency adjacent community measurement is configured for the UE, is specifically included：When network is that UE configurations described first measure Between the position of length and the second time of measuring length within the period.

The 4th with reference to first aspect or the 5th kind of possible realization method, in the 6th kind of possible realization method, institute The GAP numbers that the first time of measuring length includes are stated to measure all first kind iso-frequency adjacent communities respectively more than or equal to the UE Primary required the sum of GAP numbers, and the second time of measuring length GAP numbers for including are more than or equal to the UE to all the Two type iso-frequency adjacent communities measure measures primary required the sum of GAP numbers respectively.

Second aspect provides a kind of method carrying out alien-frequency district measurement, including：User equipment (UE) receives what network issued At least one transmission intercal GAP for measuring iso-frequency adjacent community；The UE is determined according at least one GAP of reception for surveying The first GAP of first kind iso-frequency adjacent community and the 2nd GAP for measuring Second Type iso-frequency adjacent community are measured, and according to determination The first GAP first kind iso-frequency adjacent community is measured, according to the 2nd determining GAP to Second Type iso-frequency adjacent community into Row measures；Wherein, at least one transmission intercal GAP is the first GAP and/or the 2nd GAP, and described first GAP is different from the 2nd GAP.

In conjunction with second aspect, in the first possible implementation, the UE receptions network issues different for measuring At least one GAP of frequency adjacent district determines the first GAP and the 2nd GAP, specifically according at least one GAP of reception Including：The UE receives the first GAP for measuring iso-frequency adjacent community that network issues, and according to the first GAP's and the 2nd GAP Correspondence determines the 2nd GAP；Or, the 2nd GAP for measuring iso-frequency adjacent community that the UE receptions network issues, and according to The correspondence of first GAP and the 2nd GAP determines the first GAP；Or, the UE receives the first GAP and institute that network issues State the 2nd GAP.

In conjunction with the first possible realization method of second aspect, in second of possible realization method, the UE connects The first GAP and the 2nd GAP that network issues are received, including：That the UE receptions network issues includes the first GAP The first transmission intercal pattern TG pattern and include the 2nd TG pattern of the 2nd GAP；Or, the UE receives net The TG pattern for including the first GAP and the 2nd GAP that network issues.

In conjunction with the first to two kind of possible realization method of second aspect or second aspect, in the third possible reality In existing mode, the UE, which measures first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community, further includes before：Institute It states UE and receives the measures conversion time that network issues；The UE according to the first determining GAP to first kind iso-frequency adjacent community into Row measures, and is measured to Second Type iso-frequency adjacent community according to the 2nd determining GAP, including：The UE turns in described measure First kind iso-frequency adjacent community, the basis after the measures conversion time are measured according to the first determining GAP before changing the time The 2nd determining GAP measures Second Type iso-frequency adjacent community；Or, according to determining second before the measures conversion time GAP measures Second Type iso-frequency adjacent community, and the first kind is measured according to the first determining GAP after the measures conversion time Iso-frequency adjacent community.

In conjunction with the first to two kind of possible realization method of second aspect or second aspect, in the 4th kind of possible reality In existing mode, the UE, which measures first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community, further includes before：Institute State the period that UE receives the progress iso-frequency adjacent community measurement that network issues；The UE is according to the first determining GAP to the first kind Iso-frequency adjacent community measures, and is measured to Second Type iso-frequency adjacent community according to the 2nd determining GAP, including：The UE It is small according to determining at least one first GAP measurement first kind alien frequencies neighbours in the first time of measuring length in the period Area measures Second Type alien frequencies neighbour in the second time of measuring length in the period according to determining at least one 2nd GAP Cell.

In conjunction with the 4th kind of possible realization method of second aspect, in the 5th kind of possible realization method, the UE exists Iso-frequency adjacent community is measured in the period, is specifically included：The UE is surveyed according to the first time of measuring length and described second Position of the time span within the period is measured, the iso-frequency adjacent community is measured within the period.

The third aspect provides a kind of network equipment carrying out alien-frequency district measurement, including：Determining module is needed for determining User equipment (UE) is wanted to measure first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community；Configuration module is used for The determining module determination needs user equipment (UE) to survey first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community After amount, it is configured to measure at least one transmission intercal GAP of iso-frequency adjacent community for the UE, and by at least one of configuration GAP is transmitted to sending module；Sending module refers at least one GAP that the configuration module is UE configurations to be sent to UE Show that the UE according at least one GAP of configuration determines the first GAP for measuring first kind iso-frequency adjacent community and for surveying Measure the 2nd GAP of Second Type iso-frequency adjacent community；Wherein, at least one transmission intercal GAP be the first GAP and/or 2nd GAP, the first GAP are different from the 2nd GAP.

In conjunction with the third aspect, in the first possible implementation, the configuration module is specifically used for matching for the UE The first GAP is set, the sending module is specifically used for the first GAP being sent to the UE, indicates the UE according to the first GAP Corresponding 2nd GAP of the first GAP of configuration module configuration are determined with the correspondence of the 2nd GAP；Or,

The configuration module is specifically used for configuring the 2nd GAP for the UE, and the sending module is specifically used for matching by described in The 2nd GAP for setting module configuration is sent to the UE, indicates that the UE is determined according to the correspondence of the first GAP and the 2nd GAP Corresponding first GAP of the 2nd GAP of the configuration module configuration；Or, the configuration module is specifically used for configuring institute for the UE State the first GAP and the 2nd GAP.

In conjunction with the first possible realization method of the third aspect, in second of possible realization method, the configuration Module is specifically used for according to following steps being that the UE configures the first GAP and the 2nd GAP：Include for UE configurations The first transmission intercal pattern TG pattern of first GAP and the 2nd TG pattern for including the 2nd GAP, wherein described One TG pattern and the 2nd TG pattern are differed；Or, including the first GAP and described for UE configurations The TG pattern of two GAP.

In conjunction with the first to two kind of possible realization method of the third aspect or the third aspect, in the third possible mode In, the configuration module is specifically used for after the determining module determines that the needs UE measures iso-frequency adjacent community, The measures conversion time is configured for the UE, and by the measures conversion time tranfer of configuration to sending module；The sending module tool Body is used to the measures conversion time that the configuration module configures being sent to the UE, indicate the UE the measures conversion time it It is preceding that first kind iso-frequency adjacent community is measured according to the first determining GAP, according to the 2nd determining GAP after the measures conversion time Measure Second Type iso-frequency adjacent community；Or, measuring Second Type alien frequencies according to the 2nd determining GAP before the measures conversion time Adjacent cell measures first kind iso-frequency adjacent community after the measures conversion time according to the first determining GAP.

In conjunction with the first to two kind of possible realization method of the third aspect or the third aspect, in the 4th kind of possible mode In, the configuration module is specifically used for, after the determining module determines that the needs UE measures iso-frequency adjacent community, The period for carrying out iso-frequency adjacent community measurement is configured for the UE, and extremely by the periodic transfer of the progress iso-frequency adjacent community measurement of configuration Sending module；One of them period is equal to the first time of measuring length and the second class of measurement for measuring first kind iso-frequency adjacent community The sum of second time of measuring length of type iso-frequency adjacent community, the first time of measuring length include at least one first GAP, and second surveys It includes at least one 2nd GAP to measure time span；It is different that the sending module is specifically used for the carry out for configuring the configuration module The period that frequency adjacent district measures is sent to the UE, indicates that the UE periods measure alien-frequency district.

In conjunction with the 4th kind of possible realization method of the third aspect, in the 5th kind of possible realization method, the configuration Module is specifically used for configuring the first time of measuring length and the second time of measuring length in the period for the UE Interior position.

In conjunction with the 4th or the 5th kind of possible realization method of the third aspect, in the 6th kind of possible realization method, institute The GAP numbers that the first time of measuring length includes are stated to measure all first kind iso-frequency adjacent communities respectively more than or equal to the UE Primary required the sum of GAP numbers, and the second time of measuring length GAP numbers for including are more than or equal to the UE to all the Two type iso-frequency adjacent communities measure measures primary required the sum of GAP numbers respectively.

Fourth aspect provides a kind of user equipment (UE) carrying out alien-frequency district measurement, including：Receiving module, for receiving At least one transmission intercal GAP for measuring iso-frequency adjacent community that network issues, and at least one GAP of reception is transmitted to Measurement module；Measurement module, at least one GAP for being received according to the receiving module determine different for measuring the first kind First GAP of frequency adjacent district and the 2nd GAP for measuring Second Type iso-frequency adjacent community, and according to the determining first GAP pairs First kind iso-frequency adjacent community measures, and is measured to Second Type iso-frequency adjacent community according to the 2nd determining GAP；Its In, at least one transmission intercal GAP is the first GAP and/or the 2nd GAP, and the first GAP is different from described 2nd GAP.

In conjunction with fourth aspect, in the first possible implementation, the receiving module is specifically used for receiving the net The first GAP for measuring iso-frequency adjacent community that network issues, the measurement module are specifically used for according to the first GAP and the 2nd GAP Correspondence determine the 2nd GAP；Or,

The receiving module is specifically used for receiving the 2nd GAP for measuring iso-frequency adjacent community that the network issues, institute Measurement module is stated to be specifically used for determining the first GAP according to the correspondence of the first GAP and the 2nd GAP；Or, the reception mould Block is specifically used for receiving the first GAP and the 2nd GAP that the network issues.

In conjunction with the first possible realization method of fourth aspect, in second of possible realization method, the reception Module is specifically used for：Receive the first transmission intercal pattern TG pattern comprising the first GAP that the network issues and Include the 2nd TG pattern of the 2nd GAP, wherein the first TG pattern and the 2nd TG pattern are not It is identical；Or, receiving the TG pattern for including the first GAP and the 2nd GAP that the network issues.

In conjunction with the first to two kind of possible realization method of fourth aspect or fourth aspect, in the third possible realization In mode, the receiving module is specifically used for, in the measurement module to first kind iso-frequency adjacent community and Second Type alien frequencies Before adjacent cell measures, the measures conversion time that network issues is received, and the measures conversion time tranfer is extremely measured Module；The measurement module is specifically used for, and the first kind is measured according to the first determining GAP before the measures conversion time Iso-frequency adjacent community measures Second Type iso-frequency adjacent community after the measures conversion time according to the 2nd determining GAP；Or, Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP before the measures conversion time, in the measures conversion First kind iso-frequency adjacent community is measured according to the first determining GAP after time.

In conjunction with the first to two kind of possible realization method of fourth aspect or fourth aspect, in the 4th kind of possible realization In mode, the receiving module is specifically used for, in the measurement module to first kind iso-frequency adjacent community and Second Type alien frequencies Before adjacent cell measures, the period for the progress iso-frequency adjacent community measurement that network issues is received, and the progress alien frequencies is adjacent The periodic transfer of cell measurement is to measurement module；The measurement module is specifically used for, long in first time of measuring in the period First kind iso-frequency adjacent community is measured according to determining at least one first GAP in degree, in second time of measuring in the period Second Type iso-frequency adjacent community is measured according to determining at least one 2nd GAP in length.

In conjunction with the 4th kind of possible realization method of fourth aspect, in the 5th kind of possible realization method, the measurement Module is specifically used for the position according to the first time of measuring length and the second time of measuring length within the period, The iso-frequency adjacent community is measured within the period.

5th aspect provides a kind of network equipment carrying out alien-frequency district measurement, including：Processor, for being needed determining After wanting user equipment (UE) to measure first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community, used for UE configurations At least one transmission intercal GAP in measurement iso-frequency adjacent community, and at least one GAP of configuration is transmitted to transmitter；Transmitting Machine, at least one GAP for configuring the processor are sent to UE, indicate at least one GAPs of the UE according to configuration Determine the first GAP for measuring first kind iso-frequency adjacent community and the 2nd GAP for measuring Second Type iso-frequency adjacent community； Wherein, at least one GAP includes at least one of the first GAP and the 2nd GAP, and the first GAP is different from 2nd GAP.

In conjunction with the 5th aspect, in the first possible implementation, the processor is specifically used for configuring for the UE First GAP, the transmitter are specifically used for the first GAP being sent to the UE, indicate the UE according to the first GAP and the The correspondence of two GAP determines corresponding 2nd GAP of the first GAP of the processor configuration；Or, the processor is specifically used for The 2nd GAP is configured for the UE, the transmitter is specifically used for the 2nd GAP that the processor configures being sent to the UE, Indicate that the UE determines the 2nd GAP corresponding first of the processor configuration according to the first GAP with the correspondence of the 2nd GAP GAP；Or, the processor is specifically used for configuring the first GAP and the 2nd GAP for the UE.

In conjunction with the first possible realization method of the 5th aspect, in second of possible realization method, the processing Implement body is used to according to following steps be that the UE configures the first GAP and the 2nd GAP：Include for UE configurations The first transmission intercal pattern TG pattern of one GAP and the 2nd TG pattern for including the 2nd GAP, wherein described first TGpattern and the 2nd TG pattern are differed；Or, including the first GAP and described second for UE configurations The TG pattern of GAP.

In conjunction with the first to two kind of possible realization method of the 5th aspect or the 5th aspect, in the third possible realization In mode, the processor is specifically used for after determining that the needs UE measures iso-frequency adjacent community, matches for the UE It sets the measures conversion time, and by the measures conversion time tranfer of configuration to transmitter；The transmitter is specifically used for the place The measures conversion time of reason device configuration is sent to the UE, indicates the UE before the measures conversion time according to determining first GAP measures first kind iso-frequency adjacent community, and Second Type alien frequencies is measured according to the 2nd determining GAP after the measures conversion time Adjacent cell；Or, measuring Second Type iso-frequency adjacent community according to the 2nd determining GAP before the measures conversion time, turn measuring It changes after the time and first kind iso-frequency adjacent community is measured according to the first determining GAP.

In conjunction with the first to two kind of possible realization method of the 5th aspect or the 5th aspect, in the 4th kind of possible realization In mode, the processor is specifically used for, and after determining that the needs UE measures iso-frequency adjacent community, matches for the UE It sets the period for carrying out iso-frequency adjacent community measurement, and by the periodic transfer of the progress iso-frequency adjacent community measurement of configuration to transmitter；Its Middle a cycle is equal to the first time of measuring length for measuring first kind iso-frequency adjacent community and measurement Second Type alien frequencies neighbour is small The sum of the second time of measuring length in area, the first time of measuring length include at least one first GAP, the second time of measuring length Including at least one 2nd GAP；The transmitter is specifically used for the carry out iso-frequency adjacent community measurement for configuring the configuration module Period be sent to the UE, indicate the UE periods to alien-frequency district measure.

In conjunction with the 4th kind of possible realization method of the 5th aspect, in the 5th kind of possible realization method, the processing Implement body is used to configure the first time of measuring length and the second time of measuring length within the period for the UE Position.

In conjunction with the 4th or the 5th kind of possible realization method of the 5th aspect, in the 6th kind of possible realization method, institute The GAP numbers that the first time of measuring length includes are stated to measure all first kind iso-frequency adjacent communities respectively more than or equal to the UE Primary required the sum of GAP numbers, and the second time of measuring length GAP numbers for including are more than or equal to the UE to all the Two type iso-frequency adjacent communities measure measures primary required the sum of GAP numbers respectively.

6th aspect provides a kind of user equipment (UE) carrying out alien-frequency district measurement, including：Receiver, for receiving net At least one transmission intercal GAP for measuring iso-frequency adjacent community that network issues, and at least one GAP of reception is transmitted to place Manage device；Processor, at least one GAP for being received according to receiver determine for measuring first kind iso-frequency adjacent community One GAP and the 2nd GAP for measuring Second Type iso-frequency adjacent community, and according to the first determining GAP to first kind alien frequencies Adjacent cell measures, and is measured to Second Type iso-frequency adjacent community according to the 2nd determining GAP；Wherein, described at least one A transmission intercal GAP is the first GAP and/or the 2nd GAP, and the first GAP is different from the 2nd GAP.

In conjunction with the 6th aspect, in the first possible implementation, the receiver is specifically used for receiving the network The first GAP for measuring iso-frequency adjacent community issued, the processor are specifically used for pair according to the first GAP and the 2nd GAP It should be related to and determine the 2nd GAP；Or, the receiver be specifically used for receiving the network issue it is small for measuring alien frequencies neighbour 2nd GAP in area, the processor are specifically used for determining the first GAP according to the correspondence of the first GAP and the 2nd GAP； Or, the receiver is specifically used for receiving the first GAP and the 2nd GAP that the network issues.

In conjunction with the first possible realization method of the 6th aspect, in second of possible realization method, the reception Machine is specifically used for, and receives the first transmission intercal pattern TG pattern and packet comprising the first GAP that the network issues The 2nd TG pattern containing the 2nd GAP, wherein the first TG pattern and the 2nd TG pattern are differed；Or, connecing Receive the TG pattern for including the first GAP and the 2nd GAP that the network issues.

In conjunction with the first to two kind of possible realization method of the 6th aspect or the 6th aspect, in the third possible realization In mode, the receiver is specifically used in the processor to first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community Before measuring, the measures conversion time that the network issues is received, and by the measures conversion time tranfer to processor； The processor is specifically used for small according to determining the first GAP measurement first kind alien frequencies neighbours before the measures conversion time Area measures Second Type iso-frequency adjacent community after the measures conversion time according to the 2nd determining GAP；Or, in the survey Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP before measuring conversion time, after the measures conversion time First kind iso-frequency adjacent community is measured according to the first determining GAP.

In conjunction with the first to two kind of possible realization method of the 6th aspect or the 6th aspect, in the 4th kind of possible realization In mode, the receiver is specifically used in the processor to first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community Before measuring, the period for the progress iso-frequency adjacent community measurement that the network issues is received, and iso-frequency adjacent community survey will be carried out The periodic transfer of amount is to processor；The processor is specifically used for, and is measured in carry out the period of iso-frequency adjacent community measurement first First kind iso-frequency adjacent community is measured according to determining at least one first GAP in time span, is carrying out iso-frequency adjacent community survey Second Type iso-frequency adjacent community is measured according to determining at least one 2nd GAP in the second time of measuring length in the period of amount.

In conjunction with the 4th kind of possible realization method of the 6th aspect, in the 5th kind of possible realization method, the processing Implement body is used for the position according to the first time of measuring length and the second time of measuring length within the period, The iso-frequency adjacent community is measured in the period.

Network is described after determination needs UE to measure different types of iso-frequency adjacent community in the embodiment of the present invention UE is configured to measure at least one GAP of iso-frequency adjacent community, indicates that the UE is used for according at least one GAP of configuration determinations The first GAP of first kind iso-frequency adjacent community and the 2nd GAP for measuring Second Type iso-frequency adjacent community are measured, to UE The iso-frequency adjacent community suitable for measuring the first kind can be used, if the first GAP of the iso-frequency adjacent communities UMTS is to first kind alien frequencies Adjacent cell measures, using the iso-frequency adjacent community suitable for measuring Second Type, such as the 2nd GAP of the iso-frequency adjacent communities S-UMTS Second Type iso-frequency adjacent community is measured, therefore, it is different to UMTS that the embodiment of the present invention can make UE that different GAP be respectively adopted The two kinds of iso-frequency adjacent community in frequency adjacent district and the iso-frequency adjacent communities S-UMTS measures, and can not influence UE transmission performances Under conditions of, ensure the accuracy of measurement result.

Description of the drawings

Fig. 1 is the configuration parameter of transmission intercal pattern；

Fig. 2 is UMTS cells and S-UMTS bandwidth of cell distribution schematic diagrams；

Fig. 3 is the schematic diagram that UE measures cell in the GAP of network configuration；

Fig. 4 is a kind of method flow diagram carrying out alien-frequency district measurement provided in an embodiment of the present invention；

Fig. 5 is the method flow diagram that UE provided in an embodiment of the present invention measures iso-frequency adjacent community；

Fig. 6 is the measurement alien-frequency district method flow diagram that embodiment of the present invention one provides；

Fig. 7 is embodiment of the present invention a pair of alien-frequency district instrumentation plan；

Fig. 8 is the measurement alien-frequency district method flow diagram that embodiment of the present invention two provides；

Fig. 9 is the schematic diagram that two kinds of difference GAP are configured in a TG pattern that embodiment of the present invention two provides；

Figure 10 is the schematic diagram for the period measurement alien-frequency district that embodiment of the present invention two provides；

Figure 11 is the measurement alien-frequency district method flow diagram that embodiment of the present invention three provides；

Figure 12 is the schematic diagram for the measurement alien-frequency district that embodiment of the present invention three provides；

Shown in Figure 13, for the network equipment provided in an embodiment of the present invention for carrying out alien-frequency district measurement；

Shown in Figure 14, for the UE provided in an embodiment of the present invention for carrying out alien-frequency district measurement；

Shown in Figure 15, for the network equipment provided in an embodiment of the present invention for carrying out alien-frequency district measurement；

Shown in Figure 16, for the UE provided in an embodiment of the present invention for carrying out alien-frequency district measurement.

Specific implementation mode

In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is A part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art The every other embodiment obtained without creative efforts, shall fall within the protection scope of the present invention.

The techniques described herein may be used in various communication systems, such as current 2G, 3G communication systems and next generation communication System, such as global system for mobile communications (GSM, Global System for Mobile communications), code point are more Location (CDMA, Code Division Multiple Access) system, time division multiple acess (TDMA, Time Division Multiple Access) system, wideband code division multiple access (WCDMA, Wideband Code Division Multiple Access Wireless), frequency division multiple access (FDMA, Frequency Division Multiple Addressing) system, just Frequency division multiple access (OFDMA, the Orthogonal Frequency-Division Multiple Access) system of friendship, single carrier FDMA (SC-FDMA) system, General Packet Radio Service (GPRS, General Packet Radio Service) system are long Phase evolution (LTE, Long Term Evolution) system and other such communication systems.

Various aspects are described herein in connection with user equipment and/or base station and/or base station controller.

It can also be catv terminal that user equipment, which can be wireless terminal, and wireless terminal can refer to providing a user language The equipment of sound and/or data connectivity has the portable equipment of wireless connecting function or is connected to radio modem Other processing equipments.Wireless terminal can through wireless access network (for example, RAN, Radio Access Network) with one or Multiple cores net is communicated, and wireless terminal can be mobile terminal, such as mobile phone (or be " honeycomb " phone) and is had The computer of mobile terminal, for example, it may be portable, pocket, hand-held, built-in computer or vehicle-mounted mobile dress It sets, they exchange language and/or data with wireless access network.For example, personal communication service (PCS, Personal Communication Service) phone, wireless phone, Session initiation Protocol (SIP) phone, wireless local loop (WLL, Wireless Local Loop) it stands, the equipment such as personal digital assistant (PDA, Personal Digital Assistant).Nothing Line terminal is referred to as system, subscriber unit (Subscriber Unit), subscriber station (Subscriber Station), moves Dynamic station (Mobile Station), mobile station (Mobile), distant station (Remote Station), access point (Access Point), remote terminal (Remote Terminal), access terminal (Access Terminal), user terminal (User Terminal), user agent (User Agent), user equipment (User Device) or user equipment (User Equipment)。

Base station (for example, access point) can be refer to the accession in net in the air on interface by one or more sectors with it is wireless The equipment of terminal communication.The air frame that base station can be used for receive and IP grouping are mutually converted, as wireless terminal with connect Router between the rest part of networking, wherein the rest part for accessing net may include Internet protocol (IP) network.Base station is also Attribute management of the tunable to air interface.For example, base station can be base station (BTS, Base in GSM or CDMA Transceiver Station), it can also be the base station (NodeB) in WCDMA, can also be the evolved base station in LTE (NodeB or eNB or e-NodeB, evolutional Node B), the application does not limit.

Base station controller can be base station controller (BSC, the base station in GSM or CDMA Controller), it can also be in WCDMA radio network controller (RNC, Radio Network Controller), this Application does not limit.

In addition, the terms " system " and " network " are often used interchangeably herein.The terms " and/ Or ", only a kind of incidence relation of description affiliated partner, indicates may exist three kinds of relationships, for example, A and/or B, it can be with table Show：Individualism A exists simultaneously A and B, these three situations of individualism B.In addition, character "/" herein, typicallys represent front and back Affiliated partner is a kind of relationship of "or".

Wherein, " iso-frequency adjacent community " can be the different neighbour of but frequency range identical as the current areas UE standard herein Cell, such as UMTS adjacent cells and S-UMTS adjacent cells can also be the different type adjacent cell of not restraint-type.For example, can be with Be UMTS adjacent cells, S-UMTS adjacent cells, GSM adjacent cells and LTE adjacent cells it is arbitrary two combination, such as：UMTS adjacent cells With GSM adjacent cells；Such as S-UMTS adjacent cells and GSM adjacent cells；Such as UMTS adjacent cells and LTE adjacent cells；Such as S-UMTS adjacent cells With LTE adjacent cells；Such as GSM adjacent cells and LTE adjacent cells.

The embodiment of the present invention is described in further detail with reference to the accompanying drawings of the specification.

As shown in figure 4, for a kind of method flow diagram carrying out alien-frequency district measurement provided in an embodiment of the present invention, description is such as Under.

S401：Network determination needs UE to measure different type iso-frequency adjacent community.

S402：Network is that UE is configured to measure at least one GAP of iso-frequency adjacent community, indicates UE according to configuration at least One GAP determines the first GAP for measuring first kind iso-frequency adjacent community and for measuring Second Type iso-frequency adjacent community 2nd GAP；Wherein, at least one GAP of network configuration is the first GAP and/or the 2nd GAP, and the first GAP is different from the 2nd GAP.

In specific implementation process, the different types of iso-frequency adjacent community of the embodiment of the present invention refers to occupied bandwidth difference Cell or different system cell.For example, the different cell of occupied bandwidth can be that the iso-frequency adjacent communities UMTS and S-UMTS are different The cell of frequency adjacent district, different system can be WCDMA cells and global system for mobile communications (Global System of Mobile communication, GSM) cell or WCDMA cells and long term evolution (Long Term Evolution, LTE) Cell or GSM cell and LTE cells etc..It may be implemented to make UE using different GAP in the embodiment of the present invention to measure inhomogeneity The cell of type such as uses transmission intercal length to measure the iso-frequency adjacent communities UMTS for the first GAP of 7slots, long using transmission intercal The 2nd GAP that degree is 14slots measures the iso-frequency adjacent communities S-UMTS, alternatively, using transmission intercal length for the first of 4slots GAP measures the iso-frequency adjacent communities UMTS, and transmission intercal length is used to measure the iso-frequency adjacent communities S-UMTS for the 2nd GAP of 7slots Deng.

Flow is it is found that in the embodiment of the present invention from the above, and network can only issue one-shot measurement order, and UE is according to net The one-shot measurement order that network issues measures different types of cell, and is disposably reported to after having measured different types of cell Network, therefore, the embodiment of the present invention, which measures different type cell, only need to execute the flow for once issuing, measuring, reporting, The time is saved compared to the flow that two types cell is issued, measures, reported at twice, realizes the timely of measurement Property.

In specific implementation process, network can determine and UE is needed to carry out alien frequencies neighbour when needing UE to carry out cell switching Cell measurement, specifically, network can determine needs whens, and/or current area heavy traffic weaker in the signal that receives UE etc. UE measures iso-frequency adjacent community, and the cell of UE switchings is determined according to the measurement result of UE；The object that UE is specifically measured can To be signal quality, the position etc. of adjacent cell；Network, can be according to need after determination needs UE to measure iso-frequency adjacent community It is that UE is configured to measure at least one GAP of iso-frequency adjacent community to want the type of the iso-frequency adjacent community of UE measurements, and network is matched for UE There are many kinds of the modes for setting at least one GAP for measuring iso-frequency adjacent community, is set forth below wherein several：

Configuration mode one, network are that UE is configured to measure the GAP of a type iso-frequency adjacent community, and UE is made to be matched according to network The GAP set determines the GAP for measuring another type iso-frequency adjacent community.

For example, step S402, specifically includes：Network is that UE configures the first GAP, and UE is according to the first GAP and the 2nd GAP for instruction Correspondence determine configuration corresponding 2nd GAP of the first GAP；Or, network, which is UE, configures the 2nd GAP, instruction UE is according to the One GAP, first GAPs corresponding with the 2nd GAP of the correspondence of the 2nd GAP determination configuration.

In specific implementation process, network can be configured as unit of the time slot of first kind cell or radio frames for UE The GAP of first kind cell is measured, and makes UE according to the correspondence measured between first kind cell and the GAP of Second Type cell Relationship determines the GAP for measuring Second Type alien-frequency district；It is UE or as unit of the time slot of Second Type cell or radio frames Configuration measures the GAP of Second Type cell, and makes UE according between measurement first kind cell and the GAP of Second Type cell Correspondence determines the GAP for measuring first kind alien-frequency district.Wherein, first kind cell and Second Type cell are measured Correspondence between GAP can be configured with UE according to agreement by network, for example, when first kind iso-frequency adjacent community is The iso-frequency adjacent communities UMTS when Second Type iso-frequency adjacent community is the iso-frequency adjacent communities S-UMTS, can be arranged and measure S-UMTS alien frequencies The TGL=of adjacent cell measures the TGL+ (N-1) × 2 of the iso-frequency adjacent communities UMTS, wherein TGL is the length of a GAP, with time slot For unit, N indicates N times that needs the UMTS cells measured to be the S-UMTS bandwidth of cell for needing to measure.For example, UMTS cells Bandwidth range is 4.2M~5M, as N=2, indicates that S-UMTS bandwidth of cell is the 1/N of UMTS bandwidth of cell, then corresponds to S- The bandwidth range of UMTS cells is 2.1M~2.5M.

In specific implementation process, network can also measure and work as UE configurations according to the current area type belonging to UE The GAP of the cell of preceding cell same type, UE are measured according to the GAP of the measurement of network configuration and the cell of current area same type The iso-frequency adjacent community of this type, meanwhile, after determination also needs measurement and the different types of iso-frequency adjacent community in current area, according to The GAP of network configuration determines the GAP measured with the different types of iso-frequency adjacent community in current area, and is measured according to determining GAP With the different types of iso-frequency adjacent community in current area.

Configuration mode two, network are that UE configures two kinds of GAP, are respectively used to measure different type iso-frequency adjacent community.

For example, step S402 is specifically included：Network is that UE configures the first GAP and the 2nd GAP.

In specific implementation process, network, can be direct after determination needs UE to measure two kinds of iso-frequency adjacent community Two kinds of GAP are configured for UE, that is, measure the first GAP of first kind iso-frequency adjacent community and measure the of Second Type iso-frequency adjacent community Two GAP, UE are determined as measuring the GAP of two types iso-frequency adjacent community after receiving two kinds of GAP, by two kinds of GAP of reception, i.e., First kind iso-frequency adjacent community is measured according to the first GAP of reception, and Second Type alien frequencies neighbour is measured according to the 2nd GAP of reception Cell.

Preferably, in above-mentioned configuration mode two, network is UE configuration the first GAP and the 2nd GAP, including：Network is UE First transmission intercal pattern TG pattern of the configuration comprising the first GAP and the 2nd TG pattern for including the 2nd GAP, In, the first TG pattern and the 2nd TG pattern are differed；Or, it includes the first GAP's and the 2nd GAP that network, which is UE configurations, TG pattern。

In specific implementation process, network can be that UE configures two different TG pattern, such as TG pattern1 and TG pattern2 are respectively used for measuring two distinct types of iso-frequency adjacent community, can include being used in TG pattern1 The first GAP for measuring first kind iso-frequency adjacent community, includes for measuring Second Type iso-frequency adjacent community in TG pattern2 The 2nd GAP；Or, including the 2nd GAP for measuring Second Type iso-frequency adjacent community in TG pattern1, in TG Pattern2 includes the first GAP for measuring first kind iso-frequency adjacent community.Network can also be configured including two kinds of differences The TG pattern of GAP, i.e. GAP1 and GAP2 make UE using two different GAP of same TG pattern to measure not The iso-frequency adjacent community of same type.

Preferably, first kind iso-frequency adjacent community is the iso-frequency adjacent communities UMTS, Second Type iso-frequency adjacent community is S-UMTS Iso-frequency adjacent community；Network is the TG pattern that UE configurations include the first GAP and the 2nd GAP, including：First GAP is between transmitting Every the GAP1 that length is TGL1；2nd GAP is the GAP2 that transmission intercal length is TGL2；Or, the first GAP is transmission intercal length For the GAP2 of TGL2；2nd GAP is the GAP1 that transmission intercal length is TGL1.

In specific implementation process, network, can be with after determining UE is needed to measure two kinds of iso-frequency adjacent community Which which specifically first kind iso-frequency adjacent community is measured using the first determining GAP in period for UE settings, at Period measures Second Type iso-frequency adjacent community using the 2nd determining GAP；The embodiment of the present invention provides following two Optional set-up mode：

Set-up mode one, network are that UE configures the measures conversion time.

For example, after step S401, further include：Network is that UE configures the measures conversion time, and UE is in the measures conversion for instruction First kind iso-frequency adjacent community is measured according to the first determining GAP before time, according to determination after the measures conversion time The 2nd GAP measure Second Type iso-frequency adjacent community；Or, being measured according to the 2nd determining GAP before the measures conversion time Second Type iso-frequency adjacent community, it is small according to determining the first GAP measurement first kind alien frequencies neighbours after the measures conversion time Area.

In specific implementation process, network can be according to the busy extent of current first kind cell and Second Type cell Deng configuring the measures conversion time for UE, and indicate the cell type that UE is preferentially measured.Such as, in Second Type busy cells, net Network is that UE configures the measures conversion time, and indicates that UE preferentially measures first kind cell, makes UE before the measures conversion time First kind iso-frequency adjacent community is measured according to the first determining GAP, according to the 2nd determining GAP after the measures conversion time Measure Second Type iso-frequency adjacent community；Or, in first kind busy cells, network is that UE configures the measures conversion time, and refers to Show that UE preferentially measures Second Type cell, UE is made to measure the second class according to the 2nd determining GAP before the measures conversion time Type iso-frequency adjacent community measures first kind iso-frequency adjacent community after the measures conversion time according to the first determining GAP.

Set-up mode two, network are the period that UE configurations carry out iso-frequency adjacent community measurement.

For example, after step S401, further include：Network is the period that UE configurations carry out iso-frequency adjacent community measurement, indicates UE Period measures alien-frequency district, one of them period be equal to measure the first time of measuring length of first kind iso-frequency adjacent community with The sum of the second time of measuring length of Second Type iso-frequency adjacent community is measured, the first time of measuring length includes at least one first GAP, the second time of measuring length include at least one 2nd GAP.

In specific implementation process, the first above-mentioned setting method may indicate that UE to certain type of cell into row major Measure, above-mentioned second of setting method is than the first setting method fair relatively, that is, make UE to two kinds of alien-frequency district into Row alternately measures；Wherein, the first time of measuring length of network settings includes at least one first GAP, to ensure UE first A first kind iso-frequency adjacent community is at least measured in time of measuring length, the second time of measuring length of setting includes at least one A 2nd GAP, to ensure that UE at least measures a Second Type iso-frequency adjacent community in the second time of measuring length.

Preferably, network is the period that UE configurations carry out iso-frequency adjacent community measurement, including：Network is that UE configurations first measure The position of time span and the second time of measuring length within the period.

In specific implementation process, network can also be that UE configures the first time of measuring length and the second time of measuring length The sequencing of the first time of measuring length and the second time of measuring length is arranged in position within the period, UE is one for instruction First kind iso-frequency adjacent community is first measured according to determining the first GAP in the first time of measuring length in a period, then the Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP in two time of measuring length, or, first long in the second time of measuring Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP in degree, then according to determining in the first time of measuring length First GAP measures first kind iso-frequency adjacent community.

Preferably, the GAP numbers that the first time of measuring length includes are small to all first kind alien frequencies neighbours more than or equal to UE Area measures primary required the sum of GAP numbers respectively, and the GAP numbers that the second time of measuring length includes are more than or equal to UE to all Second Type iso-frequency adjacent community measures measures primary required the sum of GAP numbers respectively.

In specific implementation process, first time length can be arranged in network, the GAP for making the first time of measuring length include Number is more than or equal to UE and measures primary required GAP numbers respectively to all first kind iso-frequency adjacent communities；When setting second measures Between length, so that the GAP numbers that the second time of measuring length includes is more than or equal to UE and all Second Type iso-frequency adjacent communities measured Primary required GAP numbers are measured respectively at least to survey each first kind iso-frequency adjacent community that is, making UE in one cycle After amount is primary, then each Second Type iso-frequency adjacent community is at least measured once, or, extremely to each Second Type iso-frequency adjacent community After few measurement is primary, then each first kind iso-frequency adjacent community is at least measured once.

Here, it should be noted that above-mentioned measures conversion time and the first, second time of measuring length are in addition to that can be tool Outside the time of body, the time identifier of other any networks and UE agreements, such as specific radio frames number can also be, for example make UE In top n radio frames, first kind iso-frequency adjacent community is measured, after n-th radio frames, it is small to measure Second Type alien frequencies neighbour Area, N are positive integer；It can also be that transmission intercal pattern (TG Pattern) repeats number TGPRC, such as make UE in the preceding M of TGPRC A TG Pattern measure first kind iso-frequency adjacent community, and after m-th TG Pattern, it is small to measure Second Type alien frequencies neighbour Area, M are positive integer.

As shown in figure 5, for the method flow diagram that UE provided in an embodiment of the present invention measures iso-frequency adjacent community, description It is as follows.

S501：UE receives at least one GAP for measuring iso-frequency adjacent community that network issues.

S502：UE according at least one GAP of reception determine for measure first kind iso-frequency adjacent community the first GAP and The 2nd GAP for measuring Second Type iso-frequency adjacent community, and according to the first determining GAP to first kind iso-frequency adjacent community into Row measures, and is measured to Second Type iso-frequency adjacent community according to the 2nd determining GAP；Wherein, at least one GAP that UE is received It is different from the 2nd GAP for the first GAP and/or the 2nd GAP, the first GAP.

In specific implementation process, UE is receiving that network issues for after measuring the GAP of iso-frequency adjacent community, can basis The GAP of reception determines the first GAP for measuring first kind iso-frequency adjacent community and for measuring Second Type iso-frequency adjacent community The 2nd GAP, UE is determined there are many kinds of the modes of GAP for measuring iso-frequency adjacent community, is set forth below several.

Method of determination one, UE are determined and are measured separately according to the GAP for measuring a type iso-frequency adjacent community of network configuration The GAP of one type iso-frequency adjacent community.

For example, in step S502, UE receives at least one GAP for measuring iso-frequency adjacent community that network issues, according to At least one GAP received determines the first GAP and the 2nd GAP, including：What UE reception networks issued is used to measure iso-frequency adjacent community The first GAP, and the 2nd GAP is determined according to the correspondence of the first GAP and the 2nd GAP；Or, UE receives being used for of issuing of network The 2nd GAP of iso-frequency adjacent community is measured, and the first GAP is determined according to the correspondence of the first GAP and the 2nd GAP.

In specific implementation process, UE is receiving that network issues for after measuring the GAP of a type iso-frequency adjacent community, If it is determined that the iso-frequency adjacent community there are two types of type needs to measure, then according to the GAP for measuring different types of iso-frequency adjacent community Between correspondence, determine GAP for measuring another type iso-frequency adjacent community.It is adjacent for measuring different types of alien frequencies Correspondence between the GAP of cell can be that UE is arranged with network according to agreement, for example, working as first kind iso-frequency adjacent community For the iso-frequency adjacent communities UMTS, when Second Type iso-frequency adjacent community is the iso-frequency adjacent communities S-UMTS, it is different that measurement S-UMTS can be set The TGL=of frequency adjacent district measures the TGL+ (N-1) × 2 of the iso-frequency adjacent communities UMTS, wherein TGL is the length of a GAP, with when Gap is unit, and N indicates that the UMTS cells for needing to measure are N times of S-UMTS bandwidth of cell.For example, the bandwidth range of UMTS cells It indicates that S-UMTS bandwidth of cell is the 1/N of UMTS bandwidth of cell as N=2 for 4.2M~5M, then corresponds to S-UMTS cells Bandwidth range is 2.1M~2.5M.

Method of determination two receives the first GAP and the 2nd GAP that network issues.

For example, in step S502, UE receives at least one GAP for measuring iso-frequency adjacent community that network issues, according to At least one GAP received determines the first GAP and the 2nd GAP, including：UE receives the first GAP and the 2nd GAP that network issues.

In specific implementation process, UE is after receiving two kinds of GAP, you can measures the first kind according to the first GAP of reception Type iso-frequency adjacent community, and Second Type iso-frequency adjacent community is measured according to the 2nd GAP of reception, that is, UE is true by the first GAP of reception It is set to the first GAP for measuring first kind iso-frequency adjacent community, the 2nd GAP of reception is determined as measuring Second Type 2nd GAP of iso-frequency adjacent community.

Preferably, in aforesaid way two, UE receives the first GAP and the 2nd GAP that network issues, including：UE receives net The first TG pattern comprising the first GAP that network issues and the 2nd TG pattern for including the 2nd GAP；Or, UE receives net The TG pattern for including the first GAP and the 2nd GAP that network issues.

Preferably, first kind iso-frequency adjacent community is the iso-frequency adjacent communities UMTS, Second Type iso-frequency adjacent community is S-UMTS Iso-frequency adjacent community；UE receives the TG pattern comprising the first GAP and the 2nd GAP that network issues：First GAP is transmission Gap length is the GAP1 of TGL1；2nd GAP is the GAP2 that transmission intercal length is TGL2；Or, the first GAP is that transmission intercal is long Degree is the GAP2 of TGL2；2nd GAP is the GAP1 that transmission intercal length is TGL1.

In specific implementation process, UE, can also be further after receiving the first GAP and the 2nd GAP that network issues It determines and first kind iso-frequency adjacent community is measured using the first determining GAP in which period specifically, in which time Section measures Second Type iso-frequency adjacent community using the 2nd determining GAP；The embodiment of the present invention provides following two optional Determination method.

The first, UE receive measures conversion time for issuing of network.

For example, before step S502, further include：UE receives the measures conversion time that network issues.

Step S502 is specifically included：It is different according to determining the first GAP measurements first kind before the measures conversion time Frequency adjacent district measures Second Type iso-frequency adjacent community after the measures conversion time according to the 2nd determining GAP；Or, at this Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP before the measures conversion time, after the measures conversion time First kind iso-frequency adjacent community is measured according to the first determining GAP.

It, can be according to the need of network instruction after UE receives the measures conversion time that network issues in specific implementation process The cell type preferentially to measure first needs the cell preferentially measured to measure network instruction, is reaching measures conversion After time, then another type of alien-frequency district is measured.

Second, UE receives the period for the progress iso-frequency adjacent community measurement that network issues.

For example, before step S502, further include：UE receives the period for the progress iso-frequency adjacent community measurement that network issues.

Step S502 is specifically included：The basis in the first time of measuring length in the period of the carry out iso-frequency adjacent community measurement Determining at least one first GAP measures first kind iso-frequency adjacent community, the basis in the second time of measuring length in the period Determining at least one 2nd GAP measures Second Type iso-frequency adjacent community.

Preferably, UE measures iso-frequency adjacent community within the period, including：UE is measured according to the first time of measuring length and second Position of the time span within the period, iso-frequency adjacent community is measured within the period.

In specific implementation process, UE can be according to the first time of measuring length and the second time of measuring length in a week Sequencing in phase first measures the first kind in the first time of measuring length according to the first determining GAP in one cycle Type iso-frequency adjacent community, then Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP in the second time of measuring length, Or, first measuring Second Type iso-frequency adjacent community according to the 2nd determining GAP in the second time of measuring length, then measured first First kind iso-frequency adjacent community is measured according to the first determining GAP in time span.

In specific implementation process, UE in one cycle, at least measures once each first kind iso-frequency adjacent community Afterwards, then to each Second Type iso-frequency adjacent community it at least measures once, or, at least measuring each Second Type iso-frequency adjacent community After primary, then each first kind iso-frequency adjacent community is at least measured once.

Here, it should be noted that above-mentioned measures conversion time and the first, second time of measuring length are in addition to that can be tool Outside the time of body, the time identifier of other any UE and network convention can also be, such as specific radio frames number, for example make UE In top n radio frames, first kind iso-frequency adjacent community is measured, after n-th radio frames, it is small to measure Second Type alien frequencies neighbour Area, N are positive integer；It can also be that transmission intercal pattern repeats number TGPRC, such as make UE in preceding M TG pattern, measurement the One type iso-frequency adjacent community measures Second Type iso-frequency adjacent community, M is positive integer after m-th TG pattern.

It, below will be with different type alien frequencies in order to describe the method that the embodiment of the present invention carries out alien-frequency district measurement in detail For adjacent cell is the iso-frequency adjacent community UMTS and the iso-frequency adjacent communities S-UMTS, enumerates several more specific embodiments and be situated between It continues.

As shown in fig. 6, for the measurement alien-frequency district method flow diagram that embodiment of the present invention one provides, it is described as follows.

S601：Network determines that UE needs to measure the iso-frequency adjacent communities UMTS and the iso-frequency adjacent communities S-UMTS.

S602：Network is first TG pattern of the UE configurations comprising the first GAP and includes the 2nd TG of the 2nd GAP Pattern, instruction UE measure the iso-frequency adjacent communities UMTS according to the first GAP, and the iso-frequency adjacent communities S-UMTS are measured according to the 2nd GAP.

As shown in fig. 7, be embodiment of the present invention a pair of alien-frequency district instrumentation plan, in figure, TG pattern1 are the One TG pattern, TG pattern2 is the 2nd TG pattern, and TGSN is gap number at the beginning of the GAP configured, TG The TGL1 of pattern1 is the length of the first GAP of configuration, and the TGL1 of TG pattern2 is the length of the 2nd GAP configured, TGPL1 indicates the transmission intercal modal length of TG pattern1 and TG pattern2；It should be noted that TGL1 here and TGPL1 only represents compressed-mode parameter, not specific numerical value, the TGL1 of the TGL1 and TG pattern2 of TG pattern1 Numerical value be different, the numerical value of the TGPL1 of the TGPL1 and TG pattern2 of TG pattern1 is also different.

In specific implementation process, when UE needs to measure two kinds of alien-frequency district using different GAP, Network needs specifically which period which kind of GAP to be used in for UE configurations；If network, which is not UE, configures specifically used inhomogeneity The time of type GAP configures the initial time of GAP and terminates the time, inhomogeneity is carried out without being configured for UE alternatively, network is only UE The time of type cell measurement conversion, it is possible to can be carried out due to that can not know that UE is specifically transformed into another GAP at what time Measure, and cause packet loss, i.e., when network is to UE transmission datas, UE iso-frequency adjacent community is just measured in another GAP and can not Receive data.For this problem, present embodiment is specific real using the method for measuring different type alien-frequency district at times Existing mode can be but not limited to following two.

The first, using the measures conversion time；Here the measures conversion time in addition to being the specific time, can also be used in Fig. 4 Shown in TGPRC1 mark, as UE configure measures conversion transmission intercal repeat number, make UE in preceding TGPRC1 TG A type of iso-frequency adjacent community is measured in pattern, starts to measure another type in the TGPRC1+1 TG pattern Iso-frequency adjacent community.

Network can also be arranged according to actual conditions and need the alien-frequency district type that UE is preferentially measured, and preferential survey such as is arranged The alien-frequency district type of amount is the iso-frequency adjacent communities UMTS, so that UE is measured UMTS alien frequencies neighbours in preceding TGPRC1 TG pattern small Area measures the iso-frequency adjacent communities S-UMTS in TGPRC1+1 to the TGPRC TG pattern.

The second, setting carries out the period of iso-frequency adjacent community measurement；The period is equal to one small for measuring UMTS alien frequencies neighbours The first time of measuring length in area and one are for measuring the sum of second time of measuring length of the iso-frequency adjacent communities S-UMTS, UE roots Period measurement is carried out to two kinds of alien-frequency district according to the two time of measuring length, this measurement method can be embodied to two The fairness of type cell measurement.

In specific implementation process, it may further indicate that GAP numbers that the first time of measuring length of network settings includes are more than Primary required GAP numbers are measured respectively to all iso-frequency adjacent communities UMTS in UE, that is, ensure UE in the first time of measuring length It is interior that all iso-frequency adjacent communities UMTS are measured once respectively, correspondingly, ensure UE in the second time of measuring length to all The iso-frequency adjacent communities S-UMTS measure respectively once；According to the measurement capability of UE, under normal circumstances, UE is in a GAP or one An alien-frequency district can be at least measured in a TG pattern, then the TG for including in the first time of measuring length can be set Pattern numbers or GAP numbers are equal to the iso-frequency adjacent communities the UMTS number for needing to measure, and include in the second time of measuring length of setting TG pattern numbers or GAP numbers be equal to and need the iso-frequency adjacent communities the S-UMTS number that measures.Using this setup, no It only can ensure the accuracy of measurement result under conditions of not influencing UE transmission performances, can also be achieved to different type alien frequencies The fairness of cell measurement ensure that the promptness measurement to each type alien-frequency district.

As shown in figure 8, for the measurement alien-frequency district method flow diagram that embodiment of the present invention two provides, it is described as follows.

S801：Network determines that UE needs to measure the iso-frequency adjacent communities UMTS and the iso-frequency adjacent communities S-UMTS.

S802：Network is the TG pattern that UE configurations include the first GAP and the 2nd GAP, and instruction UE is surveyed according to the first GAP The iso-frequency adjacent communities UMTS are measured, the iso-frequency adjacent communities S-UMTS are measured according to the 2nd GAP.

Present embodiment and embodiment one difference lies in, present embodiment is only that UE configures a kind of TG pattern, Namely a set of compressed-mode parameter only is configured for UE, two different GAP are configured in a kind of TG pattern of configuration, make UE Two kinds of iso-frequency adjacent community is measured according to a kind of this two different GAP of TG pattern.As shown in figure 9, for this The schematic diagram that two kinds of difference GAP are configured in a kind of TG pattern that invention embodiment two provides；Wherein, the first GAP is Transmission intercal length is the GAP1 of TGL1；2nd GAP is the GAP2 that transmission intercal length is TGL2；In specific implementation process, It is the GAP2 that transmission intercal length is TGL2 that can also make the first GAP, and it is TGL1's to make the 2nd GAP be transmission intercal length GAP1。

In specific implementation, present embodiment is similar to embodiment one, can also by be arranged the measures conversion time or Measurement period realizes the measurement switching to different type cell, as shown in Figure 10, the week provided for embodiment of the present invention two Phase measures the schematic diagram of alien-frequency district；Network is the TG pattern1 that UE configured lengths are TGPL1, and in the TG pattern1 In, setting length is respectively the GAP of TGL1 and TGL2, and UE is made to measure the iso-frequency adjacent communities UMTS in the GAP that length is TGL1, Length is that the iso-frequency adjacent communities S-UMTS are measured in the GAP of TGL2；Wherein, Number_uPreceding Numbers of the expression UE in a cycle_u Each iso-frequency adjacent communities UMTS are at least measured once in a TG pattern, Number_sIndicate UE after a cycle Number_sEach iso-frequency adjacent communities S-UMTS are at least measured once in a TG pattern.

As shown in figure 11, the measurement alien-frequency district method flow diagram provided for embodiment of the present invention three, is described as follows.

S1101：Network determines that UE needs to measure the iso-frequency adjacent communities UMTS and the iso-frequency adjacent communities S-UMTS.

S1102：Network is the first GAP that UE is configured to the iso-frequency adjacent communities measurement UMTS, or different for measuring S-UMTS 2nd GAP of frequency adjacent district.

S1103：If network is UE, configuration is the first GAP, and UE is according to the correspondence of the first GAP and the 2nd GAP, really Fixed 2nd GAP, if it is the 2nd GAP that network, which is UE configurations, UE determines the according to the correspondence of the first GAP and the 2nd GAP One GAP.

S1104：UE measures the iso-frequency adjacent communities UMTS according to the first GAP, adjacent to S-UMTS alien frequencies according to the 2nd GAP Cell measures.

The basic thought of embodiment of the present invention three is that network only issues a kind of GAP, and UE is determined according to the GAP that network issues Another GAP, for example, it is the first GAP for measuring the iso-frequency adjacent communities UMTS that network, which issues, then UE according to the first GAP with Correspondence for the GAP for measuring the iso-frequency adjacent communities S-UMTS, determines the 2nd GAP.For example, UE is determined for measuring S-UMTS The TGL+X of the first GAP of TGL=of 2nd GAP of iso-frequency adjacent community, X therein can (N-1) × 2, TGL be a GAP length Degree, as unit of time slot, N indicates N times that needs the UMTS cells measured to be the S-UMTS bandwidth of cell for needing to measure.For example, The bandwidth range of UMTS cells is 4.2M~5M, then when N=2, indicates that S-UMTS bandwidth of cell is the 1/N of UMTS bandwidth of cell, I.e. bandwidth range is 2.1M~2.5M.As shown in figure 12, it is the signal for the measurement alien-frequency district that embodiment of the present invention three provides Figure.

In specific implementation process, when UE only needs to measure a type of alien-frequency district, network need to only know UE into The termination time that the initial time and UE that row measures measure, and when UE needs to measure two kinds of alien-frequency district, net Network is in addition to needing to know information above, it is also necessary to know that UE measures the time of switching, i.e. UE specifically makes in which period UMTS cells are measured with the first GAP, which period to measure S-UMTS cells using the 2nd GAP in, this is because two kinds of GAP TGPL is different, and network, will be still according to if it is not known that UE is switched to second of GAP from the first GAP measures The first GAP is to UE transmission datas, will be because that can not normally receive number and if at this moment UE is just being measured in second of GAP According to and lead to packet loss.Embodiment of the present invention three can be in conjunction with the different type alien frequencies of measurement at times introduced in embodiment one The method of cell, specific implementation process can refer to embodiment one, and which is not described herein again.

As shown in figure 13, it is the network equipment provided in an embodiment of the present invention for carrying out alien-frequency district measurement, the network equipment It is specifically as follows base station controller, the network equipment provided in an embodiment of the present invention includes：Determining module 131 is needed for determining User equipment (UE) measures first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community；Configuration module 132 is used for After the determination of determining module 131 needs UE to measure first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community, for institute It states UE and configures at least one GAP for measuring iso-frequency adjacent community, and at least one GAP of configuration is transmitted to sending module 133；Sending module 133 indicates the UE according to configuration extremely for the GAP that configuration module 132 is UE configurations to be sent to UE A few GAP determines the first GAP for measuring first kind iso-frequency adjacent community and for measuring Second Type iso-frequency adjacent community The 2nd GAP；Wherein, at least one GAP that configuration module 132 configures is the first GAP and/or the 2nd GAP, and the first GAP is different In the 2nd GAP.

Preferably, configuration module 132 is specifically used for configuring the first GAP for UE；Sending module 133 is specifically used for first GAP is sent to UE, and instruction UE determines the first GAP that configuration module 132 configures according to the correspondence of the first GAP and the 2nd GAP Corresponding 2nd GAP；Or, configuration module 132 is specifically used for configuring the 2nd GAP for UE；Sending module 133 is specifically used for second GAP is sent to UE, and instruction UE determines the 2nd GAP that configuration module 132 configures according to the correspondence of the first GAP and the 2nd GAP Corresponding first GAP；Or, configuration module 132 is specifically used for configuring the first GAP and the 2nd GAP for UE.

Preferably, configuration module 132 is specifically used for according to following steps being that UE configures the first GAP and the 2nd GAP：It is described First transmission intercal pattern TG pattern of the UE configurations comprising the first GAP and the 2nd TG pattern for including the 2nd GAP, In, the first TG pattern and the 2nd TG pattern are differed；Or, for UE configurations comprising the first GAP and the 2nd GAP TG pattern。

Preferably, the first kind iso-frequency adjacent community is the iso-frequency adjacent communities UMTS, the Second Type iso-frequency adjacent community For the iso-frequency adjacent communities S-UMTS.

When the configuration module 132 is specifically used for the TG for including the first GAP and the 2nd GAP for UE configurations When pattern, the first GAP is the GAP1 that transmission intercal length is TGL1；2nd GAP is that transmission intercal length is The GAP2 of TGL2；Or, the first GAP is the GAP2 that transmission intercal length is TGL2；2nd GAP is transmission intercal length For the GAP1 of TGL1.

Preferably, configuration module 132 is specifically used for, it is UE after determination needs UE to measure iso-frequency adjacent community The measures conversion time is configured, and by the measures conversion time tranfer of configuration to sending module 133；Sending module 133 is specifically used for The measures conversion time that configuration module 132 configures is sent to UE, instruction UE is before the measures conversion time according to determining the One GAP measures first kind iso-frequency adjacent community, different according to determining the 2nd GAP measurement Second Types after the measures conversion time Frequency adjacent district；Or, measuring Second Type iso-frequency adjacent community according to the 2nd determining GAP before the measures conversion time, measuring First kind iso-frequency adjacent community is measured according to the first determining GAP after conversion time.

Preferably, configuration module 132 is specifically used for, it is UE after determination needs UE to measure iso-frequency adjacent community Configuration carries out the period of iso-frequency adjacent community measurement, and by the periodic transfer of the progress iso-frequency adjacent community measurement of configuration to sending module 133；One of them period is equal to the first time of measuring length for measuring first kind iso-frequency adjacent community and measurement Second Type is different The sum of second time of measuring length of frequency adjacent district, the first time of measuring length include at least one first GAP, and second when measuring Between length include at least one 2nd GAP.

Sending module 133 is specifically used for the period for the progress iso-frequency adjacent community measurement that configuration module 132 configures being sent to The UE, instruction UE periods measure alien-frequency district.

Preferably, configuration module 132 is specifically used for configuring the first time of measuring length and the second time of measuring length for UE Position within the period.

Preferably, the GAP numbers that the first time of measuring length includes are small to all first kind alien frequencies neighbours more than or equal to UE Area measures primary required the sum of GAP numbers respectively, and the GAP numbers that the second time of measuring length includes are more than or equal to the UE to institute Some Second Type iso-frequency adjacent communities measure measures primary required the sum of GAP numbers respectively.

As shown in figure 14, it is the UE provided in an embodiment of the present invention for carrying out alien-frequency district measurement, including：Receiving module 141, At least one GAP for measuring iso-frequency adjacent community issued for receiving network, and at least one GAP of reception is transmitted to Measurement module；Measurement module 142, at least one GAP for being received according to receiving module 141 are determined for measuring the first kind First GAP of iso-frequency adjacent community and the 2nd GAP for measuring Second Type iso-frequency adjacent community, and according to the first determining GAP First kind iso-frequency adjacent community is measured, Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP；Its In, at least one GAP that receiving module 141 receives is the first GAP and/or the 2nd GAP；First GAP is different from the 2nd GAP.

Preferably, receiving module 141 is specifically used for receiving the first GAP for measuring iso-frequency adjacent community that network issues, Measurement module 142 is specifically used for determining the 2nd GAP according to the correspondence of the first GAP and the 2nd GAP；Or, receiving module 141 has Body is used to receive the 2nd GAP for measuring iso-frequency adjacent community that network issues, and measurement module 142 is specifically used for according to first The correspondence of GAP and the 2nd GAP determine the first GAP；Or, receiving module 141 is specifically used for receiving the first GAP that network issues With the 2nd GAP.

Preferably, receiving module 141 is specifically used for：Between the first transmission comprising the first GAP that reception network issues Every pattern TG pattern and include the 2nd TG pattern of the 2nd GAP, wherein the first TG pattern and the 2nd TG Pattern is differed；Or, receiving the TG pattern for including the first GAP and the 2nd GAP that network issues.

When the receiving module 141 is specifically used for the TG for including the first GAP and the 2nd GAP that reception network issues When pattern, the first GAP is the GAP1 that transmission intercal length is TGL1；It is TGL2's that 2nd GAP, which is transmission intercal length, GAP2；Or, the first GAP is the GAP2 that transmission intercal length is TGL2；2nd GAP is the GAP1 that transmission intercal length is TGL1.

Preferably, receiving module 141 is specifically used for, in measurement module 142 to first kind iso-frequency adjacent community and the second class Before type iso-frequency adjacent community measures, the measures conversion time that network issues is received, and the measures conversion time of reception is passed Transport to measurement module 142.

Measurement module 142 is specifically used for, different according to determining the first GAP measurements first kind before the measures conversion time Frequency adjacent district measures Second Type iso-frequency adjacent community after the measures conversion time according to the 2nd determining GAP；Or, measuring Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP before conversion time, according to really after the measures conversion time The first fixed GAP measures first kind iso-frequency adjacent community.

Preferably, receiving module 141 is specifically used for, in measurement module 142 to first kind iso-frequency adjacent community and the second class Before type iso-frequency adjacent community measures, the period for the progress iso-frequency adjacent community measurement that network issues is received, and alien frequencies will be carried out The periodic transfer of adjacent cell measurement is to measurement module 142.

Measurement module 142 is specifically used for, the root in the first time of measuring length in period for carrying out iso-frequency adjacent community measurement First kind iso-frequency adjacent community is measured according to determining at least one first GAP, is carrying out the of the period of iso-frequency adjacent community measurement Second Type iso-frequency adjacent community is measured according to determining at least one 2nd GAP in two time of measuring length.

Preferably, measurement module 142 be specifically used for according to the first time of measuring length and the second time of measuring length into The position in period that row iso-frequency adjacent community measures, measures iso-frequency adjacent community.

As shown in figure 15, it is the network equipment provided in an embodiment of the present invention for carrying out alien-frequency district measurement, including：Processor 151, for needing user equipment (UE) to measure first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community in determination Afterwards, it is that the UE is configured to measure at least one GAP of iso-frequency adjacent community, and at least one GAP of configuration is transmitted to hair Penetrate machine 152；Transmitter 152, at least one GAP for configuring processor 151 are sent to UE, indicate UE according to configuration extremely A few GAP determines the first GAP for measuring first kind iso-frequency adjacent community and for measuring Second Type iso-frequency adjacent community The 2nd GAP, and first kind iso-frequency adjacent community is measured according to the first determining GAP, according to the determining 2nd GAP pairs Second Type iso-frequency adjacent community measures；Wherein, at least one GAP that processor 151 configures is the first GAP and/or second GAP, the first GAP are different from the 2nd GAP.

Preferably, processor 151 is specifically used for configuring the first GAP for UE；Transmitter 152 is specifically used for sending out the first GAP UE is given, indicates that the UE determines that the first GAP that processor 151 configures is corresponding according to the first GAP with the correspondence of the 2nd GAP The 2nd GAP；Or, processor 151 is specifically used for configuring the 2nd GAP for UE；Transmitter 152 is specifically used for sending the 2nd GAP To UE, instruction UE determines the 2nd GAP corresponding first of the configuration of processor 151 according to the first GAP with the correspondence of the 2nd GAP GAP；Or, processor 151 is specifically used for configuring the first GAP and the 2nd GAP for UE.

Preferably, processor 151 is specifically used for according to following steps being that UE configures the first GAP and the 2nd GAP, for example, being First transmission intercal pattern TG pattern of the UE configurations comprising the first GAP and the 2nd TG pattern for including the 2nd GAP, In, the first TG pattern and the 2nd TG pattern are differed；Or, including the TG of the first GAP and the 2nd GAP for UE configurations pattern。

Preferably, first kind iso-frequency adjacent community is the iso-frequency adjacent communities UMTS, Second Type iso-frequency adjacent community is S-UMTS Iso-frequency adjacent community.

When processor 151 is specifically used for including the TG pattern of the first GAP and the 2nd GAP for UE configurations, the first GAP The GAP1 for being TGL1 for transmission intercal length；2nd GAP is the GAP2 that transmission intercal length is TGL2；Or, the first GAP is transmission Gap length is the GAP2 of TGL2；2nd GAP is the GAP1 that transmission intercal length is TGL1.

Preferably, processor 151 is specifically used for, after determination needs UE to measure iso-frequency adjacent community, match for UE It sets the measures conversion time, and by the measures conversion time tranfer of configuration to transmitter 152；Transmitter 152 is specifically used for handle The measures conversion time that device 151 configures is sent to UE, and instruction UE is measured before the measures conversion time according to the first determining GAP First kind iso-frequency adjacent community measures Second Type iso-frequency adjacent community after the measures conversion time according to the 2nd determining GAP； Or, measure Second Type iso-frequency adjacent community according to determining the 2nd GAP before the measures conversion time, the measures conversion time it First kind iso-frequency adjacent community is measured according to the first determining GAP afterwards.

Preferably, processor 151 is specifically used for, after determination needs UE to measure iso-frequency adjacent community, match for UE It sets the period for carrying out iso-frequency adjacent community measurement, and by the periodic transfer of the progress iso-frequency adjacent community measurement of configuration to transmitter 152； One of them period is equal to the first time of measuring length for measuring first kind iso-frequency adjacent community and measurement Second Type alien frequencies is adjacent The sum of second time of measuring length of cell, the first time of measuring length include at least one first GAP, and the second time of measuring is long Degree includes at least one 2nd GAP.

Transmitter 152 is specifically used for the period for the progress iso-frequency adjacent community measurement that processor 151 configures being sent to described UE, instruction UE periods measure alien-frequency district.

Preferably, processor 151 is specifically used for configuring the first time of measuring length for UE and the second time of measuring length exists Position in period.

As shown in figure 16, it is the UE provided in an embodiment of the present invention for carrying out alien-frequency district measurement, including：Receiver 161 is used In at least one GAP for measuring iso-frequency adjacent community that reception network issues, and at least one GAP of reception is transmitted to place Manage device；Processor 162, at least one GAP for being received according to receiver are determined for measuring first kind iso-frequency adjacent community The first GAP and the 2nd GAP for measuring Second Type iso-frequency adjacent community, and according to the first determining GAP to the first kind Iso-frequency adjacent community measures, and is measured to Second Type iso-frequency adjacent community according to the 2nd determining GAP；Receiver 161 connects At least one GAP received is the first GAP and/or the 2nd GAP, and the first GAP is different from the 2nd GAP.

Preferably, receiver 161 is specifically used for receiving the first GAP for measuring iso-frequency adjacent community that network issues, place Reason device 162 is specifically used for determining the 2nd GAP according to the correspondence of the first GAP and the 2nd GAP；Or, receiver 161 is specifically used for The 2nd GAP for measuring iso-frequency adjacent community that network issues is received, processor 162 is specifically used for according to the first GAP and second The correspondence of GAP determines the first GAP；Or, receiver 161 is specifically used for receiving the first GAP that issues of network and described 2nd GAP.

Preferably, receiver 161 is specifically used for：Receive the first transmission intercal for including the first GAP that network issues Pattern TG pattern and the 2nd TG pattern for including the 2nd GAP, wherein the first TG pattern and the 2nd TG Pattern is differed；Or, receiving the TG pattern for including the first GAP and the 2nd GAP that network issues.

When receiver 161 is specifically used for the TG pattern comprising the first GAP and the 2nd GAP that reception network issues, First GAP is the GAP1 that transmission intercal length is TGL1；2nd GAP is the GAP2 that transmission intercal length is TGL2；Or, first GAP is the GAP2 that transmission intercal length is TGL2；2nd GAP is the GAP1 that transmission intercal length is TGL1.

Preferably, receiver 161 is specifically used for, it is different to first kind iso-frequency adjacent community and Second Type in processor 162 Before frequency adjacent district measures, the measures conversion time that network issues is received, and the measures conversion time tranfer is extremely located Manage device 162.

Processor 162 is specifically used for, and first kind alien frequencies is measured according to the first determining GAP before the measures conversion time Adjacent cell measures Second Type iso-frequency adjacent community after the measures conversion time according to the 2nd determining GAP；Or, turning measuring Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP before changing the time, according to determination after the measures conversion time The first GAP measure first kind iso-frequency adjacent community.

Preferably, receiver 161 is specifically used for, it is different to first kind iso-frequency adjacent community and Second Type in processor 162 Before frequency adjacent district measures, the period for the progress iso-frequency adjacent community measurement that network issues is received, and it is small to carry out alien frequencies neighbour The periodic transfer of region measurement is to processor 162.

Processor 162 is specifically used for, the basis in the first time of measuring length in period for carrying out iso-frequency adjacent community measurement Determining at least one first GAP measures first kind iso-frequency adjacent community, includes in the period for carrying out iso-frequency adjacent community measurement Second Type iso-frequency adjacent community is measured according to determining at least one 2nd GAP in second time of measuring length.

Preferably, processor 162 is specifically used for being carried out according to the first time of measuring length and the second time of measuring length The position in period that iso-frequency adjacent community measures, measures iso-frequency adjacent community.

It is apparent to those skilled in the art that for convenience and simplicity of description, only with above-mentioned each function The division progress of module, can be as needed and by above-mentioned function distribution by different function moulds for example, in practical application Block is completed, i.e., the internal structure of device is divided into different function modules, to complete all or part of work(described above Energy.The specific work process of the system, apparatus, and unit of foregoing description can refer to corresponding in preceding method embodiment Journey, details are not described herein.

In several embodiments provided herein, it should be understood that disclosed system, device and method can be with It realizes by another way.For example, the apparatus embodiments described above are merely exemplary, for example, the module or The division of unit, only a kind of division of logic function, formula that in actual implementation, there may be another division manner, such as multiple units Or component can be combined or can be integrated into another system, or some features can be ignored or not executed.Another point, institute Display or the mutual coupling, direct-coupling or communication connection discussed can be by some interfaces, device or unit INDIRECT COUPLING or communication connection can be electrical, machinery or other forms.

The unit illustrated as separating component may or may not be physically separated, aobvious as unit The component shown may or may not be physical unit, you can be located at a place, or may be distributed over multiple In network element.Some or all of unit therein can be selected according to the actual needs to realize the mesh of this embodiment scheme 's.

In addition, each functional unit in each embodiment of the application can be integrated in a processing unit, it can also It is that each unit physically exists alone, it can also be during two or more units be integrated in one unit.Above-mentioned integrated list The form that hardware had both may be used in member is realized, can also be realized in the form of SFU software functional unit.

If the integrated unit is realized in the form of SFU software functional unit and sells or use as independent product When, it can be stored in a computer read/write memory medium.Based on this understanding, the technical solution of the application is substantially The all or part of the part that contributes to existing technology or the technical solution can be in the form of software products in other words It embodies, which is stored in a storage medium, including some instructions are used so that a computer It is each that equipment (can be personal computer, server or the network equipment etc.) or processor (processor) execute the application The all or part of step of embodiment the method.And storage medium above-mentioned includes：USB flash disk, mobile hard disk, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or CD Etc. the various media that can store program code.

The above, above example are only described in detail to the technical solution to the application, but the above implementation The explanation of example is merely used to help understand the method and its core concept of the present invention, should not be construed as limiting the invention.This In the technical scope disclosed by the present invention, the change or replacement that can be readily occurred in should all be covered those skilled in the art Within protection scope of the present invention.

Claims

1. a kind of method carrying out alien-frequency district measurement, which is characterized in that this method includes：

Network determination needs user equipment (UE) to measure different types of iso-frequency adjacent community；

The network is that the UE configures the first GAP and the 2nd GAP, wherein the first GAP is for measuring first kind alien frequencies Adjacent cell, for measuring Second Type iso-frequency adjacent community, the first GAP and the 2nd GAP is differed the 2nd GAP.

2. the method as described in claim 1, which is characterized in that the network is that the UE configures the first GAP and described 2nd GAP, including：

Network is first transmission intercal pattern TG pattern of the UE configurations comprising the first GAP and includes described second The 2nd TG pattern of GAP, wherein the first TG pattern and the 2nd TG pattern are differed；Or

Network is the TG pattern that UE configurations include the first GAP and the 2nd GAP.

3. method as claimed in claim 1 or 2, which is characterized in that the network needs UE to first kind alien frequencies in determination After adjacent cell and Second Type iso-frequency adjacent community measure, further include：

The network is that the UE configures the measures conversion time, indicates the UE before the measures conversion time according to determination The first GAP measure first kind iso-frequency adjacent community, measure the according to the 2nd determining GAP after the measures conversion time Two type iso-frequency adjacent communities；Or, measuring Second Type alien frequencies neighbour according to the 2nd determining GAP before the measures conversion time Cell measures first kind iso-frequency adjacent community after the measures conversion time according to the first determining GAP.

4. method as claimed in claim 1 or 2, which is characterized in that the network needs UE to first kind alien frequencies in determination After adjacent cell and Second Type iso-frequency adjacent community measure, further include：

The network is the period that UE configurations carry out iso-frequency adjacent community measurement, indicates that the UE periods survey alien-frequency district Amount, one of them period are equal to the first time of measuring length and measurement Second Type alien frequencies for measuring first kind iso-frequency adjacent community The sum of second time of measuring length of adjacent cell, the first time of measuring length include at least one first GAP, and described second Time of measuring length includes at least one 2nd GAP.

5. method as claimed in claim 4, which is characterized in that the network is that UE configurations carry out iso-frequency adjacent community measurement Period specifically include：

The network is that the UE configures the first time of measuring length and the second time of measuring length in the period Interior position.

6. method as claimed in claim 4, which is characterized in that the GAP numbers that the first time of measuring length includes be more than etc. Primary required the sum of GAP numbers are measured respectively to all first kind iso-frequency adjacent communities in the UE, and described second measures The GAP numbers that time span includes are more than or equal to the UE and measure primary institute respectively to all Second Type iso-frequency adjacent community measurements The sum of the GAP numbers needed.

7. a kind of method carrying out alien-frequency district measurement, which is characterized in that this method includes：

User equipment (UE) receives the first GAP and the 2nd GAP that network issues, and according to the first GAP to first kind alien frequencies Adjacent cell measures, and is measured to Second Type iso-frequency adjacent community according to the 2nd GAP；Wherein, the first GAP with 2nd GAP is differed.

8. the method for claim 7, which is characterized in that the UE receives the first GAP that network issues and described 2nd GAP, including：

The UE receives the first transmission intercal pattern TG pattern comprising the first GAP that network issues and comprising described The 2nd TG pattern of 2nd GAP, wherein the first TG pattern and the 2nd TG pattern are differed；Or

The UE receives the TG pattern for including the first GAP and the 2nd GAP that network issues.

9. method as claimed in claim 7 or 8, which is characterized in that the UE is to first kind iso-frequency adjacent community and the second class Type iso-frequency adjacent community further includes before measuring：

The UE receives the measures conversion time that network issues；

The UE measures first kind iso-frequency adjacent community according to the first determining GAP, according to the determining 2nd GAP pairs Two type iso-frequency adjacent communities measure, including：

The UE measures first kind iso-frequency adjacent community before the measures conversion time according to the first determining GAP, in institute The measures conversion time is stated later according to determining the 2nd GAP measurement Second Types iso-frequency adjacent community；Or, in the measures conversion Between before Second Type iso-frequency adjacent community measured according to determining the 2nd GAP, according to determination after the measures conversion time The first GAP measure first kind iso-frequency adjacent community.

10. method as claimed in claim 7 or 8, which is characterized in that the UE is to first kind iso-frequency adjacent community and the second class Type iso-frequency adjacent community further includes before measuring：

The UE receives the period for the progress iso-frequency adjacent community measurement that network issues；

The UE measures the first kind in the first time of measuring length in the period according to determining at least one first GAP Iso-frequency adjacent community measures the second class in the second time of measuring length in the period according to determining at least one 2nd GAP Type iso-frequency adjacent community.

11. method as claimed in claim 10, which is characterized in that the UE measures iso-frequency adjacent community within the period, packet It includes：

Positions of the UE according to the first time of measuring length and the second time of measuring length within the period, The iso-frequency adjacent community is measured in the period.

12. a kind of network equipment carrying out alien-frequency district measurement, which is characterized in that the network equipment includes：

Determining module, for determine need user equipment (UE) to first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community into Row measures；

Configuration module, for needing user equipment (UE) to first kind iso-frequency adjacent community and the second class in determining module determination After type iso-frequency adjacent community measures, the first GAP and the 2nd GAP is configured for the UE, and by the first GAP of configuration and institute It states the 2nd GAP and is transmitted to sending module；

Sending module, for the first GAP and the 2nd GAP that the configuration module is UE configurations to be sent to UE, In, for the first GAP for measuring first kind iso-frequency adjacent community, the 2nd GAP is small for measuring Second Type alien frequencies neighbour Area, the first GAP and the 2nd GAP are differed.

13. the network equipment as claimed in claim 12, which is characterized in that the configuration module is specifically used for according to following steps The first GAP and the 2nd GAP is configured for the UE：

For first transmission intercal pattern TG pattern of the UE configurations comprising the first GAP and include the 2nd GAP The 2nd TG pattern, wherein the first TG pattern and the 2nd TG pattern are differed；Or

Include the TG pattern of the first GAP and the 2nd GAP for UE configurations.

14. the network equipment as described in claim 12 or 13, which is characterized in that the configuration module is specifically used for, described After determining module determination needs UE to measure iso-frequency adjacent community, the measures conversion time is configured for the UE, and will configuration The measures conversion time tranfer to sending module；Described in the sending module is specifically used for configuring the configuration module The measures conversion time is sent to UE, indicates that the UE measures the before the measures conversion time according to determining the first GAP One type iso-frequency adjacent community, it is small according to determining the 2nd GAP measurement Second Type alien frequencies neighbours after the measures conversion time Area；Or, Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP before the measures conversion time, in the survey It measures conversion time and first kind iso-frequency adjacent community is measured according to the first determining GAP later.

15. the network equipment as described in claim 12 or 13, which is characterized in that the configuration module is specifically used for, described After determining module determination needs UE to measure iso-frequency adjacent community, the week of iso-frequency adjacent community measurement is carried out for UE configurations Phase, and by the periodic transfer of the carry out iso-frequency adjacent community measurement of configuration to sending module；One of them period, which is equal to, to be measured First time of measuring length of first kind iso-frequency adjacent community and the second time of measuring for measuring Second Type iso-frequency adjacent community are long The sum of degree, the first time of measuring length include at least one first GAP, and the second time of measuring length includes at least one A 2nd GAP；

The period that the sending module is specifically used for the carry out iso-frequency adjacent community measurement for configuring the configuration module sends To the UE, indicate that the UE periods measure alien-frequency district.

16. the network equipment as claimed in claim 15, which is characterized in that the configuration module is specifically used for configuring for the UE The position of the first time of measuring length and the second time of measuring length within the period.

17. the network equipment as claimed in claim 15, which is characterized in that the GAP numbers that the first time of measuring length includes Primary required the sum of GAP numbers are measured respectively to all first kind iso-frequency adjacent communities more than or equal to the UE, and described the The GAP numbers that two time of measuring length include are more than or equal to the UE and are measured respectively all Second Type iso-frequency adjacent community measurements Primary required the sum of GAP numbers.

18. a kind of user equipment (UE), which is characterized in that the UE includes：

Receiving module, for receiving the first GAP and the 2nd GAP that the network issues；

Measurement module, for being measured to first kind iso-frequency adjacent community according to the first GAP, according to the 2nd GAP Second Type iso-frequency adjacent community is measured；Wherein, the first GAP and the 2nd GAP is differed.

19. UE as claimed in claim 18, which is characterized in that the receiving module is specifically used for：

Receive the first transmission intercal pattern TG pattern comprising the first GAP for issuing of network and comprising described second The 2nd TG pattern of GAP, wherein the first TG pattern and the 2nd TG pattern are differed；Or

Receive the TG pattern for including the first GAP and the 2nd GAP that network issues.

20. the UE as described in claim 18 or 19, which is characterized in that the receiving module is specifically used for, in the measurement mould Before block measures first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community, the measures conversion that network issues is received Time, and by the measures conversion time tranfer to measurement module；

The measurement module is specifically used for, and the first kind is measured according to the first determining GAP before the measures conversion time Iso-frequency adjacent community measures Second Type iso-frequency adjacent community after the measures conversion time according to the 2nd determining GAP；Or, Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP before the measures conversion time, in the measures conversion First kind iso-frequency adjacent community is measured according to the first determining GAP after time.

21. the UE as described in claim 18 or 19, which is characterized in that the receiving module is specifically used for, in the measurement mould Before block measures first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community, the carry out alien frequencies that network issues is received The period of adjacent cell measurement, and by the periodic transfer for carrying out iso-frequency adjacent community measurement to measurement module；

The measurement module is specifically used for, according to determining at least one first in the first time of measuring length in the period GAP measures first kind iso-frequency adjacent community, according to determining at least one the in the second time of measuring length in the period Two GAP measure Second Type iso-frequency adjacent community.

22. UE as claimed in claim 21, which is characterized in that when the measurement module is specifically used for measuring according to described first Between the position of length and the second time of measuring length within the period, it is small that the alien frequencies neighbour is measured within the period Area.

23. a kind of network equipment carrying out alien-frequency district measurement, which is characterized in that the network equipment includes：

Processor needs user equipment (UE) to carry out first kind iso-frequency adjacent community and Second Type iso-frequency adjacent community for determining It measures, configures the first GAP and the 2nd GAP for the UE, and the first GAP of configuration and the 2nd GAP are transmitted to hair Penetrate machine；

Transmitter, the first GAP and the 2nd GAP for configuring the processor are sent to UE, wherein described One GAP is for measuring first kind iso-frequency adjacent community, and the 2nd GAP is for measuring Second Type iso-frequency adjacent community, and described the One GAP is differed with the 2nd GAP.

24. the network equipment as claimed in claim 23, which is characterized in that the processor specifically for being according to following steps The UE configures the first GAP and the 2nd GAP：

The first transmission intercal pattern TG pattern comprising the first GAP are configured for the UE and include the 2nd TG of the 2nd GAP Pattern, wherein the first TG pattern and the 2nd TG pattern are differed；Or,

Include the TG pattern of the first GAP and the 2nd GAP for UE configurations.

25. the network equipment as described in claim 23 or 24, which is characterized in that the processor is specifically used for determining needs After the UE measures iso-frequency adjacent community, the measures conversion time is configured for the UE, and when by the measures conversion of configuration Between be transmitted to transmitter；

The transmitter is specifically used for the measures conversion time that the processor configures being sent to the UE, indicates that the UE exists First kind iso-frequency adjacent community, the root after the measures conversion time are measured according to the first determining GAP before the measures conversion time Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP；Or, according to the 2nd determining GAP before the measures conversion time Second Type iso-frequency adjacent community is measured, first kind alien frequencies neighbour is measured according to the first determining GAP after the measures conversion time Cell.

26. the network equipment as described in claim 23 or 24, which is characterized in that the processor is specifically used for, and is needed determining After wanting the UE to measure iso-frequency adjacent community, the period of iso-frequency adjacent community measurement is carried out for UE configurations, and will match The periodic transfer for the progress iso-frequency adjacent community measurement set is to transmitter；It is small that one of them period is equal to measurement first kind alien frequencies neighbour The first time of measuring length in area and the sum of the second time of measuring length for measuring Second Type iso-frequency adjacent community, first when measuring Between length include at least one first GAP, the second time of measuring length includes at least one 2nd GAP；

The transmitter is specifically used for the period for the progress iso-frequency adjacent community measurement that the configuration module configures being sent to described UE indicates that the UE periods measure alien-frequency district.

27. a kind of user equipment (UE), which is characterized in that the UE includes：

Receiver, for receiving the first GAP and the 2nd GAP that the network issues, and by the first GAP of reception and described 2nd GAP is transmitted to processor；

Processor, for being measured to first kind iso-frequency adjacent community according to the first GAP, according to the described 2nd GAP pairs Second Type iso-frequency adjacent community measures；Wherein, the first GAP and the 2nd GAP is differed.

28. UE as claimed in claim 27, which is characterized in that the receiver is specifically used for, and receives what the network issued Including the first transmission intercal pattern TG pattern of the first GAP and include the 2nd TG pattern of the 2nd GAP, Wherein, the first TG pattern and the 2nd TG pattern are differed；Or, receive that the network issues includes described first The TG pattern of GAP and the 2nd GAP.

29. the UE as described in claim 27 or 28, which is characterized in that the receiver is specifically used in the processor pair the Before one type iso-frequency adjacent community and Second Type iso-frequency adjacent community measure, when receiving the measures conversion that the network issues Between, and by the measures conversion time tranfer to the processor；

The processor is specifically used for measuring first kind alien frequencies according to the first determining GAP before the measures conversion time Adjacent cell measures Second Type iso-frequency adjacent community after the measures conversion time according to the 2nd determining GAP；Or, institute Second Type iso-frequency adjacent community is measured according to the 2nd determining GAP before stating the measures conversion time, in the measures conversion time First kind iso-frequency adjacent community is measured according to the first determining GAP later.

30. the UE as described in claim 27 or 28, which is characterized in that the receiver is specifically used in the processor pair the Before one type iso-frequency adjacent community and Second Type iso-frequency adjacent community measure, it is adjacent to receive the carry out alien frequencies that the network issues The period of cell measurement, and the periodic transfer of iso-frequency adjacent community measurement will be carried out to processor；

The processor is specifically used for, according to determination in the first time of measuring length in period for carrying out iso-frequency adjacent community measurement At least one first GAP measure first kind iso-frequency adjacent community, measured in carry out the period of iso-frequency adjacent community measurement second Second Type iso-frequency adjacent community is measured according to determining at least one 2nd GAP in time span.