CN104956598B - A kind of infomation detection and the method and device of transmission - Google Patents

Abstract

The present invention relates to mobile communication technology field, more particularly to a kind of infomation detection and the method and device of transmission, it is used to solve the poor problem of time-consuming more long, the less efficient and accuracy that when UE determines cell ID in the prior art, exists；Because each candidate's running time-frequency resource can be the optional position of carrier center in the embodiment of the present invention, the possibility that then any two candidate running time-frequency resource is overlapped is smaller, interference between the signal for then being sent on any two candidate's running time-frequency resource is smaller, therefore, reduce interference when the actual scrambler sequence of UE detections and actual orthogonal code sequence, shorten UE and determine the time required during cell ID, improve determine cell ID efficiency, and the cell ID determined accuracy.

Description

A kind of infomation detection and the method and device of transmission

Technical field

The present invention relates to mobile communication technology field, more particularly to a kind of infomation detection and the method and device of transmission.

Background technology

With the development of the communication technology, LTE (Long Term Evolution, Long Term Evolution) system is due to improvement The performance of Cell Edge User, it is particularly important the advantages of improve cell capacity, reduce Time Delay of Systems.In LTE system, In order to ensure the mobility performance of UE (User Equipment, user equipment), to accomplish that suitable cell reselection or cell are cut Change, UE will carry out the measurement in terms of cell RRM (Radio Resource Management, RRM), such as, and ginseng The RRM measurements of signal reception power are examined, or, RRM measurements of Reference Signal Received Quality etc..Therefore, the mobile management of RRM Function is an important component in LTE system.

In the prior art, in traditional homogeneous network, the UE in connected state carries out the specific execution of cell RRM measurements Process is as follows：

Step a：UE indicates to start RRM measurements according to eNB (Evolved NodeB, base station)；

Step b：UE passes through PSS (Primary Synchronization Signal, master sync signal) and SSS (Secondary Synchronization Signal, auxiliary synchronous signals) determines the cell ID of cell；

Step c：After UE determines cell ID, the CRS (Cell- that UE is sent using cell corresponding with cell ID Specific Reference Signal, cell specific reference signal) RRM measurements are carried out, and corresponding measurement result is reported To eNB；

Step d：UE is switched over according to the instruction of eNB, wherein, measurement result that eNB is reported according to UE decides whether Allow the UE to do cell to switch.

Be can be seen that in homogeneous network from above-mentioned implementation procedure, UE by detect eNB send PSS and SSS, with eNB Synchronize, and determine PCI (Physical Cell Indicator, Physical Cell Identifier), wherein, 3 sequences of PSS offers, SSS provides 168 kinds of combined sequences altogether by the combination of two short sequences, therefore, 504 cell marks can be provided in the prior art Know (i.e. 504 kinds PCI).

In existing LTE system, the cycle that base station sends PSS and SSS is all 5ms, and transmission each time is taken in carrier wave 2 OFDM (Orthogonal Frequency Division Multiplexing, orthogonal frequency in 6 Resource Block of the heart Multiplexing) symbol, and base station, when CRS is sent, each subframe is required for Whole frequency band to send, and typically constitutes from 1 the 2 of Resource Block 2 or 4 Resource Units in OFDM symbol, in existing LTE system in a Resource Block reference signal resource location such as Figure 1A It is shown.

With the development of LTE technologies, heterogeneous network also gradually rises, and the Main Patterns of heterogeneous network are, grand small at one The substantial amounts of Microcell of deployment or picocell (Pico cell) in area (Macro cell), Macro cell and Pico cell can Disposed with using identical frequency, it would however also be possible to employ different frequencies is disposed (in the prior art based on this kind of pattern), wherein, Macro cell are mainly used in providing the service of covering and real-time data service, and Pico cell are mainly used in providing two-forty The service of data service.In heterogeneous network, UE before RRM measurements are carried out, when determining cell ID, if according further to PSS, SSS determines cell ID, can there is following defect：

Because the Pico cell for disposing in the prior art are than comparatively dense, and the PSS and SSS transmission cycles are shorter, therefore, deposit Larger situation is disturbed when UE receives PSS and SSS, when causing UE to determine cell ID according to PSS, SSS, more long, effect is taken The problem that rate is relatively low and accuracy is poor, simultaneously as being sent out in 2 OFDM symbols in 6 Resource Block of carrier center PSS or SSS is sent, the probability for sending time interval resource overlap shared during PSS or SSS is larger, therefore, also result in UE and exist When receiving PSS and SSS, there is a problem of that interference is larger, and then when causing UE to determine cell ID according to PSS, SSS, there is consumption When more long, the poor problem of less efficient and accuracy.

The content of the invention

The embodiment of the present invention provides the method and device of a kind of infomation detection and transmission, is used to solve UE roots in the prior art When determining cell ID according to PSS, SSS, what is existed is time-consuming more long, the poor problem of less efficient and accuracy.

A kind of first aspect, there is provided method of infomation detection, including：At least one candidate's running time-frequency resource is obtained, and respectively Determine the corresponding sequence information of at least one candidate running time-frequency resource, wherein, the sequence information includes at least one candidate Scrambler sequence and at least one candidate orthogonal codes sequence group；On at least one candidate running time-frequency resource detect determine with institute The candidate scramble code sequence and candidate orthogonal codes sequence group included by the corresponding sequence information of at least one candidate's running time-frequency resource are stated, is obtained Obtain the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group；Described actually disturbed according at least to what is detected Code sequence and the actual orthogonal code sequence determine cell ID.

With reference in a first aspect, in the first possible implementation, candidate's running time-frequency resource is first antenna port At least one channel state information reference signals CSI-RS；Or, candidate's running time-frequency resource is at least two auxiliary same Orthogonal frequency division multiplex OFDM symbol where step signal SSS.

With reference in a first aspect, or first aspect the first possible implementation, second possible realization side In formula, at least one candidate running time-frequency resource is a different running time-frequency resources for sub- frame in；Or, at least one candidate Running time-frequency resource is the running time-frequency resource in different subframes.

With reference in a first aspect, or first aspect the first to two kind of possible implementation, in the third possible reality In existing mode, at least one candidate's running time-frequency resource is obtained, specifically included：Prestore at least one candidate running time-frequency resource； Or, the signaling sent according to the base station for receiving obtains at least one candidate running time-frequency resource.

With reference in a first aspect, or first aspect the first to three kind of possible implementation, in the 4th kind of possible reality In existing mode, the corresponding sequence information of at least one candidate running time-frequency resource is determined, specifically include：Described in prestoring at least The corresponding sequence information of one candidate's running time-frequency resource；Or, at least one according to the signaling acquisition that the base station for receiving sends The corresponding sequence information of individual candidate's running time-frequency resource.

With reference in a first aspect, or first aspect first to fourth kind of possible implementation, in the 5th kind of possible reality In existing mode, the candidate scramble code sequence is pseudo-random sequence, or pseudo-random sequence initialization sequence；The candidate is just It is Walsh Walsh sequence groups to hand over code sequence group.

With reference in a first aspect, or first aspect the first to five kind of possible implementation, in the 6th kind of possible reality In existing mode, the candidate scramble code sequence and candidate orthogonal codes sequence group included for the sequence information, the candidate scramble code sequence It is classified as, the sequence generated on the frequency domain direction of the corresponding candidate's running time-frequency resource of the sequence information；The candidate orthogonal codes sequence Candidate orthogonal codes sequence in row group is that the candidate scramble code sequence for generating is carried out in the time domain direction of candidate's running time-frequency resource Spread the sequence of generation.

With reference in a first aspect, or first aspect the first to six kind of possible implementation, in the 7th kind of possible reality In existing mode, the corresponding with least one candidate running time-frequency resource of determination is detected at least one candidate running time-frequency resource Sequence information included by candidate scramble code sequence and candidate orthogonal codes sequence group, obtain actual scrambler sequence and actual orthogonal code Actual orthogonal code sequence in sequence group, specifically includes：What the base station that judgement is received on candidate's running time-frequency resource sent Orthogonal code sequence in scrambler sequence and orthogonal code sequence group, respectively sequence information corresponding with candidate's running time-frequency resource wrapped When candidate orthogonal codes sequence in the candidate scramble code sequence and candidate orthogonal codes sequence group that include matches, the candidate for matching is disturbed Code sequence and candidate orthogonal codes sequence are used as actual scrambler sequence and actual orthogonal code sequence.

With reference in a first aspect, or first aspect the first to seven kind of possible implementation, in the 8th kind of possible reality In existing mode, cell ID is determined according at least to the described actual scrambler sequence for detecting and the actual orthogonal code sequence, had Body includes：According to the described actual scrambler sequence for detecting, the actual orthogonal code sequence, cell ID is determined；Or, according to Described actual scrambler sequence, the actual orthogonal code sequence for detecting, and the actual scrambler sequence and the reality it is orthogonal Actual running time-frequency resource shared by code sequence, determines cell ID.

With reference in a first aspect, or first aspect the first to eight kind of possible implementation, in the 9th kind of possible reality In existing mode, candidate's running time-frequency resource includes N number of time-frequency child resource, and each time-frequency child resource is provided with candidate's time-frequency respectively At least one candidate orthogonal codes sequence group that the corresponding sequence information in source includes is corresponding, wherein, N is the integer more than 1.

With reference to the 9th kind of possible implementation of first aspect, in the tenth kind of possible implementation, the candidate Scrambler sequence is to be generated on the frequency domain direction of each time-frequency child resource of the corresponding candidate's running time-frequency resource of the sequence information Sequence；Candidate orthogonal codes sequence in the candidate orthogonal codes sequence group is, in the corresponding candidate's time-frequency money of the sequence information The time domain direction of each time-frequency child resource in source, the candidate scramble code sequence to generating spread the sequence of generation.

With reference to the 9th of first aspect the or ten kind of possible implementation, in a kind of the tenth possible implementation, The candidate scramble code detected on candidate's running time-frequency resource included by the sequence information corresponding with candidate's running time-frequency resource for determining Sequence and candidate orthogonal codes sequence group, obtain the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group, Specifically include：On each time-frequency child resource of candidate's running time-frequency resource, sequence information institute corresponding with the time-frequency child resource is detected Including candidate scramble code sequence, obtain actual scrambler sequence, and on each time-frequency child resource of candidate's running time-frequency resource, according to Time-frequency child resource and the corresponding relation of candidate orthogonal codes sequence group, detect corresponding candidate orthogonal codes sequence group, when obtaining each Actual orthogonal code sequence in the corresponding actual orthogonal code sequence group of frequency child resource.

With reference to a kind of the tenth possible implementation of first aspect, in the 12nd kind of possible implementation, at least Cell ID is determined according to the described actual scrambler sequence for detecting and the actual orthogonal code sequence, is specifically included：According to inspection The corresponding actual scrambler sequence of described each time-frequency child resource for measuring, and described each corresponding reality of time-frequency child resource is orthogonal Actual orthogonal code sequence in code sequence group, determines cell ID；Or, each time-frequency child resource pair according to detecting Actual orthogonal code sequence in actual scrambler sequence, the corresponding actual orthogonal code sequence group of described each time-frequency child resource answered, And the actual scrambler sequence and the actual running time-frequency resource shared by the actual orthogonal code sequence, determine cell ID.

With reference to the 9th to 12 kind of possible implementation of first aspect, in the 13rd kind of possible implementation, Candidate's running time-frequency resource includes the first time-frequency child resource group and the second time-frequency child resource group, wherein, the first time-frequency money Source group and the second time-frequency child resource group are included at least one time-frequency child resource, and the first time-frequency child resource group respectively Including the corresponding candidate orthogonal codes sequence of time-frequency child resource between orthogonal, the time-frequency that the second time-frequency child resource group includes It is identical or pseudo- orthogonal between the corresponding candidate orthogonal codes sequence of child resource.

It is described in the 14th kind of possible implementation with reference to the 13rd kind of possible implementation of first aspect First group of time-frequency child resource includes the complete of each CSI-RS in the CSI-RS of at least two second antenna ports Portion or part, each in the CSI-RS of second group of time-frequency child resource including at least two second antenna ports The all or part of CSI-RS.

With reference in a first aspect, or first aspect the 9th to 14 kind of possible implementation, in the 15th kind of possibility Implementation in, candidate's running time-frequency resource is partially overlapped by each other described at least two；And/or, time-frequency money described at least two Source is partially overlapped by each other.

With reference in a first aspect, or first aspect first to 15 kind of possible implementation, in the 16th kind of possibility Implementation in, using on the actual running time-frequency resource shared by the actual scrambler sequence and the actual orthogonal code sequence group Time-frequency child resource on send CSI-RS, carry out channel condition information measurement, synchronization and RRM RRM measurement in A kind of or any combination.

With reference in a first aspect, or first aspect first to 16 kind of possible implementation, in the 17th kind of possibility Implementation in, according to the described actual scrambler sequence for detecting and the actual orthogonal code sequence, determine the cell mark Know the configuration information of respective cell, wherein, the configuration information includes switch, activation/resting state, the hair of the respective cell Send the one kind or any combination in power grade, carrier type and duplexing type.

With reference in a first aspect, or first aspect first to 17 kind of possible implementation, in the 18th kind of possibility Implementation in, detection synchronizing channel obtain synchronizing sequence；According to where the synchronizing sequence and/or the synchronizing sequence Running time-frequency resource position, obtains the time-frequency location of at least one candidate running time-frequency resource；Or, according to the described synchronous letter for obtaining The described actual scrambler sequence and the actual orthogonal code sequence for cease, detecting, determine cell ID；Or, according to what is obtained The synchronizing sequence, determines the channel-estimation information of the candidate scramble code and/or the candidate orthogonal codes.

Second aspect, there is provided a kind of method that information sends, including：At least one candidate's running time-frequency resource is obtained, and respectively Determine the corresponding sequence information of at least one candidate running time-frequency resource, wherein, the sequence information includes at least one candidate Scrambler sequence and at least one candidate orthogonal codes sequence group；Actual time-frequency money is determined from least one candidate running time-frequency resource Source, at least one candidate scramble code sequence included by the corresponding sequence information of the actual running time-frequency resource and at least one candidate Actual scrambler sequence and actual orthogonal code sequence are determined in orthogonal code sequence group respectively；On the actual running time-frequency resource, Xiang Yong Family equipment UE sends the actual scrambler sequence and the actual orthogonal code sequence, makes the UE according at least to the actual scrambler Sequence and the actual orthogonal code sequence determine cell ID.

With reference to second aspect, in the first possible implementation, candidate's running time-frequency resource is first antenna port At least one channel state information reference signals CSI-RS；Or, candidate's running time-frequency resource is at least two auxiliary same Orthogonal frequency division multiplex OFDM symbol where step signal SSS.

With reference to second aspect, or second aspect the first possible implementation, second possible realization side In formula, at least one candidate running time-frequency resource is a different running time-frequency resources for sub- frame in；Or, at least one candidate Running time-frequency resource is the running time-frequency resource in different subframes.

With reference to second aspect, or second aspect the first to two kind of possible implementation, in the third possible reality In existing mode, the candidate scramble code sequence is pseudo-random sequence, or pseudo-random sequence initialization sequence；The candidate is just It is Walsh Walsh sequence groups to hand over code sequence group.

With reference to second aspect, or second aspect the first to three kind of possible implementation, in the 4th kind of possible reality In existing mode, for the actual scrambler sequence and the actual orthogonal code sequence, in the frequency domain side of the actual running time-frequency resource The actual scrambler sequence is generated upwards；Time domain direction on the actual running time-frequency resource, to the described actual scrambler for generating Sequence is spread with the actual orthogonal code sequence.

With reference to second aspect, or second aspect first to fourth kind of possible implementation, in the 5th kind of possible reality In existing mode, make the UE determine cell ID according at least to the actual scrambler sequence and the actual orthogonal code sequence, have Body includes：Make the UE according to the actual scrambler sequence and the actual orthogonal code sequence, determine cell ID；Or, order The UE is according to the actual scrambler sequence, the actual orthogonal code sequence, and the actual scrambler sequence and the reality are just The actual running time-frequency resource shared by code sequence is handed over, cell ID is determined.

With reference to second aspect, or second aspect the first to five kind of possible implementation, in the 6th kind of possible reality In existing mode, candidate's running time-frequency resource includes N number of time-frequency child resource, and each time-frequency child resource is provided with candidate's time-frequency respectively At least one candidate orthogonal codes sequence group that the corresponding sequence information in source includes is corresponding, wherein, N is the integer more than 1.

With reference to second aspect, or second aspect the first to six kind of possible implementation, in the 7th kind of possible reality In existing mode, on the frequency domain direction of each the time-frequency child resource in the actual running time-frequency resource, generate respectively with it is described each The corresponding actual scrambler sequence of time-frequency child resource；The time domain direction of each the time-frequency child resource in the actual running time-frequency resource On, to the actual scrambler sequence corresponding with described each time-frequency child resource for generating, with corresponding with described each time-frequency child resource Actual orthogonal code sequence spread respectively.

With reference to second aspect, or second aspect the first to seven kind of possible implementation, in the 8th kind of possible reality In existing mode, on the actual running time-frequency resource, the actual scrambler sequence and the actual orthogonal code sequence, tool are sent to UE Body includes：Sent and the actual running time-frequency resource pair to the UE on each time-frequency child resource in the actual running time-frequency resource In the actual scrambler sequence answered, and each time-frequency child resource in the actual running time-frequency resource, provided according to time-frequency Source and the corresponding relation of the actual orthogonal code sequence group, send actual orthogonal code sequence group corresponding with the time-frequency child resource In actual orthogonal code sequence.

With reference to second aspect, or second aspect the first to eight kind of possible implementation, in the 9th kind of possible reality In existing mode, make the UE determine cell ID according at least to the actual scrambler sequence and the actual orthogonal code sequence, have Body includes：Make the UE corresponding actual scrambler sequence of each time-frequency child resource and described each time-frequency child resource pair according to The actual orthogonal code sequence answered, determines cell ID；Or, make the UE each corresponding reality of time-frequency child resource according to Scrambler sequence, the corresponding actual orthogonal code sequence of described each time-frequency child resource, and the actual scrambler sequence and the reality Actual running time-frequency resource shared by orthogonal code sequence, determines cell ID.

It is described in the tenth kind of possible implementation with reference to the six to nine kind of possible implementation of second aspect Candidate's running time-frequency resource includes the first time-frequency child resource group and the second time-frequency child resource group, wherein, the first time-frequency child resource group Include at least one time-frequency child resource respectively with the second time-frequency child resource group, and the first time-frequency child resource group includes The corresponding candidate orthogonal codes sequence of time-frequency child resource between orthogonal, time-frequency that the second time-frequency child resource group includes son money It is identical or pseudo- orthogonal between the corresponding candidate orthogonal codes sequence in source.

With reference to the tenth kind of possible implementation of second aspect, in a kind of the tenth possible implementation, described One group of time-frequency child resource includes the whole of each CSI-RS in the CSI-RS of at least two second antenna ports Or part, each CSI- in CSI-RS of the second group of time-frequency child resource including at least two second antenna ports The all or part of RS resources.

With reference to a kind of possible implementation of the tenth of second aspect the or ten, in the 12nd kind of possible implementation In, candidate's running time-frequency resource is partially overlapped by each other described at least two；And/or, the part each other of time-frequency child resource described at least two Overlap.

With reference to second aspect, or second aspect first to 12 kind of possible implementation, in the 13rd kind of possibility Implementation in, make the UE determine the cell ID according to the actual scrambler sequence and the actual orthogonal code sequence The configuration information of respective cell, wherein, the configuration information includes switch, activation/resting state, the transmission of the respective cell One kind or any combination in power grade, carrier type and duplexing type.

With reference to second aspect, or second aspect first to 13 kind of possible implementation, in the 14th kind of possibility Implementation in, synchronizing sequence is sent on a sync channel；The UE is made according to the synchronizing sequence and/or the synchronous sequence Running time-frequency resource position where row, obtains the time-frequency location of at least one candidate running time-frequency resource；Or, make the UE according to The synchronizing information for obtaining, the described actual scrambler sequence and the actual orthogonal code sequence that detect, determine cell ID； Or, make the UE according to the synchronizing sequence for obtaining, determine the channel of the candidate scramble code and/or the candidate orthogonal codes Estimated information.

A kind of third aspect, there is provided user equipment (UE), including：First determining unit, for obtaining during at least one candidate Frequency resource, and the corresponding sequence information of at least one candidate running time-frequency resource is determined respectively, wherein, the sequence information includes At least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group；Detection unit, for being waited described at least one Select and detect that the candidate included by the sequence information corresponding with least one candidate running time-frequency resource for determining disturbs on running time-frequency resource Code sequence and candidate orthogonal codes sequence group, obtain the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group Row；Second determining unit, for determining according at least to the described actual scrambler sequence for detecting and the actual orthogonal code sequence Cell ID.

With reference to the third aspect, in the first possible implementation, candidate's time-frequency that first determining unit is obtained Resource is at least one channel state information reference signals CSI-RS of first antenna port；Or, described first determines Candidate's running time-frequency resource that unit is obtained is the orthogonal frequency division multiplex OFDM symbol where at least two auxiliary synchronous signals SSS.

With reference to the third aspect, or the third aspect the first possible implementation, second possible realization side In formula, at least one candidate's running time-frequency resource that first determining unit is obtained is a different running time-frequency resources for sub- frame in；Or Person, at least one candidate's running time-frequency resource that first determining unit is obtained is the running time-frequency resource in different subframes.

With reference to the third aspect, or the third aspect the first to two kind of possible implementation, in the third possible reality In existing mode, the candidate's running time-frequency resource of acquisition at least one that the first determining unit is obtained is specifically included：Described in prestoring at least One candidate's running time-frequency resource；Or, the signaling sent according to the base station for receiving obtains at least one candidate running time-frequency resource.

With reference to the third aspect, or the third aspect the first to three kind of possible implementation, in the 4th kind of possible reality In existing mode, the corresponding sequence information of at least one candidate's running time-frequency resource described in the determination that first determining unit is obtained, tool Body includes：Prestore the corresponding sequence information of at least one candidate running time-frequency resource；Or, according to the base station hair for receiving The signaling sent obtains the corresponding sequence information of at least one candidate running time-frequency resource.

With reference to the third aspect, or the third aspect first to fourth kind of possible implementation, in the 5th kind of possible reality In existing mode, the candidate scramble code sequence that first determining unit determines is pseudo-random sequence, or pseudo-random sequence just Beginningization sequence；The candidate orthogonal codes sequence group that first determining unit determines is Walsh Walsh sequence groups.

With reference to the third aspect, or the third aspect the first to five kind of possible implementation, in the 6th kind of possible reality In existing mode, candidate scramble code sequence and candidate orthogonal codes sequence that the sequence information determined for first determining unit includes Group, the candidate scramble code sequence is, the sequence generated on the frequency domain direction of the corresponding candidate's running time-frequency resource of the sequence information； Candidate orthogonal codes sequence in the candidate orthogonal codes sequence group is, in the time domain direction of candidate's running time-frequency resource to generation Candidate scramble code sequence spread the sequence of generation.

With reference to the third aspect, or the third aspect the first to six kind of possible implementation, in the 7th kind of possible reality In existing mode, the detection unit specifically for：The scrambler that the base station that judgement is received on candidate's running time-frequency resource sends Orthogonal code sequence in sequence and orthogonal code sequence group, respectively included by sequence information corresponding with candidate's running time-frequency resource When candidate orthogonal codes sequence in candidate scramble code sequence and candidate orthogonal codes sequence group matches, by the candidate scramble code sequence for matching Row and candidate orthogonal codes sequence are used as actual scrambler sequence and actual orthogonal code sequence.

With reference to the third aspect, or the third aspect the first to seven kind of possible implementation, in the 8th kind of possible reality In existing mode, the determining unit specifically for：According to the described actual scrambler sequence for detecting, the actual orthogonal code sequence Row, determine cell ID；Or, according to the described actual scrambler sequence for detecting, the actual orthogonal code sequence, and the reality Actual running time-frequency resource shared by border scrambler sequence and the actual orthogonal code sequence, determines cell ID.

With reference to the third aspect, or the third aspect the first to eight kind of possible implementation, in the 9th kind of possible reality In existing mode, candidate's running time-frequency resource that first determining unit determines includes N number of time-frequency child resource, each time-frequency child resource It is corresponding with least one candidate orthogonal codes sequence group that the corresponding sequence information of candidate's running time-frequency resource includes respectively, its In, N is the integer more than 35.

With reference to the 9th kind of possible implementation of the third aspect, in the tenth kind of possible implementation, described first The candidate scramble code sequence that determining unit determines is, in each time-frequency child resource of the corresponding candidate's running time-frequency resource of the sequence information Frequency domain direction on generate sequence；Candidate orthogonal codes sequence in the candidate orthogonal codes sequence group that first determining unit determines It is classified as, in the time domain direction of each time-frequency child resource of the corresponding candidate's running time-frequency resource of the sequence information, to the candidate for generating Scrambler sequence spread the sequence of generation.

With reference to the 9th of the third aspect the or ten kind of possible implementation, in a kind of the tenth possible implementation, The detection unit specifically for：On each time-frequency child resource of candidate's running time-frequency resource, detect corresponding with the time-frequency child resource Sequence information included by candidate scramble code sequence, obtain actual scrambler sequence, and in each time-frequency of candidate's running time-frequency resource On child resource, according to time-frequency child resource and the corresponding relation of candidate orthogonal codes sequence group, corresponding candidate orthogonal codes sequence is detected Group, obtains the actual orthogonal code sequence in the corresponding actual orthogonal code sequence group of each time-frequency child resource.

It is described in the 12nd kind of possible implementation with reference to a kind of the tenth possible implementation of the third aspect Determining unit specifically for：The corresponding actual scrambler sequence of each time-frequency child resource according to detecting, and it is described each Actual orthogonal code sequence in the corresponding actual orthogonal code sequence group of time-frequency child resource, determines cell ID；Or, according to detection The corresponding actual scrambler sequence of described each time-frequency child resource, the corresponding actual orthogonal code sequence of described each time-frequency child resource for arriving Actual orthogonal code sequence in row group, and the actual scrambler sequence and the actual time-frequency shared by the actual orthogonal code sequence Resource, determines cell ID.

With reference to the 9th to 12 kind of possible implementation of the third aspect, in the 13rd kind of possible implementation, Candidate's running time-frequency resource that first determining unit is obtained includes the first time-frequency child resource group and the second time-frequency child resource group, its In, the first time-frequency child resource group and the second time-frequency child resource group include at least one time-frequency child resource, and institute respectively State orthogonal, second time-frequency between the corresponding candidate orthogonal codes sequence of time-frequency child resource that the first time-frequency child resource group includes It is identical or pseudo- orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that child resource group includes.

It is described in the 14th kind of possible implementation with reference to the 13rd kind of possible implementation of the third aspect First group of time-frequency child resource includes the complete of each CSI-RS in the CSI-RS of at least two second antenna ports Portion or part, each in the CSI-RS of second group of time-frequency child resource including at least two second antenna ports The all or part of CSI-RS.

With reference to the third aspect, or the third aspect the 9th to 14 kind of possible implementation, in the 15th kind of possibility Implementation in, first determining unit obtain at least two described in candidate's running time-frequency resource be partially overlapped by each other；With/ Or, time-frequency child resource is partially overlapped by each other described at least two.

With reference to the third aspect, or the third aspect first to 15 kind of possible implementation, in the 16th kind of possibility Implementation in, also including communication unit, the communication unit is specifically for using the actual scrambler sequence and the reality The CSI-RS sent on the time-frequency child resource on actual running time-frequency resource shared by orthogonal code sequence group, carries out channel condition information One kind or any combination in measurement, synchronization and RRM RRM measurement.

With reference to the third aspect, or the third aspect first to 16 kind of possible implementation, in the 17th kind of possibility Implementation in, the determining unit specifically for：It is orthogonal according to the described actual scrambler sequence and the reality for detecting Code sequence, determines the configuration information of the cell ID respective cell, wherein, the configuration information includes the respective cell One kind or any combination in switch, activation/resting state, transmission power level, carrier type and duplexing type.

With reference to the third aspect, or the third aspect first to 17 kind of possible implementation, in the 18th kind of possibility Implementation in, the acquiring unit is additionally operable to：Detection synchronizing channel obtains synchronizing sequence；According to the synchronizing sequence and/ Or the running time-frequency resource position where the synchronizing sequence, obtain the time-frequency location of at least one candidate running time-frequency resource；Or, According to the synchronizing information for obtaining, the described actual scrambler sequence and the actual orthogonal code sequence that detect, cell is determined Mark；Or, according to the synchronizing sequence for obtaining, determine that the candidate scramble code and/or the channel of the candidate orthogonal codes are estimated Meter information.

A kind of fourth aspect, there is provided base station, including：First acquisition unit, for obtaining at least one candidate's running time-frequency resource, And the corresponding sequence information of at least one candidate running time-frequency resource is determined respectively, wherein, the sequence information includes at least one Individual candidate scramble code sequence and at least one candidate orthogonal codes sequence group；Second acquisition unit, for from the first acquisition unit Actual running time-frequency resource is determined at least one candidate's running time-frequency resource for obtaining, from the corresponding sequence information of the actual running time-frequency resource Actual scrambler sequence is determined at least one included candidate scramble code sequence and at least one candidate orthogonal codes sequence group respectively With actual orthogonal code sequence；Transmitting element, for the actual running time-frequency resource determined in the second acquisition unit, sets to user Standby UE sends actual scrambler sequence and the actual orthogonal code sequence that the second acquisition unit determines, makes the UE at least roots Determine cell ID according to the actual scrambler sequence and the actual orthogonal code sequence.

With reference to second aspect, in the first possible implementation, candidate's time-frequency that the first acquisition unit is obtained Resource is at least one channel state information reference signals CSI-RS of first antenna port；Or, described first obtains Candidate's running time-frequency resource that unit is obtained is the orthogonal frequency division multiplex OFDM symbol where at least two auxiliary synchronous signals SSS.

With reference to second aspect, or second aspect the first possible implementation, second possible realization side In formula, at least one candidate's running time-frequency resource that the first acquisition unit is obtained is a different running time-frequency resources for sub- frame in；Or Person, at least one candidate's running time-frequency resource that the first acquisition unit is obtained is the running time-frequency resource in different subframes.

With reference to second aspect, or second aspect the first to two kind of possible implementation, in the third possible reality In existing mode, the candidate scramble code sequence that the first acquisition unit determines is pseudo-random sequence, or pseudo-random sequence just Beginningization sequence；The candidate orthogonal codes sequence group that the first acquisition unit determines is Walsh Walsh sequence groups.

With reference to second aspect, or second aspect the first to three kind of possible implementation, in the 4th kind of possible reality In existing mode, for actual scrambler sequence and the actual orthogonal code sequence that the second acquisition unit determines, in the reality The actual scrambler sequence is generated on the frequency domain direction of border running time-frequency resource；Time domain direction on the actual running time-frequency resource, it is right The described actual scrambler sequence of generation is spread with the actual orthogonal code sequence.

With reference to second aspect, or second aspect first to fourth kind of possible implementation, in the 5th kind of possible reality In existing mode, the transmitting element specifically for：The UE is made according to the actual scrambler sequence and the actual orthogonal code sequence Row, determine cell ID；Or, the UE is made according to the actual scrambler sequence, the actual orthogonal code sequence, and the reality Actual running time-frequency resource shared by border scrambler sequence and the actual orthogonal code sequence, determines cell ID.

With reference to second aspect, or second aspect the first to five kind of possible implementation, in the 6th kind of possible reality In existing mode, candidate's running time-frequency resource that the first acquisition unit is obtained includes N number of time-frequency child resource, each time-frequency child resource It is corresponding with least one candidate orthogonal codes sequence group that the corresponding sequence information of candidate's running time-frequency resource includes respectively, its In, N is the integer more than 1.

With reference to second aspect, or second aspect the first to six kind of possible implementation, in the 7th kind of possible reality In existing mode, on the frequency domain direction of each the time-frequency child resource in the actual running time-frequency resource, generate respectively with it is described each The corresponding actual scrambler sequence of time-frequency child resource；The time domain direction of each the time-frequency child resource in the actual running time-frequency resource On, to the actual scrambler sequence corresponding with described each time-frequency child resource for generating, with corresponding with described each time-frequency child resource Actual orthogonal code sequence spread respectively.

With reference to second aspect, or second aspect the first to seven kind of possible implementation, in the 8th kind of possible reality In existing mode, the transmitting element specifically for：To the UE on each time-frequency child resource in the actual running time-frequency resource Send actual scrambler sequence corresponding with the actual running time-frequency resource, and each time-frequency in the actual running time-frequency resource In resource, according to the time-frequency child resource and the corresponding relation of the actual orthogonal code sequence group, send and provided with time-frequency Actual orthogonal code sequence in the corresponding actual orthogonal code sequence group in source.

With reference to second aspect, or second aspect the first to eight kind of possible implementation, in the 9th kind of possible reality In existing mode, the transmitting element specifically for：Make the corresponding actual scrambler sequence of the UE each time-frequency child resource according to Row actual orthogonal code sequence corresponding with described each time-frequency child resource, determines cell ID；Or, make the UE according to The corresponding actual scrambler sequence of each time-frequency child resource, the corresponding actual orthogonal code sequence of described each time-frequency child resource, and institute Actual scrambler sequence and the actual running time-frequency resource shared by the actual orthogonal code sequence are stated, cell ID is determined.

It is described in the tenth kind of possible implementation with reference to the six to nine kind of possible implementation of second aspect Candidate's running time-frequency resource that first acquisition unit is obtained includes the first time-frequency child resource group and the second time-frequency child resource group, wherein, institute State the first time-frequency child resource group and the second time-frequency child resource group includes at least one time-frequency child resource, and described first respectively Orthogonal, the second time-frequency child resource between the corresponding candidate orthogonal codes sequence of time-frequency child resource that time-frequency child resource group includes It is identical or pseudo- orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that group includes.

With reference to the tenth kind of possible implementation of second aspect, in a kind of the tenth possible implementation, described One group of time-frequency child resource includes the whole of each CSI-RS in the CSI-RS of at least two second antenna ports Or part, each CSI- in CSI-RS of the second group of time-frequency child resource including at least two second antenna ports The all or part of RS resources.

With reference to a kind of possible implementation of the tenth of second aspect the or ten, in the 12nd kind of possible implementation In, the first acquisition unit obtain at least two described in candidate's running time-frequency resource be partially overlapped by each other；And/or, described first Time-frequency child resource described at least two of acquiring unit acquisition is partially overlapped by each other.

With reference to second aspect, or second aspect first to 12 kind of possible implementation, in the 13rd kind of possibility Implementation in, the transmitting element is additionally operable to：The UE is made according to the actual scrambler sequence and the actual orthogonal code Sequence determines the configuration information of the cell ID respective cell, wherein, the configuration information includes opening for the respective cell One kind or any combination in pass, activation/resting state, transmission power level, carrier type and duplexing type.

With reference to second aspect, or second aspect first to 13 kind of possible implementation, in the 14th kind of possibility Implementation in, the first acquisition unit is additionally operable to：Synchronizing sequence is sent on a sync channel；The UE is made according to Running time-frequency resource position where synchronizing sequence and/or the synchronizing sequence, obtain at least one candidate running time-frequency resource when Frequency position；Or, the UE is made according to the synchronizing information for obtaining, the described actual scrambler sequence and the reality that detect Orthogonal code sequence, determines cell ID；Or, make the UE according to the synchronizing sequence for obtaining, determine the candidate scramble code And/or the channel-estimation information of the candidate orthogonal codes.

In the embodiment of the present invention, a kind of method for proposing infomation detection and transmission, wherein,

A kind of method of infomation detection is：At least one candidate's running time-frequency resource is obtained, and determines at least one candidate respectively The corresponding sequence information of running time-frequency resource, wherein, sequence information is including at least one candidate scramble code sequence and at least one candidate just Hand over code sequence group；The sequence corresponding with least one candidate's running time-frequency resource for determining is detected at least one candidate's running time-frequency resource Candidate scramble code sequence and candidate orthogonal codes sequence group included by information, obtain actual scrambler sequence and actual orthogonal code sequence group In actual orthogonal code sequence；Determine cell ID according at least to the actual scrambler sequence and actual orthogonal code sequence for detecting, So, because each candidate's running time-frequency resource can be the optional position of carrier center, it might even be possible to be not limited to carrier center 6 Resource Block in, then any two candidate running time-frequency resource overlap possibility it is smaller, then in any two candidate's running time-frequency resource Interference between the signal of upper transmission is smaller, therefore, when reducing the UE actual scrambler sequences of detection with actual orthogonal code sequence Interference, shorten UE and determine the time required during cell ID, improve determine cell ID efficiency, and determine it is small The accuracy of area's mark, meanwhile, cell ID is determined by the actually detected scrambler sequence for arriving and orthogonal code sequence, and is disturbed Code sequence and orthogonal code sequence can reduce interference, therefore, also further solving in heterogeneous network, UE determines cell mark During knowledge, what is existed is time-consuming more long, the poor problem of less efficient and accuracy；

A kind of method that information sends is：At least one candidate's running time-frequency resource is obtained, and determines at least one candidate respectively The corresponding sequence information of running time-frequency resource, wherein, sequence information is including at least one candidate scramble code sequence and at least one candidate just Hand over code sequence group；Actual running time-frequency resource is determined from least one candidate's running time-frequency resource, from the corresponding sequence of actual running time-frequency resource Actual scrambler is determined at least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group included by information respectively Sequence and actual orthogonal code sequence；On actual running time-frequency resource, send actual scrambler sequence to user equipment (UE) and reality is orthogonal Code sequence, makes UE determine cell ID according at least to actual scrambler sequence and actual orthogonal code sequence, so, due to each time Select the optional position that running time-frequency resource can be carrier center, it might even be possible to be not limited in 6 Resource Block of carrier center, then appoint The possibility that two candidate's running time-frequency resources of meaning are overlapped is smaller, then between the signal for being sent on any two candidate's running time-frequency resource Interference is smaller, therefore, interference when the actual scrambler sequence of base station transmission and actual orthogonal code sequence is reduced, shorten UE determinations Required time during cell ID, improve determine cell ID efficiency, and the cell ID determined accuracy, together When, cell ID is that actual scrambler sequence and actual orthogonal code sequence by sending determine, and scrambler sequence and orthogonal code Sequence can reduce interference, therefore, also further solve in heterogeneous network, when UE determines cell ID, the consumption for existing When more long, the poor problem of less efficient and accuracy.

Brief description of the drawings

Figure 1A is the schematic diagram of the resource location of reference signal in a Resource Block in existing LTE system；

Figure 1B be the embodiment of the present invention in A running time-frequency resources include A1, A2 time-frequency child resource schematic diagram；

Fig. 1 C be the embodiment of the present invention in B running time-frequency resources include B1, B2 time-frequency child resource schematic diagram；

Fig. 2 is the detail flowchart of infomation detection in the embodiment of the present invention；

Fig. 3 A are the schematic diagram of the resource location of reference signal in a Resource Block in LTE system in the embodiment of the present invention；

Fig. 3 B are that sequence information and CSI-RS coexist fuzzy schematic diagram in the embodiment of the present invention；

Fig. 3 C are that sequence information and CSI-RS coexist not fuzzy schematic diagram in the embodiment of the present invention；

Fig. 4 is the detail flowchart of information transmission in the embodiment of the present invention；

Fig. 5 is the illustrative view of functional configuration of the UE of infomation detection in the embodiment of the present invention；

Fig. 6 is the illustrative view of functional configuration of the base station of information transmission in the embodiment of the present invention.

Specific embodiment

In order to solve in heterogeneous network, when UE determines cell ID, time-consuming more long, the less efficient and accuracy for existing Poor problem, in the embodiment of the present invention, proposes a kind of method of infomation detection, and a kind of method that information sends, can When being prevented effectively from UE and determining cell ID, the poor problem of time-consuming more long, the less efficient and accuracy that exists.

To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is A part of embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art The every other embodiment obtained under the premise of creative work is not made, belongs to the scope of protection of the invention.

The terms "and/or", only a kind of incidence relation for describing affiliated partner, represents there may be three kinds of passes System, for example, A and/or B, can represent：Individualism A, while there is A and B, individualism B these three situations.In addition, herein Middle character "/", typicallys represent forward-backward correlation pair as if a kind of relation of "or".

The preferred embodiment of the present invention is described in detail below in conjunction with the accompanying drawings.

Refering to shown in Fig. 2, in the embodiment of the present invention, the detailed process of infomation detection is as follows：

Embodiment one：

Step 200：At least one candidate's running time-frequency resource is obtained, and determines that at least one candidate's running time-frequency resource is corresponding respectively Sequence information, wherein, sequence information includes at least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group；

Step 210：The corresponding with least one candidate's running time-frequency resource of determination is detected at least one candidate's running time-frequency resource Sequence information included by candidate scramble code sequence and candidate orthogonal codes sequence group, obtain actual scrambler sequence and actual orthogonal code Actual orthogonal code sequence in sequence group；

Step 220：Determine cell ID according at least to the actual scrambler sequence and actual orthogonal code sequence for detecting.

In the embodiment of the present invention, in step 200, the type of candidate's running time-frequency resource that UE is obtained has various, preferably, waiting Select at least one CSI-RS (the Channel State Information-Reference that running time-frequency resource is first antenna port Signal, channel state information reference signals) resource；Or, candidate's running time-frequency resource is the OFDM symbols where at least two SSS Number.

Wherein, when candidate's running time-frequency resource is at least one CSI-RS of first antenna port, due to the 8 of first antenna port The Resource Unit of the CSI-RS of antenna port at most, it is therefore advantageous to, candidate's running time-frequency resource be first antenna port extremely Few 8 antenna port CSI-RSs, A and B as shown in Figure 1A, i.e. A and B is combined as a 8 antenna port CSI-RS moneys Source.In actual applications, different districts can select 8 different antenna port CSI-RSs, so, the reference of different districts Signal can realize interference coordination, enhance the detection performance of reference signal, and can also be multiplexed the resource-niche of existing CSI-RS Put, simplify system design and implementation complexity.

One preferred embodiment of above-mentioned simply candidate's running time-frequency resource type, in actual applications, candidate's running time-frequency resource For that can also be the CSI-RS of other antenna ports (such as 4 antenna ports or less antenna port number), can also be, OFDM symbol where at least two SSS.

In the embodiment of the present invention, in step 200, at least one candidate's running time-frequency resource that UE is obtained can be a subframe Interior different running time-frequency resources, for example, 8 different antenna port CSI-RSs of a sub- frame in；Can also be in different subframes Running time-frequency resource, for example, 8 antenna port CSI-RSs of 8 antenna port CSI-RSs of subframe 1 and subframe 2.

In the embodiment of the present invention, in step 200, UE obtains at least one candidate's running time-frequency resource many by the way of Kind, for example, at least one candidate's running time-frequency resource can be prestored in UE, but for example, UE can be according to the base station for receiving The signaling of transmission obtains at least one candidate's running time-frequency resource, wherein, the signaling that base station sends can be RRC (Radio Resource Control, wireless heterogeneous networks) signaling, or (Medium Access Control, media are accessed MAC Control) layer signaling can also be physical layer signaling (such as Physical Downlink Control Channel).

Similarly, in step 200, UE determines that the mode of the corresponding sequence information of at least one candidate's running time-frequency resource also has many Kind, for example, prestore the corresponding sequence information of at least one candidate's running time-frequency resource in UE, and for example, according to receiving The signaling that base station sends obtains the corresponding sequence information of at least one candidate's running time-frequency resource, wherein, the signaling that base station sends can be with It is RRC signaling, or MAC layer signaling, can also is physical layer signaling (such as Physical Downlink Control Channel).

In the embodiment of the present invention, the type of candidate scramble code sequence has various, preferably, being pseudo-random sequence, or is puppet The initialization sequence of random sequence, or be the initiation parameter in initialization sequence, wherein, candidate scramble code sequence is pseudorandom Can be M sequence, or Gold sequence during sequence.

For example, when Gold sequence is shown in formula one, then candidate scramble code sequence can be formula one, or Gold sequences The initialization sequence of row, i.e. formula two, can also be the initiation parameter in initialization sequence, i.e.,

Wherein, r represents Gold sequence；n_sIt is slot index (subframe includes two time slots)；L is in a time slot OFDM symbol sequence number；N is number of resource blocks；J is the imaginary part mark of plural number；C is the generating function determined by shift register；AndWithIt is M sequence.

Wherein, c_initRepresent the initialization sequence of Gold sequence；It is initiation parameter.

In the embodiment of the present invention, the type of candidate orthogonal codes sequence group also has various, preferably, candidate orthogonal codes sequence group It is Walsh (Walsh) sequence group.

For example, Walsh sequences group for binary sequence group, including two orthogonal code sequences be respectively { 1,1 } and 1 ,- 1 }, then candidate orthogonal codes sequence group is ({ 1,1 }, { 1, -1 }).

In the embodiment of the present invention, Walsh sequences group can be binary code character, or quaternary code character, can also be eight First code character, wherein, any two Walsh sequences group can be the sequence group of identical dimensional, or the sequence of different dimensions Group, for example, the corresponding Walsh sequences group of candidate's running time-frequency resource is binary code character, another candidate's running time-frequency resource is corresponding Walsh sequences group is quaternary code character.Because each candidate's running time-frequency resource corresponds to sequence information, and sequence information is included at least One candidate scramble code sequence and at least one candidate orthogonal codes sequence group, therefore, carried on each candidate's running time-frequency resource to Few a candidate scramble code sequence and at least one candidate orthogonal codes sequence group, in the embodiment of the present invention, candidate's running time-frequency resource is carried The mode of candidate scramble code sequence and candidate orthogonal codes sequence group has various, preferably, candidate scramble code sequence is, in affiliated sequence letter Cease the sequence generated on the frequency domain direction of corresponding candidate's running time-frequency resource；Candidate orthogonal codes sequence in candidate orthogonal codes sequence group To carry out spread spectrum generation to the candidate scramble code sequence for generating in the time domain direction of the corresponding candidate's running time-frequency resource of affiliated sequence information Sequence, specially：For some OFDM symbol, scrambler sequence is to be generated on the multiple Resource Block comprising the OFDM symbol Sequence, orthogonal code sequence is, time domain side is carried out to the scrambler sequence for generating on the OFDM subcarriers of each Resource Unit To carrying out spread the sequence of generation, that is to say, that for some OFDM symbol, first in the multiple money comprising the OFDM symbol Scrambler sequence is generated in source block, then, time domain direction is carried out to the scrambler sequence on the OFDM subcarriers of each Resource Unit Orthogonal code spread spectrum, wherein, specific generating process to be base station perform.

For example, for some OFDM symbol, scrambler sequence first is generated on the multiple Resource Block comprising the OFDM symbol, Such as, scrambler sequence is generated on all Resource Block on 6, the center in OFDM symbol Resource Block or the carrier wave, then, For the orthogonal code spread spectrum that the scrambler sequence carries out time domain direction.In this embodiment, if the Resource Block comprising the OFDM symbol It is 100 (having a Resource Unit in each Resource Block wherein, in 100 Resource Block for carrying above-mentioned scrambler), then Frequency domain scrambling code sequence length is 100, then, for each resource in 100 Resource Units for carrying above-mentioned scrambler sequence Unit, time domain spread spectrum is carried out with orthogonal code sequence, now, if orthogonal code sequence is the orthogonal code sequence of binary, after spread spectrum Result is that above-mentioned scrambler sequence can account for two OFDM symbols in time domain.

Above-described embodiment is a preferred embodiment, in actual applications, also various methods, and herein no longer one by one Describe in detail.

In the embodiment of the present invention, in step 210, detected at least one candidate's running time-frequency resource determine with least one Candidate scramble code sequence and candidate orthogonal codes sequence group included by the corresponding sequence information of individual candidate's running time-frequency resource, can obtain Actual orthogonal code sequence, or the actual scrambler sequence of selection and reality in actual scrambler sequence and actual orthogonal code sequence group Actual orthogonal code sequence in the orthogonal code sequence group of border.

In the embodiment of the present invention, in step 210, detected at least one candidate's running time-frequency resource determine with least one Candidate scramble code sequence and candidate orthogonal codes sequence group included by the corresponding sequence information of individual candidate's running time-frequency resource, obtain or select The mode of the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group has various, preferably, judging waiting The orthogonal code sequence in the scrambler sequence and orthogonal code sequence group of the base station transmission received on running time-frequency resource is selected, respectively with candidate The candidate orthogonal codes sequence in candidate scramble code sequence and candidate orthogonal codes sequence group included by the corresponding sequence information of running time-frequency resource When the combination of row matches, using the candidate scramble code sequence for matching and candidate orthogonal codes sequence as actual scrambler sequence and reality Orthogonal code sequence.Wherein, scrambler sequence and orthogonal code sequence group that the base station received on candidate's running time-frequency resource sends are judged In orthogonal code sequence, the candidate scramble code sequence included by sequence information corresponding with candidate's running time-frequency resource and candidate are orthogonal respectively When whether the combination of the candidate orthogonal codes sequence in code sequence group matches, maximum likelihood algorithm can be used, can also adopted Use related algorithm.

For example, the two candidate's running time-frequency resources for obtaining or selecting are respectively：When first candidate's running time-frequency resource and the second candidate Frequency resource, the corresponding sequence information of first candidate's running time-frequency resource includes the first scrambler sequence, the second scrambler sequence and a binary Walsh sequences group ({ 1,1 }, { 1, -1 }), the corresponding sequence information of second candidate's running time-frequency resource includes the 3rd scrambler sequence, the 4th Scrambler sequence and a binary Walsh sequences group ({ 1,1 }, { 1, -1 }), then UE is received on first candidate's running time-frequency resource Base station send scrambler sequence and orthogonal code sequence group in orthogonal code sequence, combine with first respectively, second combine, the 3rd group Close and the 4th combination is matched, scrambler sequence and orthogonal code that the base station that UE is received on second candidate's running time-frequency resource sends Orthogonal code sequence in sequence group, combined with the 5th respectively, the 6th combination, the 7th combination and the 8th combination matched, by phase The candidate scramble code sequence and candidate orthogonal codes sequence that the combination of matching includes are orthogonal respectively as actual scrambler sequence and reality Code sequence, wherein, first be combined as (the first scrambler sequence+Walsh sequences { 1,1 }), second be combined as (the first scrambler sequence+ Walsh sequences { 1, -1 }), the 3rd be combined as (the second scrambler sequence+Walsh sequences { 1,1 }), the 4th be combined as (the second scrambler Sequence+Walsh sequences { 1, -1 }), the 5th be combined as (the 3rd scrambler sequence+Walsh sequences { 1,1 }), the 6th be combined as the (the 3rd Scrambler sequence+Walsh sequences { 1, -1 }), the 7th be combined as (the 4th scrambler sequence+Walsh sequences { 1,1 }), the 8th be combined as (the 4th scrambler sequence+Walsh sequences { 1, -1 }).

In the embodiment of the present invention, in a step 220, according at least to the actual scrambler sequence and actual orthogonal code sequence that detect Row determine that the mode of cell ID has various, preferably, true according to the actual scrambler sequence and actual orthogonal code sequence for detecting Determine cell ID, or, according to the actual scrambler sequence, actual orthogonal code sequence that detect, and actual scrambler sequence and reality Actual running time-frequency resource shared by orthogonal code sequence, determines cell ID.

For example, the two actual running time-frequency resources for obtaining or selecting are respectively：First actual running time-frequency resource and second it is actual when Frequency resource, the actual scrambler sequence carried on the first actual running time-frequency resource is 0 and 1, is carried on the second actual running time-frequency resource Actual scrambler sequence be 2 and 3, on each actual running time-frequency resource carry actual orthogonal code sequence group be one group of binary Walsh sequences group ({ 1, -1 }), { 1,1 }), wherein, actual scrambler sequence is to be examined using maximum likelihood from candidate scramble code sequence The candidate scramble code sequence that method of determining and calculating or related algorithm are obtained or selected, actual orthogonal code sequence is to be adopted from candidate orthogonal codes sequence The candidate orthogonal codes sequence for being obtained or being selected with maximum likelihood algorithm or related algorithm, actual running time-frequency resource is above-mentioned reality Scrambler sequence and the candidate's running time-frequency resource where actual orthogonal code sequence, then the confirmable cell IDs of UE be up to 8 kinds, have Body is：(0+ { 1,1 }), (0+ { 1, -1 }), (1+ { 1,1 }), (1+ { 1, -1 }), (2+ { 1,1 }), (2+ { 1, -1 }), (3+ 1, 1 }), (3+ { 1, -1 }).

For example, the two actual running time-frequency resources for obtaining or selecting are respectively：First actual running time-frequency resource and second it is actual when Frequency resource, the actual scrambler sequence carried on the first actual running time-frequency resource is 0 and 1, is carried on the second actual running time-frequency resource Actual scrambler sequence be 0 and 1, on each actual running time-frequency resource carry actual orthogonal code sequence group be one group of binary Walsh sequences group ({ 1, -1 }), { 1,1 }), wherein, actual scrambler sequence is to be examined using maximum likelihood from candidate scramble code sequence The candidate scramble code sequence that method of determining and calculating or related algorithm are obtained or selected, actual orthogonal code sequence is to be adopted from candidate orthogonal codes sequence The candidate orthogonal codes sequence for being obtained or being selected with maximum likelihood algorithm or related algorithm, actual running time-frequency resource is above-mentioned reality Scrambler sequence and the candidate's running time-frequency resource where actual orthogonal code sequence, then the confirmable cell IDs of UE be up to 8 kinds, have Body is：(the first actual running time-frequency resource+0+ { 1,1 }), (the first actual running time-frequency resource+0+ { 1, -1 }), (the first actual running time-frequency resource + 1+ { 1,1 }), (the first actual running time-frequency resource+1+ { 1, -1 }), (the second actual running time-frequency resource+0+ { 1,1 }), (second it is actual when Frequency resource+0+ { 1, -1 }), (the second actual running time-frequency resource+1+ { 1,1 }), (the second actual running time-frequency resource+1+ { 1, -1 }).

It is orthogonal between the mutually orthogonal cell of any two orthogonal code sequence, any two orthogonal code sequence is identical but disturbs It is pseudo-orthogonal between the different cell of code sequence, in the embodiment of the present invention, is designed by orthogonalization, it is dry between reduction cell Disturb, and designed by pseudo- orthogonalization, the reusability of running time-frequency resource is improved in the case where a number of cell ID is provided.

For example, adjacent nearer several cells constitute cell cluster 1, several different neighbor cells constitute cell clusters 2 in addition, Can then make designed using above-mentioned orthogonalization between the cell that cell cluster 1 includes, reduce dry between the cell that cell cluster 1 includes Disturb, orthogonalization design includes the multiple orthogonal code sequences in an orthogonal sequence code character, or, if orthogonal sequence number of codes It is not enough, orthogonal code sequence design can also be carried out with different candidate's running time-frequency resources；The cell that cell cluster 2 can be made to include Between using pseudo- orthogonalization design, the reusability of running time-frequency resource is improved in the case where a number of cell ID is provided.

Further, in the embodiment of the present invention, candidate's running time-frequency resource includes N number of time-frequency child resource, each time-frequency money Source is corresponding with least one candidate orthogonal codes sequence group that the corresponding sequence information of candidate's running time-frequency resource includes respectively, its In, N is the integer more than 1.

For example, candidate's running time-frequency resource is a CSI-RS for 8 antenna ports, and 8 antenna ports CSI-RS Resource includes that between 4 time-frequency child resources, time-frequency child resource be frequency division, and A and B, A as shown in Figure 1 includes 2 time-frequency moneys Source：A1 time-frequencies child resource and A2 time-frequencies child resource (as shown in Figure 1B), B include 2 time-frequency child resources：B1 time-frequencies child resource with B2 time-frequencies child resource (as shown in Figure 1 C).

In the embodiment of the present invention, if candidate's running time-frequency resource includes N number of time-frequency child resource, candidate scramble code sequence is, in sequence The sequence generated on the frequency domain direction of each time-frequency child resource of the corresponding candidate's running time-frequency resource of column information；Candidate orthogonal codes sequence Candidate orthogonal codes sequence in group is, in the time domain side of each time-frequency child resource of the corresponding candidate's running time-frequency resource of sequence information To the candidate scramble code sequence to generating spread the sequence of generation.

Similarly, if candidate's running time-frequency resource include N number of time-frequency child resource, on candidate's running time-frequency resource detect determine with this Candidate scramble code sequence and candidate orthogonal codes sequence group included by the corresponding sequence information of candidate's running time-frequency resource, obtain actual scrambler During actual orthogonal code sequence in sequence and actual orthogonal code sequence group, on each time-frequency child resource of candidate's running time-frequency resource, Candidate scramble code sequence included by detection sequence information corresponding with the time-frequency child resource, obtains actual scrambler sequence, Yi Ji On each time-frequency child resource of candidate's running time-frequency resource, according to time-frequency child resource and the corresponding relation of candidate orthogonal codes sequence group, inspection Corresponding candidate orthogonal codes sequence group is surveyed, the reality obtained in the corresponding actual orthogonal code sequence group of each time-frequency child resource is orthogonal Code sequence.

Further, if candidate's running time-frequency resource includes N number of time-frequency child resource, according at least to the actual scrambler sequence for detecting When row and actual orthogonal code sequence determine cell ID, according at least to the corresponding actual scrambler of each time-frequency child resource for detecting Actual orthogonal code sequence in sequence, and the corresponding actual orthogonal code sequence group of each time-frequency child resource, determines cell ID；Or Person, according at least to the corresponding actual scrambler sequence of each time-frequency child resource, each corresponding reality of time-frequency child resource that detect Actual orthogonal code sequence in orthogonal code sequence group, and actual scrambler sequence and the actual time-frequency shared by actual orthogonal code sequence Child resource, determines cell ID.

The accuracy of the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group is obtained to improve, Reduce complexity, it is possible to reduce the number of the time-frequency child resource that candidate's running time-frequency resource includes, and limit orthogonal code sequence simultaneously The quantity of group.A1 and A2 shown in Figure 1B can be included with the A and B, A shown in Figure 1A, it is also possible to not including any time-frequency Child resource, similarly, B can include the B1 and B2 shown in Fig. 1 C, it is also possible to not including any time-frequency child resource.

Further, in order to reduce the interference between the corresponding cell of the cell ID of determination, and running time-frequency resource is improved Reusability and provide more cell IDs, in the embodiment of the present invention, candidate's running time-frequency resource include the first time-frequency child resource group and Second time-frequency child resource group, wherein, the first time-frequency child resource group and the second time-frequency child resource group include at least one time-frequency respectively It is orthogonal between child resource, and the corresponding candidate orthogonal codes sequence of time-frequency child resource that includes of the first time-frequency child resource group, second It is identical or pseudo- orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that time-frequency child resource group includes, in above-mentioned situation In, by orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that makes the first time-frequency child resource group include, can be with The interference between cell is reduced, by the corresponding candidate orthogonal codes sequence of time-frequency child resource for making the second time-frequency child resource group include It is identical or pseudo- orthogonal between row, the reusability of running time-frequency resource can be improved and more cell IDs are provided.

For example, it is two time-frequency child resources that candidate's running time-frequency resource C shown in Fig. 3 A is divided to, each time-frequency child resource has Two kinds of orthogonal code sequences, then provide 4 kinds of sequence informations altogether, refering to shown in Fig. 3 B, wherein, AP ID 0 and AP ID 3 are carried respectively It is orthogonal between the possible orthogonal code sequence for supplying, i.e. corresponding two orthogonal code sequences of the first time-frequency child resource are identical , corresponding two orthogonal code sequences of the second time-frequency child resource are also identical；What AP ID 0 and AP ID 1 were provided respectively can Can orthogonal code sequence between be not completely orthogonal, i.e., corresponding two orthogonal sequences of first time-frequency child resource are identical , corresponding two orthogonal sequences of second time-frequency child resource are orthogonal, and now, candidate's time-frequency child resource is corresponding disturbs with this Code sequence can be identical, or pseudo-orthogonal, if scrambler sequence is pseudo-orthogonal, even if orthogonal code sequence phase Together, the corresponding reference signal in different districts is also pseudo-orthogonal.Due to AP ID 0 and AP ID 1 provide respectively it is possible just It is not completely orthogonal between friendship sequence code, candidate's running time-frequency resource that above-mentioned time-frequency child resource combines is each other partial orthogonality , compared to the design (AP ID 0 and AP ID 3) of complete orthogonalization, the load-carrying efficiency of cell ID can be improved.In reality Using limitation code word combination mode in, the load-carrying efficiency of cell ID can be improved, repeated no more here.

In order to avoid the false-alarm problem of the corresponding cell detection of cell ID, in the embodiment of the present invention, first group of time-frequency Resource includes all or part of each CSI-RS in the CSI-RS of at least two second antenna ports, second Group time-frequency child resource include the whole of each CSI-RS in the CSI-RS of at least two second antenna ports or Part.

For example, the candidate's running time-frequency resource C and D shown in Fig. 3 A includes 4 time-frequency child resources (being divided with frequency domain) altogether, each Time-frequency child resource all corresponds to one group of binary orthogonal code sequence, and the corresponding sequence informations of candidate's running time-frequency resource C and 4 antenna ports CSI-RS coexisted it is fuzzy, specifically as shown in Figure 3 B, sequence information corresponding with candidate's running time-frequency resource D and 4 antenna ports CSI-RS coexists and does not obscure, specifically as shown in Figure 3 C.For drawing for first group of time-frequency child resource and second group of time-frequency child resource Point, being divided according to 4 antenna port CSI-RSs in Fig. 3 B, i.e., every group time-frequency child resource only includes complete 4 Antenna port CSI-RS, is including in two 4 antenna port CSI-RSs in Fig. 3 C according to every group of time-frequency child resource Each part in each 4 antenna port CSI-RS.In the case of shown in Fig. 3 B, if only one of which cell have sent PCI0 is identified, i.e. the corresponding sequence informations of AP ID 0, and the cell also have sent a CSI-RS (AP for 4 antenna ports ID 2), then UE also will detect that the cell of the AP ID 2 of acquisition when the AP 0 corresponding cells of ID of acquisition are detected, from And, the situation of Fig. 3 A is likely to occur the false-alarm problem of the corresponding cell detection of cell ID；In the case of shown in Fig. 3 C, although 4 antenna port CSI-RSs are configured with, due to when first group of time-frequency child resource and second group of time-frequency child resource is divided, evading The appearance of this orthogonal code sequence combination, it is to avoid the false-alarm problem of the corresponding cell detection of cell ID.Above-described embodiment In, the second antenna port is 4 ports.

Further, in order to keep certain cell ID load-carrying efficiency, and the reusability of running time-frequency resource is improved, the present invention In embodiment, at least two candidate's running time-frequency resources are partially overlapped by each other；And/or, part is heavy each other at least two time-frequency child resources It is folded.

For example, the CSI-RS that candidate's running time-frequency resource is 8 antenna ports is divided into 4 time-frequencies moneys Source, the particular location of 4 time-frequency child resource frequency domains is respectively：{ 0,1 }, { 1,2 }, { 2,3 } and { 3,0 }, the above-mentioned frequency domain for referring to Positional representation be 8 antenna port CSI-RSs frequency domain direction Resource Unit location label, from the above, it can be seen that 1st time-frequency child resource partly overlaps with the 2nd time-frequency child resource, and the 2nd time-frequency child resource and the 3rd time-frequency child resource part are heavy Folded, the 3rd time-frequency child resource partly overlaps with the 4th time-frequency child resource.

It is above-mentioned so that candidate's running time-frequency resource includes 4 time-frequency child resources as an example, in actual applications, candidate's running time-frequency resource can be with Including the time-frequency child resource of more than 4, no longer describe in detail one by one herein.

By above-mentioned, CSI-RS can sequence information corresponding with the cell ID for determining coexist, maintain The current effect of CSI-RS, i.e. CSI measurements etc..Therefore, in the embodiment of the present invention, UE can using actual scrambler sequence with The CSI-RS sent on the time-frequency child resource on actual running time-frequency resource shared by actual orthogonal code sequence group, carries out channel One kind or any combination in status information measurement, synchronization and RRM measurements；That is UE can be using actual scrambler sequence and reality just The CSI-RS sent on the whole time-frequency child resources on the actual running time-frequency resource shared by code sequence group is handed over, channel shape is carried out One kind or any combination in state information measurement, synchronization and RRM measurement, or, using actual scrambler sequence and actual orthogonal code The CSI-RS sent on the few time-frequency child resource on actual running time-frequency resource shared by sequence group, carries out channel status letter One kind or any combination in breath measurement, synchronization and RRM measurements.

In the embodiment of the present invention, UE determine according at least to the actual scrambler sequence that detects and actual orthogonal code sequence it is small After area's mark, following operation is can also carry out：

Cell ID according to determining carries out RRM measurements.

Due to base station, the adjacent time interval for sending sequence information twice is more long on actual running time-frequency resource, and sends out each time Send the transmission density of sequence information larger, so, UE can be obtained with many by one-shot measurement or less pendulous frequency The RRM measurement results of individual cell, therefore, the RRM measurements spent time is reduced, the power of UE is saved, at the same time it can also By making the interference between the corresponding cell ID orthogonalization reduction cell of cell, therefore, also improve the accurate of RRM measurements Property.

In the embodiment of the present invention, if determining cell according at least to the actual scrambler sequence and actual orthogonal code sequence for detecting After mark, actual scrambler sequence and actual orthogonal code sequence Partial sequence information carry cell ID, some sequence letter Without cell ID is carried, then UE determines cell ID to breath according to the actual scrambler sequence and actual orthogonal code sequence that detect The configuration information of respective cell, wherein, etc. the switch of configuration information including respective cell, activation/resting state, transmit power One kind or any combination in level, carrier type and duplexing type.

For example, switch of the configuration information for respective cell, specifically can be by the orthogonal code sequence group in sequence information Orthogonal code sequence indicate, e.g., orthogonal code sequence { 1,1 } is the open instruction of respective cell, orthogonal code sequence { 1, -1 } is The closing of respective cell is indicated；Can also be indicated by different scrambler sequences, e.g., scrambler sequence 0 is opened for respective cell Instruction is opened, scrambler sequence 1 is indicated for the closing of respective cell, can also indicated by candidate's running time-frequency resource position.

UE determines the configuration of cell ID respective cell according to the actual scrambler sequence and actual orthogonal code sequence that detect During information, if information is the switch of respective cell, UE can in time have found that base station will be closed, and gravity treatment is opened to other as early as possible The cell for opening or base station, keep mobility performance, and the power used at the same time it can also close cell transmission sequence information exists Cut when calculating RSSI (received signal strength indicator, Received signal strength indicator), it is ensured that RSRQ The accuracy of (Reference Signal Received Quality, Reference signal received quality) measurement.Above-mentioned is to configure As a example by information is for the switch of respective cell, in actual applications, configuration information also can indicate that other information, such as, and activation/stop Dormancy state, transmission power level, carrier type or duplexing type, and indicating mode is similar to the above, it is no longer detailed one by one herein State.

Wherein, when base station is active, e.g., synchronizing signal, broadcast singal, use can be sent with normal transmission data In the unicast signal of scheduling, and reference signal etc.；Base station in a dormant state when, base station cannot normal transmission data, only send out Send the reference signal of longer cycle that the cell is found and measured for UE.Carrier type is divided into backward compatibility carrier type and new load Ripple type, wherein, new wave-carring type can be divided into the new load that be available for the new wave-carring type of independent access and cannot independently access Ripple type, and cannot be accessed for lowest version UE.

In actual applications, if the candidate's running time-frequency resource of UE direct access at least one, and directly determine at least one wait The corresponding sequence information of running time-frequency resource is selected, the rough position of each candidate's running time-frequency resource is not aware that due to UE, especially frequency domain Position, accordingly, there exist time-consuming more long, less efficient problem, wherein, the rough position of candidate's running time-frequency resource can be by height Layer signaling determination, therefore, further, when obtaining at least one candidate's running time-frequency resource and determine at least one candidate to reduce The time that the corresponding sequence information of frequency resource is consumed, efficiency is improved, UE can detect that synchronizing channel obtains synchronizing sequence, and root According to the running time-frequency resource position where synchronizing sequence and/or synchronizing sequence, the time-frequency location of at least one candidate's running time-frequency resource is obtained, Specially：UE can obtain the center bin position of current institute's detected carrier after detection synchronizing channel obtains synchronizing sequence With rough timing information, then, according to timing information, the time-frequency location of at least one candidate's running time-frequency resource is obtained.

UE can also according to the synchronizing information, the actual scrambler sequence and actual orthogonal code sequence that detect for obtaining, it is determined that Cell ID；Or, according to the synchronizing sequence for obtaining, determine the channel-estimation information of candidate scramble code and/or candidate orthogonal codes, its In, if candidate's running time-frequency resource includes N number of time-frequency child resource, UE is according to the synchronizing information for obtaining, the actual scrambler sequence for detecting And actual orthogonal code sequence, when determining cell ID, according to the synchronizing information for obtaining, each the time-frequency child resource for detecting correspondence Actual scrambler sequence, and the actual orthogonal code sequence in the corresponding actual orthogonal code sequence group of each time-frequency child resource, it is determined that Cell ID.

Refering to shown in Fig. 4, in the embodiment of the present invention, the detailed process that information sends is as follows：

Embodiment two：

Step 400：At least one candidate's running time-frequency resource is obtained, and determines that at least one candidate's running time-frequency resource is corresponding respectively Sequence information, wherein, sequence information includes at least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group；

Step 410：Actual running time-frequency resource, corresponding from actual running time-frequency resource is determined from least one candidate's running time-frequency resource Determine respectively at least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group included by sequence information actual Scrambler sequence and actual orthogonal code sequence；

Step 420：On actual running time-frequency resource, actual scrambler sequence and actual orthogonal code sequence are sent to user equipment (UE) Row, make UE determine cell ID according at least to actual scrambler sequence and actual orthogonal code sequence.

In the embodiment of the present invention, in step 400, the type of candidate's running time-frequency resource that base station obtains has various, preferably, Candidate's running time-frequency resource is at least one CSI-RS of first antenna port；Or, candidate's running time-frequency resource is at least two SSS The OFDM symbol at place.

Wherein, when candidate's running time-frequency resource is at least one CSI-RS of first antenna port, due to the 8 of first antenna port The Resource Unit of the CSI-RS of antenna port at most, it is therefore advantageous to, candidate's running time-frequency resource be first antenna port extremely Few 8 antenna port CSI-RSs.In actual applications, different districts can select 8 different antenna port CSI-RS Resource, so, the reference signal of different districts can realize interference coordination, enhance the detection performance of reference signal, and may be used also To be multiplexed the resource location of existing CSI-RS, simplify system design and implementation complexity.

One preferred embodiment of above-mentioned simply candidate's running time-frequency resource type, in actual applications, candidate's running time-frequency resource For that can also be the CSI-RS of other antenna ports (such as 4 antenna ports or less antenna port number), can also be, OFDM symbol where at least two SSS.

In the embodiment of the present invention, in step 400, at least one candidate's running time-frequency resource that base station obtains can be a son The different running time-frequency resources of frame in, for example, 8 different antenna port CSI-RSs of a sub- frame in；Can also be different subframes Interior running time-frequency resource, for example, 8 antenna port CSI-RSs of 8 antenna port CSI-RSs of subframe 1 and subframe 2.

In the embodiment of the present invention, in step 400, base station obtains at least one candidate's running time-frequency resource to be had by the way of It is various, for example, at least one candidate's running time-frequency resource can be prestored in a base station.

Similarly, in step 400, base station determines that the mode of the corresponding sequence information of at least one candidate's running time-frequency resource also has It is various, for example, prestoring the corresponding sequence information of at least one candidate's running time-frequency resource in a base station.

In the embodiment of the present invention, the type of candidate scramble code sequence has various, preferably, being pseudo-random sequence, or is puppet The initialization sequence of random sequence, or be the initiation parameter in initialization sequence, wherein, candidate scramble code sequence is pseudorandom Can be M sequence, or Gold sequence during sequence.

For example, when Gold sequence is shown in the above-mentioned formula one for referring to, then candidate scramble code sequence can be formula one, also may be used Think the initialization sequence of Gold sequence, i.e., the above-mentioned formula two for referring to can also be the initiation parameter in initialization sequence, I.e.

In the embodiment of the present invention, the type of candidate orthogonal codes sequence group also has various, preferably, candidate orthogonal codes sequence group It is Walsh sequence groups.

For example, Walsh sequences group for binary sequence group, including two orthogonal code sequences be respectively { 1,1 } and 1 ,- 1 }, candidate orthogonal codes sequence group is ({ 1,1 }, { 1, -1 })；Walsh sequences group for quaternary sequence group, including four it is orthogonal Code sequence is respectively { 1,1,1,1 }, { 1,1, -1, -1 }, { 1, -1,1, -1 } and { 1, -1, -1,1 }, and candidate orthogonal codes sequence group is ({ 1,1,1,1 }, { 1,1, -1, -1 }, { 1, -1,1, -1 } and { 1, -1, -1,1 }).

In the embodiment of the present invention, Walsh sequences group can be binary code character, or quaternary code character, can also be eight First code character, wherein, any two Walsh sequences group can be the sequence group of identical dimensional, or the sequence of different dimensions Group, for example, the corresponding Walsh sequences group of candidate's running time-frequency resource is binary code character, another candidate's running time-frequency resource is corresponding Walsh sequences group is quaternary code character.

Because each candidate's running time-frequency resource corresponds to sequence information, and sequence information includes at least one candidate scramble code sequence Row and at least one candidate orthogonal codes sequence group, therefore, carry at least one candidate scramble code on each candidate's running time-frequency resource Sequence and at least one candidate orthogonal codes sequence group, in the embodiment of the present invention, candidate's running time-frequency resource carry candidate scramble code sequence and The mode of candidate orthogonal codes sequence group has various, preferably, generating actual scrambler sequence on the frequency domain direction of actual running time-frequency resource Row；Time domain direction on actual running time-frequency resource, the actual scrambler sequence to generating is spread with actual orthogonal code sequence.Tool Body is：For some OFDM symbol, scrambler sequence first is generated on the multiple Resource Block comprising the OFDM symbol, it is then, right Scrambler sequence on the OFDM subcarriers of each Resource Unit carries out the orthogonal code spread spectrum in time domain direction.

For example, for some OFDM symbol, scrambler sequence first is generated on the multiple Resource Block comprising the OFDM symbol, Such as, scrambler sequence is generated on all Resource Block on 6, the center in OFDM symbol Resource Block or the carrier wave, then, For the orthogonal code spread spectrum that the scrambler sequence carries out time domain direction.In this embodiment, if the Resource Block comprising the OFDM symbol It is 100 (having a Resource Unit in each Resource Block wherein, in 100 Resource Block for carrying above-mentioned scrambler), then Frequency domain scrambling code sequence length is 100, then, for each resource in 100 Resource Units for carrying above-mentioned scrambler sequence Unit, time domain spread spectrum is carried out with orthogonal code sequence, now, if orthogonal code sequence is the orthogonal code sequence of binary, after spread spectrum Result is that above-mentioned scrambler sequence can account for two OFDM symbols in time domain.

Above-described embodiment is a preferred embodiment, in actual applications, also various methods, and herein no longer one by one Describe in detail.

In the embodiment of the present invention, at step 420, make UE true according at least to actual scrambler sequence and actual orthogonal code sequence Determining the mode of cell ID has various, preferably, making UE according to actual scrambler sequence and actual orthogonal code sequence, determines cell mark Know；Or, UE is made according to actual scrambler sequence, actual orthogonal code sequence, and actual scrambler sequence and actual orthogonal code sequence institute The actual running time-frequency resource for taking, determines cell ID.

For example, the two actual running time-frequency resources for obtaining are respectively：First actual running time-frequency resource and the second actual running time-frequency resource, The actual scrambler sequence carried on the first actual running time-frequency resource is 0 and 1, and what is carried on the second actual running time-frequency resource actually disturbs Code sequence is 2 and 3, and the actual orthogonal code sequence group carried on each actual running time-frequency resource is one group of binary Walsh sequence Group ({ 1, -1 }), { 1,1 }), then base station makes the cell ID that UE determines be up to 8 kinds, specially：(0+ { 1,1 }), (0+ 1 ,- 1 }), (1+ { 1,1 }), (1+ { 1, -1 }), (2+ { 1,1 }), (2+ { 1, -1 }), (3+ { 1,1 }), (3+ { 1, -1 }).

For example, the two actual running time-frequency resources for obtaining are respectively：First actual running time-frequency resource and the second actual running time-frequency resource, The actual scrambler sequence carried on the first actual running time-frequency resource is 0 and 1, and what is carried on the second actual running time-frequency resource actually disturbs Code sequence is 0 and 1, and the actual orthogonal code sequence group carried on each actual running time-frequency resource is one group of binary Walsh sequence Group ({ 1, -1 }), { 1,1 }), then base station makes the cell ID that UE determines be up to 8 kinds, specially：(the first actual running time-frequency resource+ 0+ { 1,1 }), (the first actual running time-frequency resource+0+ { 1, -1 }), (the first actual running time-frequency resource+1+ { 1,1 }), (the first actual time-frequency Resource+1+ { 1, -1 }), (the second actual running time-frequency resource+0+ { 1,1 }), (the second actual running time-frequency resource+0+ { 1, -1 }), (second is real Border running time-frequency resource+1+ { 1,1 }), (the second actual running time-frequency resource+1+ { 1, -1 }).

It is orthogonal between the mutually orthogonal cell of any two orthogonal code sequence, any two orthogonal code sequence is identical but disturbs It is pseudo-orthogonal between the different cell of code sequence, in the embodiment of the present invention, is designed by orthogonalization, it is dry between reduction cell Disturb, and designed by pseudo- orthogonalization, the reusability of running time-frequency resource is improved in the case where a number of cell ID is provided.

For example, adjacent nearer several cells constitute cell cluster 1, several different neighbor cells constitute cell clusters 2 in addition, Can then make designed using above-mentioned orthogonalization between the cell that cell cluster 1 includes, reduce dry between the cell that cell cluster 1 includes Disturb, orthogonalization design includes the multiple orthogonal code sequences in an orthogonal sequence code character, or, if orthogonal sequence number of codes It is not enough, orthogonal code sequence design can also be carried out with different candidate's running time-frequency resources；The cell that cell cluster 2 can be made to include Between using pseudo- orthogonalization design, the reusability of running time-frequency resource is improved in the case where a number of cell ID is provided.

Further, in the embodiment of the present invention, candidate's running time-frequency resource includes N number of time-frequency child resource, each time-frequency money Source is corresponding with least one candidate orthogonal codes sequence group that the corresponding sequence information of candidate's running time-frequency resource includes respectively, its In, N is the integer more than 1.

For example, candidate's running time-frequency resource is a CSI-RS for 8 antenna ports, and 8 antenna ports CSI-RS Resource includes that between 4 time-frequency child resources, time-frequency child resource be frequency division, and A and B, A as shown in Figure 1 includes 2 time-frequency moneys Source：A1 time-frequencies child resource and A2 time-frequencies child resource (as shown in Figure 1B), B include 2 time-frequency child resources：B1 time-frequencies child resource with B2 time-frequencies child resource (as shown in Figure 1 C).

In the embodiment of the present invention, if candidate's running time-frequency resource includes N number of time-frequency child resource, base station is in actual running time-frequency resource Each time-frequency child resource frequency domain direction on, corresponding with each time-frequency child resource actual scrambler sequence is generated respectively；In reality On the time domain direction of each the time-frequency child resource in the running time-frequency resource of border, to generation, time-frequency child resource is corresponding actually disturbs with each Code sequence, is spread respectively with actual orthogonal code sequence corresponding with each time-frequency child resource.

Similarly, if candidate's running time-frequency resource includes N number of time-frequency child resource, base station sends on actual running time-frequency resource to UE When actual scrambler sequence and actual orthogonal code sequence, sent and real to UE on each the time-frequency child resource in actual running time-frequency resource In the corresponding actual scrambler sequence of border running time-frequency resource, and each time-frequency child resource in actual running time-frequency resource, according to time-frequency The corresponding relation of child resource and actual orthogonal code sequence group, in transmission actual orthogonal code sequence group corresponding with time-frequency child resource Actual orthogonal code sequence.

Further, if candidate's running time-frequency resource includes N number of time-frequency child resource, base station makes UE according at least to actual scrambler sequence Row and actual orthogonal code sequence be when determining cell ID, makes UE according to the corresponding actual scrambler sequence of each time-frequency child resource and often The corresponding actual orthogonal code sequence of individual time-frequency child resource, determines cell ID；Or, UE is made according to each time-frequency child resource correspondence Actual scrambler sequence, the corresponding actual orthogonal code sequence of each time-frequency child resource, and actual scrambler sequence and actual orthogonal code Actual running time-frequency resource shared by sequence, determines cell ID.

The accuracy of the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group is determined to improve, Reduce complexity, it is possible to reduce the number of the time-frequency child resource that candidate's running time-frequency resource includes, and limit orthogonal code sequence simultaneously The quantity of group.

Further, in order to reduce the interference between the corresponding cell of the cell ID of determination, and running time-frequency resource is improved Reusability and provide more cell IDs, in the embodiment of the present invention, candidate's running time-frequency resource include the first time-frequency child resource group and Second time-frequency child resource group, wherein, the first time-frequency child resource group and the second time-frequency child resource group include at least one time-frequency respectively It is orthogonal between child resource, and the corresponding candidate orthogonal codes sequence of time-frequency child resource that includes of the first time-frequency child resource group, second It is identical or pseudo- orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that time-frequency child resource group includes, in above-mentioned situation In, by orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that makes the first time-frequency child resource group include, can be with The interference between cell is reduced, by the corresponding candidate orthogonal codes sequence of time-frequency child resource for making the second time-frequency child resource group include It is identical or pseudo- orthogonal between row, the reusability of running time-frequency resource can be improved and more cell IDs are provided.

For example, it is two time-frequency child resources that candidate's running time-frequency resource C shown in Fig. 3 A is divided to, each time-frequency child resource has Two kinds of orthogonal code sequences, then provide 4 kinds of sequence informations altogether, refering to shown in Fig. 3 B, wherein, AP ID 0 and AP ID 3 are carried respectively It is orthogonal between the possible orthogonal code sequence for supplying, i.e. corresponding two orthogonal code sequences of the first time-frequency child resource are identical , corresponding two orthogonal code sequences of the second time-frequency child resource are also identical；What AP ID 0 and AP ID 1 were provided respectively can Can orthogonal code sequence between be not completely orthogonal, i.e., corresponding two orthogonal sequences of first time-frequency child resource are identical , corresponding two orthogonal sequences of second time-frequency child resource are orthogonal, and now, candidate's time-frequency child resource is corresponding disturbs with this Code sequence can be identical, or pseudo-orthogonal, if scrambler sequence is pseudo-orthogonal, even if orthogonal code sequence phase Together, the corresponding reference signal in different districts is also pseudo-orthogonal.Due to AP ID 0 and AP ID 1 provide respectively it is possible just It is not completely orthogonal between friendship sequence code, candidate's running time-frequency resource that above-mentioned time-frequency child resource combines is each other partial orthogonality , compared to the design (AP ID 0 and AP ID 3) of complete orthogonalization, the load-carrying efficiency of cell ID can be improved.In reality Using limitation code word combination mode in, the load-carrying efficiency of cell ID can be improved, repeated no more here.

In order to avoid the false-alarm problem of the corresponding cell detection of cell ID, in the embodiment of the present invention, first group of time-frequency Resource includes all or part of each CSI-RS in the CSI-RS of at least two second antenna ports, second Group time-frequency child resource include the whole of each CSI-RS in the CSI-RS of at least two second antenna ports or Part.

For example, the candidate's running time-frequency resource C and D shown in Fig. 3 A includes 4 time-frequency child resources (being divided with frequency domain) altogether, each Time-frequency child resource all corresponds to one group of binary orthogonal code sequence, and the corresponding sequence informations of candidate's running time-frequency resource C and 4 antenna ports CSI-RS coexisted it is fuzzy, specifically as shown in Figure 3 B, sequence information corresponding with candidate's running time-frequency resource D and 4 antenna ports CSI-RS coexists and does not obscure, specifically as shown in Figure 3 C.For drawing for first group of time-frequency child resource and second group of time-frequency child resource Point, being divided according to 4 antenna port CSI-RSs in Fig. 3 B, i.e., every group time-frequency child resource only includes complete 4 Antenna port CSI-RS, is including in two 4 antenna port CSI-RSs in Fig. 3 C according to every group of time-frequency child resource Each part in each 4 antenna port CSI-RS.In the case of shown in Fig. 3 B, if only one of which cell have sent PCI0 is identified, i.e. the corresponding sequence informations of AP ID 0, and the cell also have sent a CSI-RS (AP for 4 antenna ports ID 2), then UE also will detect that the cell of the AP ID 2 of acquisition when the AP 0 corresponding cells of ID of acquisition are detected, from And, the situation of Fig. 3 A is likely to occur the false-alarm problem of the corresponding cell detection of cell ID；In the case of shown in Fig. 3 C, although 4 antenna port CSI-RSs are configured with, due to when first group of time-frequency child resource and second group of time-frequency child resource is divided, evading The appearance of this orthogonal code sequence combination, it is to avoid the false-alarm problem of the corresponding cell detection of cell ID.Above-described embodiment In, the second antenna port is 4 ports.

Further, in order to keep certain cell ID load-carrying efficiency, and the reusability of running time-frequency resource is improved, the present invention In embodiment, at least two candidate's running time-frequency resources are partially overlapped by each other；And/or, part is heavy each other at least two time-frequency child resources It is folded.

For example, the CSI-RS that candidate's running time-frequency resource is 8 antenna ports is divided into 4 time-frequencies moneys Source, the particular location of 4 time-frequency child resource frequency domains is respectively：{ 0,1 }, { 1,2 }, { 2,3 } and { 3,0 }, the above-mentioned frequency domain for referring to Positional representation be 8 antenna port CSI-RSs frequency domain direction Resource Unit location label, from the above, it can be seen that 1st time-frequency child resource partly overlaps with the 2nd time-frequency child resource, and the 2nd time-frequency child resource and the 3rd time-frequency child resource part are heavy Folded, the 3rd time-frequency child resource partly overlaps with the 4th time-frequency child resource.

In the embodiment of the present invention, if after making UE determine cell ID according to actual scrambler sequence and actual orthogonal code sequence, Actual scrambler sequence and actual orthogonal code sequence Partial sequence information carry cell ID, and some sequence information does not hold Cell ID is carried, then further makes UE determine cell ID respective cell according to actual scrambler sequence and actual orthogonal code sequence Configuration information, wherein, configuration information includes switch, activation/resting state, transmission power level, the carrier type of respective cell And one kind or any combination in duplexing type.

For example, activation/resting state of the configuration information for respective cell, specifically can be by the orthogonal code in sequence information Orthogonal code sequence in sequence group is indicated, and e.g., orthogonal code sequence { 1,1 } is that the state of activation of respective cell is indicated, orthogonal code Sequence { 1, -1 } is indicated for the resting state of respective cell；Can also be indicated by different scrambler sequences, e.g., scrambler sequence 0 for respective cell state of activation indicate, scrambler sequence 1 for respective cell resting state indicate, can also by candidate when Frequency resource location is indicated.

Base station makes UE according to actual scrambler sequence and actual orthogonal code sequence, determine cell ID respective cell with confidence During breath, if information is the switch of respective cell, UE can in time have found that base station will be closed, and gravity treatment is opened to other as early as possible Cell or base station, keep mobility performance, send the power that is used of sequence information in meter at the same time it can also cell will be closed Cut when calculating RSSI, it is ensured that the accuracy of RSRQ measurements.It is above-mentioned be switch with configuration information as respective cell as a example by, in reality In, configuration information also can indicate that other information, such as, activation/resting state, transmission power level, carrier type or Person's duplexing type, and indicating mode is similar to the above, no longer describes in detail one by one herein.

Wherein, when base station is active, e.g., synchronizing signal, broadcast singal, use can be sent with normal transmission data In the unicast signal of scheduling, and reference signal etc.；Base station in a dormant state when, base station cannot normal transmission data, only send out Send the reference signal of longer cycle that the cell is found and measured for UE.Carrier type is divided into backward compatibility carrier type and new load Ripple type, wherein, new wave-carring type can be divided into the new load that be available for the new wave-carring type of independent access and cannot independently access Ripple type, and cannot be accessed for lowest version UE.

In actual applications, if the candidate's running time-frequency resource of UE direct access at least one, and directly determine at least one wait The corresponding sequence information of running time-frequency resource is selected, the rough position of each candidate's running time-frequency resource is not aware that due to UE, especially frequency domain Position, accordingly, there exist time-consuming more long, less efficient problem, wherein, the rough position of candidate's running time-frequency resource can be by height Layer signaling determination, therefore, further, when obtaining at least one candidate's running time-frequency resource and determine at least one candidate to reduce The time that the corresponding sequence information of frequency resource is consumed, efficiency is improved, UE can detect that synchronizing channel obtains synchronizing sequence, and root According to the running time-frequency resource position where synchronizing sequence and/or synchronizing sequence, the time-frequency location of at least one candidate's running time-frequency resource is obtained, Specially：UE can obtain the center bin position of current institute's detected carrier after detection synchronizing channel obtains synchronizing sequence With rough timing information, then, according to timing information, the time-frequency location of at least one candidate's running time-frequency resource is obtained.

Base station can also make UE according to the synchronizing information for receiving, the actual scrambler sequence for receiving and actual orthogonal code sequence Row, determine cell ID；Or, base station makes UE according to the synchronizing sequence for receiving, and determines candidate scramble code and/or candidate orthogonal codes Channel-estimation information, wherein, if candidate's running time-frequency resource include N number of time-frequency child resource, base station makes UE according to the synchronization for receiving Information, actual scrambler sequence and actual orthogonal code sequence, when determining cell ID, base station makes UE according to the synchronization letter for receiving In breath, the corresponding actual scrambler sequence of each time-frequency child resource, and the corresponding actual orthogonal code sequence group of each time-frequency child resource Actual orthogonal code sequence, determine cell ID.

As shown in figure 5, UE provided in an embodiment of the present invention includes：First determining unit 500, waits for obtaining at least one Running time-frequency resource is selected, and determines the corresponding sequence information of at least one candidate's running time-frequency resource respectively, wherein, sequence information is included at least One candidate scramble code sequence and at least one candidate orthogonal codes sequence group；Detection unit 510, at least one candidate's time-frequency The candidate scramble code sequence and time included by the sequence information corresponding with least one candidate's running time-frequency resource for determining are detected in resource Orthogonal code sequence group is selected, the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group is obtained；Second determines Unit 520, for determining cell ID according at least to the actual scrambler sequence and actual orthogonal code sequence that detect.

Preferably, candidate's running time-frequency resource that the first determining unit 500 is obtained is at least one channel of first antenna port State information reference signals CSI-RS；Or, candidate's running time-frequency resource that the first determining unit 500 is obtained is auxiliary at least two Orthogonal frequency division multiplex OFDM symbol where synchronizing signal SSS.

Preferably, at least one candidate's running time-frequency resource that the first determining unit 500 is obtained be sub- frame in it is different when Frequency resource；Or, at least one candidate's running time-frequency resource that the first determining unit 500 is obtained is the running time-frequency resource in different subframes.

Preferably, the candidate's running time-frequency resource of acquisition at least one that the first determining unit 500 is obtained, specifically includes：Deposit in advance Store up at least one candidate's running time-frequency resource；Or, the signaling sent according to the base station for receiving obtains at least one candidate's time-frequency money Source.

Similarly, the corresponding sequence information of the candidate's running time-frequency resource of determination at least one that the first determining unit 500 is obtained, specifically Including：Prestore the corresponding sequence information of at least one candidate's running time-frequency resource；Or, according to the letter that the base station for receiving sends Order obtains the corresponding sequence information of at least one candidate's running time-frequency resource.

Preferably, the candidate scramble code sequence that the first determining unit 500 determines is pseudo-random sequence, or pseudo-random sequence Initialization sequence；The candidate orthogonal codes sequence group that first determining unit 500 determines is Walsh Walsh sequence groups.

In the embodiment of the present invention, the candidate scramble code sequence that includes of sequence information that determines for the first determining unit 500 and Candidate orthogonal codes sequence group, candidate scramble code sequence is to be generated on the frequency domain direction of the corresponding candidate's running time-frequency resource of sequence information Sequence；Candidate orthogonal codes sequence in candidate orthogonal codes sequence group is, in the time domain direction of candidate's running time-frequency resource to generation Candidate scramble code sequence spread the sequence of generation.

Preferably, detection unit 510 specifically for：The scrambler that the base station that judgement is received on candidate's running time-frequency resource sends Orthogonal code sequence in sequence and orthogonal code sequence group, the respectively candidate included by sequence information corresponding with candidate's running time-frequency resource When candidate orthogonal codes sequence in scrambler sequence and candidate orthogonal codes sequence group matches, by the candidate scramble code sequence for matching and Candidate orthogonal codes sequence is used as actual scrambler sequence and actual orthogonal code sequence.

Wherein it is determined that when unit determines cell ID, according to the actual scrambler sequence, actual orthogonal code sequence that detect, Determine cell ID；Or, according to the actual scrambler sequence, actual orthogonal code sequence that detect, and actual scrambler sequence and reality Actual running time-frequency resource shared by the orthogonal code sequence of border, determines cell ID.

Further, the first determining unit 500 determine candidate's running time-frequency resource include N number of time-frequency child resource, each when The frequency child resource at least one candidate orthogonal codes sequence group phase that sequence information corresponding with candidate's running time-frequency resource includes respectively Correspondence, wherein, N is the integer more than 35.

Preferably, the candidate scramble code sequence that the first determining unit 500 determines is, in the corresponding candidate's time-frequency money of sequence information The sequence generated on the frequency domain direction of each time-frequency child resource in source；The candidate orthogonal codes sequence that first determining unit 500 determines Candidate orthogonal codes sequence in group is, in the time domain side of each time-frequency child resource of the corresponding candidate's running time-frequency resource of sequence information To the candidate scramble code sequence to generating spread the sequence of generation.

Preferably, detection unit 510 specifically for：On each time-frequency child resource of candidate's running time-frequency resource, detect and be somebody's turn to do Candidate scramble code sequence included by the corresponding sequence information of time-frequency child resource, obtains actual scrambler sequence, and in candidate's time-frequency On each time-frequency child resource of resource, according to time-frequency child resource and the corresponding relation of candidate orthogonal codes sequence group, detect corresponding Candidate orthogonal codes sequence group, obtains the actual orthogonal code sequence in the corresponding actual orthogonal code sequence group of each time-frequency child resource.

Preferably, determining unit specifically for：According to the corresponding actual scrambler sequence of each time-frequency child resource for detecting, Actual orthogonal code sequence in actual orthogonal code sequence group corresponding with each time-frequency child resource, determines cell ID；Or, root According to the corresponding actual scrambler sequence of each time-frequency child resource, the corresponding actual orthogonal code sequence of each time-frequency child resource that detect Actual orthogonal code sequence in group, and actual scrambler sequence and the actual running time-frequency resource shared by actual orthogonal code sequence, it is determined that Cell ID.

Further, candidate's running time-frequency resource that the first determining unit 500 is obtained includes the first time-frequency child resource group and second Time-frequency child resource group, wherein, the first time-frequency child resource group and the second time-frequency child resource group include at least one time-frequency money respectively Orthogonal, the second time-frequency between source, and the corresponding candidate orthogonal codes sequence of time-frequency child resource that includes of the first time-frequency child resource group It is identical or pseudo- orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that child resource group includes.

Preferably, each in CSI-RS of first group of time-frequency child resource including at least two second antenna ports The all or part of CSI-RS, second group of time-frequency child resource is included in the CSI-RS of at least two second antenna ports Each CSI-RS all or part.

Preferably, at least two candidate's running time-frequency resources that the first determining unit 500 is obtained are partially overlapped by each other；And/or, extremely Few two time-frequency child resources are partially overlapped by each other.

Further, also including communication unit 530, the communication unit 530 is specifically for using actual scrambler sequence and reality The CSI-RS sent on the time-frequency child resource on actual running time-frequency resource shared by the orthogonal code sequence group of border, carries out channel status letter One kind or any combination in breath measurement, synchronization and RRM RRM measurements.

Further, determining unit specifically for：According to the actual scrambler sequence that detects and actual orthogonal code sequence, really Determine the configuration information of cell ID respective cell, wherein, configuration information includes switch, activation/resting state, the hair of respective cell Send the one kind or any combination in power grade, carrier type and duplexing type.

Further, acquiring unit is additionally operable to：Detection synchronizing channel obtains synchronizing sequence；According to synchronizing sequence and/or together Running time-frequency resource position where step sequence, obtains the time-frequency location of at least one candidate's running time-frequency resource；Or, it is same according to what is obtained Step information, the actual scrambler sequence for detecting and actual orthogonal code sequence, determine cell ID；Or, according to the synchronization for obtaining Sequence, determines the channel-estimation information of candidate scramble code and/or candidate orthogonal codes.

As shown in fig. 6, base station provided in an embodiment of the present invention includes：First acquisition unit 600, for obtaining at least one Candidate's running time-frequency resource, and the corresponding sequence information of at least one candidate's running time-frequency resource is determined respectively, wherein, sequence information is included extremely Few a candidate scramble code sequence and at least one candidate orthogonal codes sequence group；Second acquisition unit 610, for obtaining single from first Actual running time-frequency resource is determined at least one candidate's running time-frequency resource that unit 600 obtains, is believed from the corresponding sequence of actual running time-frequency resource Actual scrambler sequence is determined respectively at least one included candidate scramble code sequence of breath and at least one candidate orthogonal codes sequence group Row and actual orthogonal code sequence；Transmitting element 620, for the actual running time-frequency resource determined in second acquisition unit 610, Xiang Yong Family equipment UE sends the actual scrambler sequence and actual orthogonal code sequence that second acquisition unit 610 determines, makes UE according at least to reality Border scrambler sequence and actual orthogonal code sequence determine cell ID.

Preferably, candidate's running time-frequency resource that first acquisition unit 600 is obtained is at least one channel of first antenna port State information reference signals CSI-RS；Or, candidate's running time-frequency resource that first acquisition unit 600 is obtained is auxiliary at least two Orthogonal frequency division multiplex OFDM symbol where synchronizing signal SSS.

Preferably, at least one candidate's running time-frequency resource that first acquisition unit 600 is obtained be sub- frame in it is different when Frequency resource；Or, at least one candidate's running time-frequency resource that first acquisition unit 600 is obtained is the running time-frequency resource in different subframes.

Preferably, the candidate scramble code sequence that first acquisition unit 600 determines is pseudo-random sequence, or pseudo-random sequence Initialization sequence；The candidate orthogonal codes sequence group that first acquisition unit 600 determines is Walsh Walsh sequence groups.

Wherein, the actual scrambler sequence and actual orthogonal code sequence for determining for second acquisition unit 610, in actual time-frequency Actual scrambler sequence is generated on the frequency domain direction of resource；Time domain direction on actual running time-frequency resource, to the actual scrambler for generating Sequence is spread with actual orthogonal code sequence.

In the embodiment of the present invention, when transmitting element 620 removes to determine cell ID, UE is made according to actual scrambler sequence and reality Orthogonal code sequence, determines cell ID；Or, UE is made according to actual scrambler sequence, actual orthogonal code sequence, and actual scrambler sequence Actual running time-frequency resource shared by row and actual orthogonal code sequence, determines cell ID.

Further, first acquisition unit 600 obtain candidate's running time-frequency resource include N number of time-frequency child resource, each when The frequency child resource at least one candidate orthogonal codes sequence group phase that sequence information corresponding with candidate's running time-frequency resource includes respectively Correspondence, wherein, N is the integer more than 1.

Preferably, on the frequency domain direction of each time-frequency child resource in actual running time-frequency resource, when generation is with each respectively The corresponding actual scrambler sequence of frequency child resource；On the time domain direction of each the time-frequency child resource in actual running time-frequency resource, opposite Into actual scrambler sequence corresponding with each time-frequency child resource, with actual orthogonal code sequence corresponding with each time-frequency child resource Spread respectively.

Preferably, transmitting element 620 specifically for：Sent to UE on each time-frequency child resource in actual running time-frequency resource In actual scrambler sequence corresponding with actual running time-frequency resource, and each time-frequency child resource in actual running time-frequency resource, according to Time-frequency child resource and the corresponding relation of actual orthogonal code sequence group, send actual orthogonal code sequence group corresponding with time-frequency child resource In actual orthogonal code sequence.

Preferably, transmitting element 620 specifically for：Make UE according to the corresponding actual scrambler sequence of each time-frequency child resource and The corresponding actual orthogonal code sequence of each time-frequency child resource, determines cell ID；Or, UE is made according to each time-frequency child resource pair Actual scrambler sequence, the corresponding actual orthogonal code sequence of each time-frequency child resource answered, and actual scrambler sequence are orthogonal with actual Actual running time-frequency resource shared by code sequence, determines cell ID.

Further, candidate's running time-frequency resource that first acquisition unit 600 is obtained includes the first time-frequency child resource group and second Time-frequency child resource group, wherein, the first time-frequency child resource group and the second time-frequency child resource group include at least one time-frequency money respectively Orthogonal, the second time-frequency between source, and the corresponding candidate orthogonal codes sequence of time-frequency child resource that includes of the first time-frequency child resource group It is identical or pseudo- orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that child resource group includes.

Preferably, each in CSI-RS of first group of time-frequency child resource including at least two second antenna ports The all or part of CSI-RS, second group of time-frequency child resource is included in the CSI-RS of at least two second antenna ports Each CSI-RS all or part.

Preferably, at least two candidate's running time-frequency resources that first acquisition unit 600 is obtained are partially overlapped by each other；And/or, the At least two time-frequency child resources that one acquiring unit 600 is obtained are partially overlapped by each other.

Further, transmitting element 620 is additionally operable to：UE is made to be determined according to actual scrambler sequence and actual orthogonal code sequence small Area identifies the configuration information of respective cell, wherein, configuration information includes switch, activation/resting state, the transmission work(of respective cell One kind or any combination in rate grade, carrier type and duplexing type.

Further, first acquisition unit 600 is additionally operable to：Synchronizing sequence is sent on a sync channel；UE is made according to synchronization Running time-frequency resource position where sequence and/or synchronizing sequence, obtains the time-frequency location of at least one candidate's running time-frequency resource；Or, Make UE according to the synchronizing information for obtaining, the actual scrambler sequence and actual orthogonal code sequence that detect, determine cell ID；Or Person, makes UE according to the synchronizing sequence for obtaining, and determines the channel-estimation information of candidate scramble code and/or candidate orthogonal codes.

In sum, in the embodiment of the present invention, a kind of method for proposing infomation detection and transmission, wherein, a kind of information inspection The method of survey is：At least one candidate's running time-frequency resource is obtained, and determines the corresponding sequence of at least one candidate's running time-frequency resource respectively Information, wherein, sequence information includes at least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group；At least one Detect that the candidate included by the sequence information corresponding with least one candidate's running time-frequency resource for determining disturbs on individual candidate's running time-frequency resource Code sequence and candidate orthogonal codes sequence group, obtain the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group Row；Cell ID is determined according at least to the actual scrambler sequence and actual orthogonal code sequence for detecting, so, due to each time Select the optional position that running time-frequency resource can be carrier center, it might even be possible to be not limited in 6 Resource Block of carrier center, then appoint The possibility that two candidate's running time-frequency resources of meaning are overlapped is smaller, then between the signal for being sent on any two candidate's running time-frequency resource Interference is smaller, therefore, reduce interference when UE detects actual scrambler sequence and actual orthogonal code sequence, shorten UE determine it is small Required time when area identifies, improve the efficiency for determining cell ID, and the cell ID determined accuracy, together When, cell ID is determined by the actually detected scrambler sequence for arriving and orthogonal code sequence, and scrambler sequence and orthogonal code sequence Row can reduce interference, therefore, also further solving in heterogeneous network, when UE determines cell ID, what is existed is time-consuming It is more long, the poor problem of less efficient and accuracy；A kind of method that information sends is：Obtain at least one candidate's time-frequency money Source, and the corresponding sequence information of at least one candidate's running time-frequency resource is determined respectively, wherein, sequence information includes at least one candidate Scrambler sequence and at least one candidate orthogonal codes sequence group；Determine from least one candidate's running time-frequency resource actual running time-frequency resource, At least one candidate scramble code sequence and at least one candidate orthogonal codes included by the corresponding sequence information of actual running time-frequency resource Actual scrambler sequence and actual orthogonal code sequence are determined in sequence group respectively；On actual running time-frequency resource, sent out to user equipment (UE) Actual scrambler sequence and actual orthogonal code sequence are sent, makes UE determine according at least to actual scrambler sequence and actual orthogonal code sequence small Area identifies, so, because each candidate's running time-frequency resource can be the optional position of carrier center, it might even be possible to be not limited to load In 6 Resource Block at ripple center, then the possibility that any two candidate running time-frequency resource is overlapped is smaller, then in any two candidate Interference between the signal sent in frequency resource is smaller, therefore, reduce base station and send actual scrambler sequence and actual orthogonal code Interference during sequence, shortens UE and determines the time required during cell ID, improves the efficiency for determining cell ID, and really The accuracy of the cell ID made, meanwhile, cell ID is the actual scrambler sequence and actual orthogonal code sequence by sending Determine, and scrambler sequence and orthogonal code sequence can reduce interference, therefore, also further solve in heterogeneous network, When UE determines cell ID, what is existed is time-consuming more long, the poor problem of less efficient and accuracy.

It will be understood by those skilled in the art that embodiments of the invention can be provided as method, device (equipment) or computer Program product.Therefore, the present invention can be using complete hardware embodiment, complete software embodiment or combination software and hardware aspect Embodiment form.And, the present invention can be used and wherein include the meter of computer usable program code at one or more The computer journey implemented in calculation machine usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.) The form of sequence product.

The present invention is the flow chart with reference to method according to embodiments of the present invention, device (equipment) and computer program product And/or block diagram is described.It should be understood that each flow during flow chart and/or block diagram can be realized by computer program instructions And/or the combination of the flow and/or square frame in square frame and flow chart and/or block diagram.These computer programs can be provided to refer to The processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices is made to produce One machine so that produced for realizing by the instruction of computer or the computing device of other programmable data processing devices The device of the function of being specified in one flow of flow chart or multiple one square frame of flow and/or block diagram or multiple square frames.

These computer program instructions may be alternatively stored in can guide computer or other programmable data processing devices with spy In determining the computer-readable memory that mode works so that instruction of the storage in the computer-readable memory is produced and include finger Make the manufacture of device, the command device realize in one flow of flow chart or multiple one square frame of flow and/or block diagram or The function of being specified in multiple square frames.

These computer program instructions can be also loaded into computer or other programmable data processing devices so that in meter Series of operation steps is performed on calculation machine or other programmable devices to produce computer implemented treatment, so as in computer or The instruction performed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one The step of function of being specified in individual square frame or multiple square frames.

, but those skilled in the art once know basic creation although preferred embodiments of the present invention have been described Property concept, then can make other change and modification to these embodiments.So, appended claims are intended to be construed to include excellent Select embodiment and fall into having altered and changing for the scope of the invention.Obviously, those skilled in the art can be to the present invention Carry out various changes and modification without departing from the spirit and scope of the present invention.So, if these modifications of the invention and modification Belong within the scope of the claims in the present invention and its equivalent technologies, then the present invention is also intended to exist comprising these changes and modification It is interior.

Claims (64)

1. a kind of method of infomation detection, it is characterised in that including：

At least one candidate's running time-frequency resource is obtained, and determines the corresponding sequence letter of at least one candidate running time-frequency resource respectively Breath, wherein, the sequence information includes at least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group, the time Select running time-frequency resource include the first time-frequency child resource group and the second time-frequency child resource group, wherein, the first time-frequency child resource group and The second time-frequency child resource group includes at least one time-frequency child resource respectively, and the first time-frequency child resource group includes It is orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource, the time-frequency child resource that the second time-frequency child resource group includes It is identical or pseudo- orthogonal between corresponding candidate orthogonal codes sequence；

The sequence corresponding with least one candidate running time-frequency resource for determining is detected at least one candidate running time-frequency resource Candidate scramble code sequence and candidate orthogonal codes sequence group included by column information, obtain actual scrambler sequence and actual orthogonal code sequence Actual orthogonal code sequence in group；

Determine cell ID according at least to the described actual scrambler sequence for detecting and the actual orthogonal code sequence.

2. the method for claim 1, it is characterised in that candidate's running time-frequency resource is at least the one of first antenna port Individual channel state information reference signals CSI-RS；Or, candidate's running time-frequency resource is at least two auxiliary synchronous signals SSS The orthogonal frequency division multiplex OFDM symbol at place.

3. method as claimed in claim 2, it is characterised in that at least one candidate running time-frequency resource is a sub- frame in Different running time-frequency resources；Or, at least one candidate running time-frequency resource is the running time-frequency resource in different subframes.

4. the method for claim 1, it is characterised in that obtain at least one candidate's running time-frequency resource, specifically include：

Prestore at least one candidate running time-frequency resource；Or,

The signaling sent according to the base station for receiving obtains at least one candidate running time-frequency resource.

5. the method for claim 1, it is characterised in that determine the corresponding sequence of at least one candidate running time-frequency resource Information, specifically includes：

Prestore the corresponding sequence information of at least one candidate running time-frequency resource；Or,

The signaling sent according to the base station for receiving obtains the corresponding sequence information of at least one candidate running time-frequency resource.

6. the method for claim 1, it is characterised in that the candidate scramble code sequence is pseudo-random sequence, or it is pseudo- The initialization sequence of random sequence；The candidate orthogonal codes sequence group is Walsh Walsh sequence groups.

7. the method for claim 1, it is characterised in that for candidate scramble code sequence and time that the sequence information includes The orthogonal code sequence group, the candidate scramble code sequence is selected to be, in the frequency domain direction of the corresponding candidate's running time-frequency resource of the sequence information The sequence of upper generation；Candidate orthogonal codes sequence in the candidate orthogonal codes sequence group is, candidate's running time-frequency resource when Domain direction to the candidate scramble code sequence for generating spread the sequence of generation.

8. the method for claim 1, it is characterised in that detect what is determined at least one candidate running time-frequency resource Candidate scramble code sequence and candidate orthogonal codes sequence included by sequence information corresponding with least one candidate running time-frequency resource Group, obtains the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group, specifically includes：

It is orthogonal in scrambler sequence and orthogonal code sequence group that the base station that judgement is received on candidate's running time-frequency resource sends Code sequence, respectively the candidate scramble code sequence and candidate orthogonal codes sequence included by sequence information corresponding with candidate's running time-frequency resource When candidate orthogonal codes sequence in row group matches, using the candidate scramble code sequence for matching and candidate orthogonal codes sequence as reality Scrambler sequence and actual orthogonal code sequence.

9. the method for claim 1, it is characterised in that according at least to the described actual scrambler sequence for detecting and described Actual orthogonal code sequence determines cell ID, specifically includes：

According to the described actual scrambler sequence for detecting, the actual orthogonal code sequence, cell ID is determined；Or,

According to the described actual scrambler sequence for detecting, the actual orthogonal code sequence, and the actual scrambler sequence and described Actual running time-frequency resource shared by actual orthogonal code sequence, determines cell ID.

10. the method for claim 1, it is characterised in that also include：

Candidate's running time-frequency resource include N number of time-frequency child resource, each time-frequency child resource respectively with candidate's running time-frequency resource pair At least one candidate orthogonal codes sequence group that the sequence information answered includes is corresponding, wherein, N is the integer more than 1.

11. method as described in claim 10, it is characterised in that the candidate scramble code sequence is, in the sequence information The sequence generated on the frequency domain direction of each time-frequency child resource of corresponding candidate's running time-frequency resource；The candidate orthogonal codes sequence group In candidate orthogonal codes sequence be, in the time domain side of each time-frequency child resource of the corresponding candidate's running time-frequency resource of the sequence information To the candidate scramble code sequence to generating spread the sequence of generation.

12. methods as claimed in claim 11, it is characterised in that detected at least one candidate running time-frequency resource and determined Sequence information corresponding with least one candidate running time-frequency resource included by candidate scramble code sequence and candidate orthogonal codes sequence Row group, obtains the actual orthogonal code sequence in actual scrambler sequence and actual orthogonal code sequence group, specifically includes：

On each time-frequency child resource of at least one candidate running time-frequency resource, sequence corresponding with the time-frequency child resource is detected Candidate scramble code sequence included by information, obtains actual scrambler sequence, and in the every of at least one candidate running time-frequency resource On individual time-frequency child resource, according to the time-frequency child resource and the corresponding relation of candidate orthogonal codes sequence group, corresponding candidate is detected Orthogonal code sequence group, obtains the actual orthogonal code sequence in the corresponding actual orthogonal code sequence group of described each time-frequency child resource.

13. methods as claimed in claim 12, it is characterised in that according at least to the described actual scrambler sequence and institute that detect State actual orthogonal code sequence and determine cell ID, specifically include：

The corresponding actual scrambler sequence of each time-frequency child resource according to detecting, it is corresponding with described each time-frequency child resource Actual orthogonal code sequence group in actual orthogonal code sequence, determine cell ID；Or,

The corresponding actual scrambler sequence of each time-frequency child resource, described each time-frequency child resource are corresponding according to detecting Actual orthogonal code sequence in actual orthogonal code sequence group, and shared by the actual scrambler sequence and the actual orthogonal code sequence Actual running time-frequency resource, determines cell ID.

14. method as described in claim any one of 1-13, it is characterised in that the first time-frequency child resource group is included at least The all or part of each CSI-RS in two CSI-RSs of the second antenna port, the second time-frequency money Source group includes all or part of each CSI-RS in the CSI-RS of at least two second antenna ports.

15. methods as claimed in claim 10, it is characterised in that part is heavy each other for candidate's running time-frequency resource described at least two It is folded；And/or, time-frequency child resource is partially overlapped by each other described at least two.

16. method as described in claim any one of 2-13, it is characterised in that also include：

Using time-frequency on the actual running time-frequency resource shared by the actual scrambler sequence and the actual orthogonal code sequence group The CSI-RS sent in resource, carries out the one kind in channel condition information measurement, synchronization and RRM RRM measurement or appoints Meaning combination.

17. methods as claimed in claim 16, it is characterised in that also include：

According to the described actual scrambler sequence for detecting and the actual orthogonal code sequence, the cell ID respective cell is determined Configuration information, wherein, etc. the switch of the configuration information including the respective cell, activation/resting state, transmit power One kind or any combination in level, carrier type and duplexing type.

18. methods as claimed in claim 17, it is characterised in that also include：

Detection synchronizing channel obtains synchronizing sequence；

Running time-frequency resource position according to where the synchronizing sequence and/or the synchronizing sequence, obtains at least one candidate The time-frequency location of running time-frequency resource；Or, according to the synchronizing information for obtaining, the described actual scrambler sequence and the reality that detect Orthogonal code sequence, determines cell ID；Or, according to the synchronizing sequence for obtaining, determine that candidate scramble code and/or candidate are orthogonal The channel-estimation information of code.

The method that a kind of 19. information send, it is characterised in that including：

At least one candidate's running time-frequency resource is obtained, and determines the corresponding sequence letter of at least one candidate running time-frequency resource respectively Breath, wherein, the sequence information includes at least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group, the time Select running time-frequency resource include the first time-frequency child resource group and the second time-frequency child resource group, wherein, the first time-frequency child resource group and The second time-frequency child resource group includes at least one time-frequency child resource respectively, and the first time-frequency child resource group includes It is orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource, the time-frequency child resource that the second time-frequency child resource group includes It is identical or pseudo- orthogonal between corresponding candidate orthogonal codes sequence；

Actual running time-frequency resource is determined from least one candidate running time-frequency resource, from the corresponding sequence of the actual running time-frequency resource Actual scrambler is determined at least one candidate scramble code sequence and at least one candidate orthogonal codes sequence group included by information respectively Sequence and actual orthogonal code sequence；

On the actual running time-frequency resource, the actual scrambler sequence and the actual orthogonal code sequence are sent to user equipment (UE) Row, make the UE determine cell ID according at least to the actual scrambler sequence and the actual orthogonal code sequence.

20. methods as claimed in claim 19, it is characterised in that candidate's running time-frequency resource be first antenna port at least One channel state information reference signals CSI-RS；Or, candidate's running time-frequency resource is at least two auxiliary synchronous signals Orthogonal frequency division multiplex OFDM symbol where SSS.

21. methods as claimed in claim 19, it is characterised in that at least one candidate running time-frequency resource is a sub- frame in Different running time-frequency resources；Or, at least one candidate running time-frequency resource is the running time-frequency resource in different subframes.

22. methods as claimed in claim 19, it is characterised in that the candidate scramble code sequence is pseudo-random sequence, or The initialization sequence of pseudo-random sequence；The candidate orthogonal codes sequence group is Walsh Walsh sequence groups.

23. methods as claimed in claim 19, it is characterised in that for the actual scrambler sequence and the actual orthogonal code Sequence, generates the actual scrambler sequence on the frequency domain direction of the actual running time-frequency resource；On the actual running time-frequency resource Time domain direction, to generate described actual scrambler sequence spread with the actual orthogonal code sequence.

24. methods as claimed in claim 19, it is characterised in that make the UE according at least to the actual scrambler sequence and institute State actual orthogonal code sequence and determine cell ID, specifically include：

Make the UE according to the actual scrambler sequence and the actual orthogonal code sequence, determine cell ID；Or,

The UE is made according to the actual scrambler sequence, the actual orthogonal code sequence, and the actual scrambler sequence and described Actual running time-frequency resource shared by actual orthogonal code sequence, determines cell ID.

25. methods as claimed in claim 19, it is characterised in that also include：

Candidate's running time-frequency resource include N number of time-frequency child resource, each time-frequency child resource respectively with candidate's running time-frequency resource pair At least one candidate orthogonal codes sequence group that the sequence information answered includes is corresponding, wherein, N is the integer more than 1.

26. methods as claimed in claim 19, it is characterised in that each the time-frequency child resource in the actual running time-frequency resource Frequency domain direction on, actual scrambler sequence corresponding with described each time-frequency child resource is generated respectively；Provided in the actual time-frequency On the time domain direction of each the time-frequency child resource in source, to the actual scrambler sequence corresponding with described each time-frequency child resource for generating Row, are spread respectively with actual orthogonal code sequence corresponding with described each time-frequency child resource.

27. methods as claimed in claim 26, it is characterised in that on the actual running time-frequency resource, the reality is sent to UE Border scrambler sequence and the actual orthogonal code sequence, specifically include：

Send corresponding with the actual running time-frequency resource to the UE on each time-frequency child resource in the actual running time-frequency resource Actual scrambler sequence, and on each time-frequency child resource in the actual running time-frequency resource, according to the time-frequency child resource With the corresponding relation of actual orthogonal code sequence group, the reality in actual orthogonal code sequence group corresponding with the time-frequency child resource is sent Border orthogonal code sequence.

28. methods as claimed in claim 27, it is characterised in that make the UE according at least to the actual scrambler sequence and institute State actual orthogonal code sequence and determine cell ID, specifically include：

Make the UE corresponding actual scrambler sequences of each time-frequency child resource according to corresponding with described each time-frequency child resource Actual orthogonal code sequence, determine cell ID；Or,

Make the UE corresponding actual scrambler sequence of each time-frequency child resource, described each time-frequency child resource according to corresponding Actual orthogonal code sequence, and the actual scrambler sequence and the actual running time-frequency resource shared by the actual orthogonal code sequence, really Determine cell ID.

29. method as described in claim any one of 19-28, it is characterised in that the first time-frequency child resource group is included extremely The all or part of each CSI-RS in few two CSI-RSs of the second antenna port, the second time-frequency Resource group includes all or part of each CSI-RS in the CSI-RS of at least two second antenna ports.

30. methods as claimed in claim 25, it is characterised in that part is heavy each other for candidate's running time-frequency resource described at least two It is folded；And/or, time-frequency child resource is partially overlapped by each other described at least two.

31. method as described in claim any one of 19-28, it is characterised in that also include：

The UE is made to determine the cell ID respective cell according to the actual scrambler sequence and the actual orthogonal code sequence Configuration information, wherein, etc. the switch of the configuration information including the respective cell, activation/resting state, transmit power One kind or any combination in level, carrier type and duplexing type.

32. methods as claimed in claim 31, it is characterised in that also include：

Synchronizing sequence is sent on a sync channel；

Make running time-frequency resource positions of the UE according to where the synchronizing sequence and/or the synchronizing sequence, obtain described at least One time-frequency location of candidate's running time-frequency resource；Or, the UE is made according to the synchronizing information for obtaining, described actually disturbing of detecting Code sequence and the actual orthogonal code sequence, determine cell ID；Or, the UE is made according to the synchronizing sequence for obtaining, Determine the channel-estimation information of candidate scramble code and/or candidate orthogonal codes.

A kind of 33. user equipment (UE)s, it is characterised in that including：

First determining unit, for obtaining at least one candidate's running time-frequency resource, and determines at least one candidate time-frequency respectively The corresponding sequence information of resource, wherein, the sequence information is including at least one candidate scramble code sequence and at least one candidate just Code sequence group is handed over, candidate's running time-frequency resource includes the first time-frequency child resource group and the second time-frequency child resource group, wherein, described the One time-frequency child resource group and the second time-frequency child resource group include at least one time-frequency child resource, and first time-frequency respectively It is orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that child resource group includes, in the second time-frequency child resource group Including the corresponding candidate orthogonal codes sequence of time-frequency child resource between it is identical or pseudo- orthogonal；

Detection unit, for the detection determination at least one candidate running time-frequency resource and at least one candidate time-frequency Candidate scramble code sequence and candidate orthogonal codes sequence group included by the corresponding sequence information of resource, obtain actual scrambler sequence and reality Actual orthogonal code sequence in the orthogonal code sequence group of border；

Second determining unit, for determining according at least to the described actual scrambler sequence for detecting and the actual orthogonal code sequence Cell ID.

34. UE as claimed in claim 33, it is characterised in that candidate's running time-frequency resource that first determining unit is obtained is the At least one channel state information reference signals CSI-RS of one antenna port；Or, first determining unit is obtained Candidate's running time-frequency resource be orthogonal frequency division multiplex OFDM symbol where at least two auxiliary synchronous signals SSS.

35. UE as claimed in claim 34, it is characterised in that at least one candidate's time-frequency that first determining unit is obtained Resource is a different running time-frequency resources for sub- frame in；Or, at least one candidate's time-frequency money that first determining unit is obtained Source is the running time-frequency resource in different subframes.

36. UE as claimed in claim 33, it is characterised in that the candidate's time-frequency of acquisition at least one that the first determining unit is obtained Resource, specifically includes：Prestore at least one candidate running time-frequency resource；Or, according to the letter that the base station for receiving sends Order obtains at least one candidate running time-frequency resource.

37. UE as claimed in claim 33, it is characterised in that at least one described in the determination that first determining unit is obtained The corresponding sequence information of candidate's running time-frequency resource, specifically includes：Prestore the corresponding sequence of at least one candidate running time-frequency resource Column information；Or, the signaling sent according to the base station for receiving obtains the corresponding sequence of at least one candidate running time-frequency resource Information.

38. UE as claimed in claim 33, it is characterised in that the candidate scramble code sequence that first determining unit determines is pseudo- Random sequence, or pseudo-random sequence initialization sequence；The candidate orthogonal codes sequence group that first determining unit determines It is Walsh Walsh sequence groups.

39. UE as claimed in claim 33, it is characterised in that the sequence information determined for first determining unit includes Candidate scramble code sequence and candidate orthogonal codes sequence group, the candidate scramble code sequence is, in the corresponding candidate of the sequence information The sequence generated on the frequency domain direction of running time-frequency resource；Candidate orthogonal codes sequence in the candidate orthogonal codes sequence group is, in institute Stating the time domain direction of candidate's running time-frequency resource to the candidate scramble code sequence for generating spread the sequence of generation.

40. UE as claimed in claim 33, it is characterised in that the detection unit specifically for：Judge in the candidate Orthogonal code sequence in scrambler sequence and orthogonal code sequence group that the base station received in frequency resource sends, respectively with the candidate The candidate orthogonal codes sequence in candidate scramble code sequence and candidate orthogonal codes sequence group included by the corresponding sequence information of running time-frequency resource Row are when matching, using the candidate scramble code sequence for matching and candidate orthogonal codes sequence as actual scrambler sequence and actual orthogonal code Sequence.

41. UE as claimed in claim 33, it is characterised in that second determining unit specifically for：According to what is detected The actual scrambler sequence, the actual orthogonal code sequence, determine cell ID；Or, described actually disturbed according to what is detected Code sequence, the actual orthogonal code sequence, and the actual scrambler sequence and the reality shared by the actual orthogonal code sequence Running time-frequency resource, determines cell ID.

42. UE as claimed in claim 33, it is characterised in that candidate's running time-frequency resource that first determining unit determines includes N number of time-frequency child resource, sequence information corresponding with candidate's running time-frequency resource is included at least each time-frequency child resource respectively One candidate orthogonal codes sequence group is corresponding, wherein, N is the integer more than 35.

43. UE as claimed in claim 42, it is characterised in that the candidate scramble code sequence that first determining unit determines is, The sequence generated on the frequency domain direction of each time-frequency child resource of the corresponding candidate's running time-frequency resource of the sequence information；Described Candidate orthogonal codes sequence in the candidate orthogonal codes sequence group that one determining unit determines is, in the corresponding candidate of the sequence information The time domain direction of each time-frequency child resource of running time-frequency resource, the candidate scramble code sequence to generating spread the sequence of generation.

44. UE as claimed in claim 43, it is characterised in that the detection unit specifically for：In candidate's running time-frequency resource On each time-frequency child resource, the candidate scramble code sequence included by sequence information corresponding with the time-frequency child resource is detected, obtain real Border scrambler sequence, and on each time-frequency child resource of candidate's running time-frequency resource, according to time-frequency child resource and candidate orthogonal codes sequence The corresponding relation of row group, detects corresponding candidate orthogonal codes sequence group, obtains the corresponding actual orthogonal code of each time-frequency child resource Actual orthogonal code sequence in sequence group.

45. UE as claimed in claim 44, it is characterised in that second determining unit specifically for：According to what is detected The corresponding actual scrambler sequence of described each time-frequency child resource, and the corresponding actual orthogonal code sequence of described each time-frequency child resource Actual orthogonal code sequence in group, determines cell ID；Or, each corresponding reality of time-frequency child resource according to detecting Actual orthogonal code sequence in border scrambler sequence, the corresponding actual orthogonal code sequence group of described each time-frequency child resource, and it is described Actual running time-frequency resource shared by actual scrambler sequence and the actual orthogonal code sequence, determines cell ID.

46. UE as described in claim any one of 33-45, it is characterised in that the first time-frequency child resource group is included at least The all or part of each CSI-RS in two CSI-RSs of the second antenna port, the second time-frequency money Source group includes all or part of each CSI-RS in the CSI-RS of at least two second antenna ports.

47. UE as claimed in claim 46, it is characterised in that candidate described at least two of the first determining unit acquisition Running time-frequency resource is partially overlapped by each other；And/or, time-frequency child resource is partially overlapped by each other described at least two.

48. UE as described in claim any one of 34-45, it is characterised in that also including communication unit, the communication unit is specific For using time-frequency on the actual running time-frequency resource shared by the actual scrambler sequence and the actual orthogonal code sequence group The CSI-RS sent in resource, carries out the one kind in channel condition information measurement, synchronization and RRM RRM measurement or appoints Meaning combination.

49. UE as claimed in claim 48, it is characterised in that second determining unit specifically for：According to what is detected The actual scrambler sequence and the actual orthogonal code sequence, determine the configuration information of the cell ID respective cell, wherein, The configuration information includes switch, activation/resting state, transmission power level, carrier type and the duplex of the respective cell One kind or any combination in type.

50. UE as claimed in claim 49, it is characterised in that first determining unit is additionally operable to：Detection synchronizing channel is obtained Obtain synchronizing sequence；Running time-frequency resource position according to where the synchronizing sequence and/or the synchronizing sequence, obtain described at least one The time-frequency location of individual candidate's running time-frequency resource；Or, according to the synchronizing information for obtaining, the described actual scrambler sequence for detecting and institute Actual orthogonal code sequence is stated, cell ID is determined；Or, according to the synchronizing sequence for obtaining, determine candidate scramble code and/or time Select the channel-estimation information of orthogonal code.

A kind of 51. base stations, it is characterised in that including：

First acquisition unit, for obtaining at least one candidate's running time-frequency resource, and determines at least one candidate time-frequency respectively The corresponding sequence information of resource, wherein, the sequence information is including at least one candidate scramble code sequence and at least one candidate just Code sequence group is handed over, candidate's running time-frequency resource includes the first time-frequency child resource group and the second time-frequency child resource group, wherein, described the One time-frequency child resource group and the second time-frequency child resource group include at least one time-frequency child resource, and first time-frequency respectively It is orthogonal between the corresponding candidate orthogonal codes sequence of time-frequency child resource that child resource group includes, in the second time-frequency child resource group Including the corresponding candidate orthogonal codes sequence of time-frequency child resource between it is identical or pseudo- orthogonal；

Second acquisition unit, during for determining actual at least one candidate's running time-frequency resource for being obtained from the first acquisition unit Frequency resource, at least one candidate scramble code sequence and at least one included by the corresponding sequence information of the actual running time-frequency resource Actual scrambler sequence and actual orthogonal code sequence are determined in candidate orthogonal codes sequence group respectively；

Transmitting element, for the actual running time-frequency resource determined in the second acquisition unit, sends described to user equipment (UE) Actual scrambler sequence and the actual orthogonal code sequence that second acquisition unit determines, make the UE actually be disturbed according at least to described Code sequence and the actual orthogonal code sequence determine cell ID.

52. base stations as claimed in claim 51, it is characterised in that candidate's running time-frequency resource that the first acquisition unit is obtained is At least one channel state information reference signals CSI-RS of first antenna port；Or, the first acquisition unit is obtained The candidate's running time-frequency resource for taking is the orthogonal frequency division multiplex OFDM symbol where at least two auxiliary synchronous signals SSS.

53. base stations as claimed in claim 51, it is characterised in that during at least one candidate that the first acquisition unit is obtained Frequency resource is a different running time-frequency resources for sub- frame in；Or, at least one candidate's time-frequency that the first acquisition unit is obtained Resource is the running time-frequency resource in different subframes.

54. base stations as claimed in claim 51, it is characterised in that the candidate scramble code sequence that the first acquisition unit determines is Pseudo-random sequence, or pseudo-random sequence initialization sequence；The candidate orthogonal codes sequence that the first acquisition unit determines Group is Walsh Walsh sequence groups.

55. base stations as claimed in claim 51, it is characterised in that for the actual scrambler sequence that the second acquisition unit determines Row and the actual orthogonal code sequence, generate the actual scrambler sequence on the frequency domain direction of the actual running time-frequency resource； Time domain direction on the actual running time-frequency resource, the described actual scrambler sequence to generating is carried out with the actual orthogonal code sequence Spread spectrum.

56. base stations as claimed in claim 51, it is characterised in that the transmitting element specifically for：The UE is made according to institute Actual scrambler sequence and the actual orthogonal code sequence are stated, cell ID is determined；Or, the UE is made according to the actual scrambler Sequence, the actual orthogonal code sequence, and when the actual scrambler sequence and actual shared by the actual orthogonal code sequence Frequency resource, determines cell ID.

57. base stations as claimed in claim 51, it is characterised in that candidate's running time-frequency resource bag that the first acquisition unit is obtained Include N number of time-frequency child resource, each time-frequency child resource respectively sequence information corresponding with candidate's running time-frequency resource include to A few candidate orthogonal codes sequence group is corresponding, wherein, N is the integer more than 1.

58. base stations as claimed in claim 51, it is characterised in that each the time-frequency child resource in the actual running time-frequency resource Frequency domain direction on, actual scrambler sequence corresponding with described each time-frequency child resource is generated respectively；Provided in the actual time-frequency On the time domain direction of each the time-frequency child resource in source, to the actual scrambler sequence corresponding with described each time-frequency child resource for generating Row, are spread respectively with actual orthogonal code sequence corresponding with described each time-frequency child resource.

59. base stations as claimed in claim 58, it is characterised in that the transmitting element specifically for：In the actual time-frequency Actual scrambler sequence corresponding with the actual running time-frequency resource is sent to the UE on each time-frequency child resource in resource, and On each time-frequency child resource in the actual running time-frequency resource, according to the time-frequency child resource and actual orthogonal code sequence group Corresponding relation, sends the actual orthogonal code sequence in actual orthogonal code sequence group corresponding with the time-frequency child resource.

60. base stations as claimed in claim 59, it is characterised in that the transmitting element specifically for：The UE is made according to institute The corresponding actual scrambler sequence of each time-frequency child resource and the corresponding actual orthogonal code sequence of described each time-frequency child resource are stated, really Determine cell ID；Or, make the UE corresponding actual scrambler sequence of each time-frequency child resource, described each time-frequency according to The corresponding actual orthogonal code sequence of child resource, and the actual scrambler sequence and the reality shared by the actual orthogonal code sequence Running time-frequency resource, determines cell ID.

61. base station as described in claim any one of 51-60, it is characterised in that the first time-frequency child resource group is included extremely The all or part of each CSI-RS in few two CSI-RSs of the second antenna port, the second time-frequency Resource group includes all or part of each CSI-RS in the CSI-RS of at least two second antenna ports.

62. base stations as claimed in claim 61, it is characterised in that waited described at least two of the first acquisition unit acquisition Running time-frequency resource is selected to be partially overlapped by each other；And/or, the first acquisition unit obtain at least two described in time-frequency child resource each other Partly overlap.

63. base station as described in claim any one of 51-60, it is characterised in that the transmitting element is additionally operable to：Make the UE The configuration information of the cell ID respective cell is determined according to the actual scrambler sequence and the actual orthogonal code sequence, its In, the switch of the configuration information including the respective cell, activation/resting state, transmission power level, carrier type and double One kind or any combination in work type.

64. base station as described in claim 63, it is characterised in that the first acquisition unit is additionally operable to：On a sync channel Send synchronizing sequence；Running time-frequency resource positions of the UE according to where the synchronizing sequence and/or the synchronizing sequence is made, is obtained The time-frequency location of at least one candidate running time-frequency resource；Or, the UE is made according to the synchronizing information for obtaining, the institute for detecting Actual scrambler sequence and the actual orthogonal code sequence are stated, cell ID is determined；Or, make the UE described same according to what is obtained Step sequence, determines the channel-estimation information of candidate scramble code and/or candidate orthogonal codes.