CN103188710A

CN103188710A - Channel state information measuring method and system and base station and user equipment

Info

Publication number: CN103188710A
Application number: CN2011104564866A
Authority: CN
Inventors: 倪俊; 张佳胤; 倪威; 任晓涛
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2011-12-30
Filing date: 2011-12-30
Publication date: 2013-07-03
Anticipated expiration: 2031-12-30
Also published as: CN103188710B

Abstract

The invention provides a channel state information measuring method, a system, a base station and user equipment. The method includes the steps that a plurality of channel state indication reference signals (CSI-RS) centralized by CSI measurement are divided into groups, at least one group is obtained, grouping information of the group is sent to the user equipment (UE) so that the UE can select grouping information of a first group from the grouping information of the group to carry out CSI measurement so that a first CSI can be obtained, the grouping information of each group includes grouping identification of each group and the CSI reference signals of each group, and the first CSI fed back by the UE and corresponding indicating information of the grouping information of the first group are received. According to the technical scheme, a required CSI can be accurately obtained, and use is flexible.

Description

Channel condition information method of measurement and system, base station and subscriber equipment

Technical field

The embodiment of the invention relates to communication technical field, relates in particular to a kind of channel condition information method of measurement and system, base station and subscriber equipment.

Background technology

In present main flow wireless cellular system, use the mode of closed loop to realize communication usually.Under this closed-loop fashion, subscriber equipment (User Equipment; UE) measure descending channel condition information (ChannelState Information; CSI), then in thereafter a certain moment by up channel feedback to the base station (as eNodeB).ENodeB is behind the CSI that obtains the UE feedback, can think channel conditions when the CSI of UE feedback can characterize eNodeB and will send from signal to UE, therefore the eNodeB channel condition that can characterize according to the CSI that reports of each UE is dispatched (as being each UE transmission data distinctively) to each UE.Can only be channel condition UE transmission preferably data in next period for example, and not be that the relatively poor UE of channel condition sends data.For the mode of this closed loop, compare the open loop approach that does not need UE feedback CSI, can greatly promote the performance of down channel, send CSI but need take certain up channel.At Long Term Evolution (Long Time Evolution; LTE) it is as follows in the version 10 (Release 10) to be that CSI can comprise: order indication (Rank Indication; RI), precoding type indication (Precoding TypeIndicator; PTI), precoding codebook indication (Precoding Matrix Indicator; PMI), channel quality indicator (Channel Quality Indicator; CQI), wherein PMI is divided into first PMI and second PMI again, and particularly pointing out as nothing then is to comprise both simultaneously.Need to prove that CSI is the general designation of a category information, RI, the PTI of definition, PMI, the CQI, can also be the value of channel in LTE Release 10, correlation between channels etc.

In the research of 3GPP Release 11, disposed several other base station in the coverage of a base station, base station that these are extra is configured to have identical residential quarter ID with former base station again simultaneously.For simplicity, these are extra base station and former base station are referred to as transmission point (Transmission Point; TP).

In realizing process of the present invention, the inventor finds that there are the following problems at least in the prior art: CSI of the prior art measures corresponding to TP, the corresponding CSI of each TP.For example under some special screne, the CSI on the CSI of the corresponding a plurality of TP of needs or the part antenna of a TP can realize by the CSI that measures each TP respectively for the former, increase feedback overhead like this; For the latter, normal conditions can only be measured the CSI of whole antennas of this TP correspondence, cause the CSI of the CSI that obtains and required part antenna there are differences.Therefore, adopt the measurement of above-mentioned prior art CSI very dumb.

Summary of the invention

The embodiment of the invention provides a kind of channel condition information method of measurement and system, base station and subscriber equipment, in order to the very inflexible defective of the measurement that solves CSI in the prior art.

The embodiment of the invention provides a kind of channel condition information method of measurement, comprising:

Channel condition information is measured the reference signal of a plurality of channel condition informations of concentrating and divided into groups, obtain at least one grouping; Send the grouping information of described at least one grouping to subscriber equipment, described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

Receive the indication information of the grouping information of first channel condition information of described subscriber equipment feedback and first grouping, the grouping information of wherein said first channel condition information to be described subscriber equipment select from the grouping information of described at least one grouping that receives first grouping is carried out channel condition information and is measured and obtain.

The embodiment of the invention also provides a kind of channel condition information method of measurement, comprising:

Receive the grouping information of at least one grouping that the base station sends, described at least one be grouped into described base station channel condition information measured the reference signal that described grouping information that the reference signal of a plurality of channel condition informations of concentrating divides into groups to obtain comprises the channel condition information that comprises in the group character of described grouping and the described grouping;

From the grouping information of described at least one grouping, select the grouping information of first grouping to carry out the channel condition information measurement, obtain first channel condition information;

Indication information to the grouping information of described first channel condition information of described base station feedback and corresponding described first grouping.

Receive the channel condition information measurement collection that the base station sends, described channel condition information is measured and is concentrated the reference signal that comprises a plurality of channel condition informations;

Described channel condition information is measured the reference signal of described a plurality of channel condition informations of concentrating and divided into groups, obtain at least one grouping; From the grouping information of described at least one grouping, select the grouping information of first grouping to carry out the channel condition information measurement, obtain first channel condition information; The reference signal that comprises the channel condition information that comprises in the group character of described grouping and the described grouping in the described grouping information;

Send described first channel condition information and the described first corresponding grouping information of dividing into groups to described base station.

Measure collection to subscriber equipment transmitting channel state information, described channel condition information is measured and is concentrated the reference signal that comprises a plurality of channel condition informations;

Receive described first channel condition information and the described first corresponding grouping information of dividing into groups that described subscriber equipment sends; The grouping information of described first grouping is that the reference signal that described subscriber equipment is measured described a plurality of channel condition informations of concentrating to described channel condition information is divided into groups, obtain at least one grouping, and selection obtains from the grouping information of described at least one grouping; To be described subscriber equipment carry out channel condition information according to the grouping information of described first grouping of selecting to described first channel condition information measures.

The embodiment of the invention also provides a kind of base station, comprising:

Grouping module, the reference signal that is used for a plurality of channel condition informations that measurement is concentrated to channel condition information is divided into groups, and obtains at least one grouping;

Sending module is used for sending to subscriber equipment the grouping information of described at least one grouping, and described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

Receiver module, be used for to receive the indication information of the grouping information of first channel condition information of described subscriber equipment feedback and described first grouping, the grouping information of wherein said first channel condition information to be described subscriber equipment select from the grouping information of described at least one grouping that receives first grouping is carried out channel condition information and is measured and obtain.

The embodiment of the invention also provides a kind of subscriber equipment, comprising:

Receiver module be used for to receive the grouping information of at least one grouping that the base station sends, described at least one be grouped into described base station and channel condition information measured the reference signal of a plurality of channel condition informations of concentrating divides into groups to obtain;

Processing module is used for selecting the grouping information of first grouping to carry out channel condition information from the grouping information of described at least one grouping and measures, obtain first channel condition information;

Sending module is used for to the indication information of described first grouping information of dividing into groups of described first channel condition information of described base station feedback and correspondence.

Receiver module is used for receiving the channel condition information measurement collection that the base station sends, and described channel condition information is measured and concentrated the reference signal that comprises a plurality of channel condition informations;

Grouping module is used for the reference signal of the concentrated described a plurality of channel condition informations of described channel condition information measurement is divided into groups, and obtains at least one grouping; Processing module is used for selecting the grouping information of first grouping to carry out channel condition information from the grouping information of described at least one grouping and measures, obtain first channel condition information; Described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

Sending module is for send described first channel condition information and the described first corresponding grouping information of dividing into groups to described base station.

Sending module, be used for measuring collection to subscriber equipment transmitting channel state information, described channel condition information is measured the reference signal of concentrating the described grouping information of reference signal that comprises a plurality of channel condition informations to comprise the channel condition information that comprises in the group character of described grouping and the described grouping;

Receiver module is for receiving described first channel condition information and the described first corresponding grouping information of dividing into groups that described subscriber equipment sends.

The embodiment of the invention also provides a kind of channel condition information measuring system, comprise aforesaid base station and aforesaid subscriber equipment, the grouping information of described first grouping is that the reference signal that described subscriber equipment is measured described a plurality of channel condition informations of concentrating to described channel condition information is divided into groups, obtain at least one grouping, and selection obtains from the grouping information of described at least one grouping; To be described subscriber equipment carry out channel condition information according to the grouping information of described first grouping of selecting to described first channel condition information measures.

The channel condition information method of measurement of the embodiment of the invention and system, base station and subscriber equipment, divide into groups by the reference signal of channel condition information being measured a plurality of channel condition informations of concentrating, obtain at least one grouping, and select the grouping information of grouping to carry out channel condition information by subscriber equipment and measure, obtain the channel condition information of this grouping and feed back to the base station.The embodiment of the invention adopts technique scheme, and the reference signal of the channel condition information of needs can be divided in a grouping, and measure this grouping by UE, can only be that object comes measure channel state information with whole TP and overcome in the prior art.Adopt the technical scheme of the embodiment of the invention, can accurately get access to the channel condition information that needs, use very flexible.

Description of drawings

In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do one to the accompanying drawing of required use in embodiment or the description of the Prior Art below introduces simply, apparently, accompanying drawing in describing below is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.

The flow chart of the CSI method of measurement that Fig. 1 provides for one embodiment of the invention;

The structural representation of a kind of packet mode that Fig. 2 provides for the embodiment of the invention;

The flow chart of the CSI method of measurement that Fig. 3 provides for another embodiment of the present invention;

The flow chart of the CSI method of measurement that Fig. 4 provides for yet another embodiment of the invention;

The flow chart of the CSI method of measurement that Fig. 5 provides for further embodiment of this invention;

The structural representation of the base station that Fig. 6 provides for one embodiment of the invention;

The structural representation of the UE that Fig. 7 provides for one embodiment of the invention;

Fig. 8 is the structural representation of the UE of another embodiment of the present invention;

Fig. 9 is the structural representation of the base station of another embodiment of the present invention;

The structural representation of the CSI measuring system that Figure 10 provides for the embodiment of the invention.

Embodiment

For the purpose, technical scheme and the advantage that make the embodiment of the invention clearer, below in conjunction with the accompanying drawing in the embodiment of the invention, technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.

In existing LTE Release 10, CSI can feed back to eNodeB in periodic or acyclic mode.During the aperiodicity feedback, UE is by Physical Uplink Shared Channel (Physical UplinkShared Channel; PUSCH) feedback because the capacity of PUSCH channel is bigger, needs the CSI of the feedback feedback simultaneously of can putting together, this moment eNodeB can configuration UE only feed back among the RI/PTI/PMI/CQI part but not all.During periodic feedback, UE is by Physical Uplink Control Channel (PhysicalUplink Control Channel; PUCCH) feedback, because it is much smaller that PUCCH compares the PUSCH channel capacity, so RI/PTI/PMI/CQI can be fed back separately or by certain combination, and eNodeB is that UE arranges corresponding feedback cycle and feedback time biasing, UE judges whether current time satisfies feedback cycle and the feedback time biasing that arranges, if satisfy then feedback.For the periodic feedback CSI that uses PUCCH, LTE Release 10 has defined different PUCCH form (PUCCH Format), can feed back RI/PTI/PMI/CQI separately or by certain combination.

The flow chart of the CSI method of measurement that Fig. 1 provides for one embodiment of the invention.As shown in Figure 1, the executive agent of the CSI method of measurement of present embodiment is the base station.The CSI method of measurement of present embodiment specifically can comprise the steps:

100, reference signal (the CSI-Reference Signal of a plurality of channel condition informations of concentrating is measured in the base station to CSI; CSI-RS)) divide into groups, obtain at least one grouping;

CSI-RS is a kind of reference signal of definition among the LTE Release 10 in the present embodiment.

101, the base station sends the grouping information of at least one grouping to UE;

Grouping information of each grouping comprises the CSI-RS that comprises in the group character of grouping and the grouping in the present embodiment.

102, the indication information of the grouping information of first grouping of a CSI of base station reception UE feedback and correspondence.

CSI-RS in the present embodiment is that UE selects the grouping information of first grouping to carry out the CSI acquisition from the grouping information of at least one grouping of reception.

The CSI method of measurement of present embodiment, by adopting technique scheme, can measure a plurality of CSI-RS that concentrate to CSI and divide into groups, obtain at least one grouping, and select the grouping information of grouping to carry out CSI by UE and measure, obtain the CSI of this grouping and feed back to the base station.The embodiment of the invention adopts technique scheme, and the CSI-RS of needs can be divided in a grouping, and measure this grouping by UE, can only be that object is measured CSI with whole TP and overcome in the prior art.Adopt the technical scheme of the embodiment of the invention, can accurately get access to the CSI that needs, use very flexible.

Further alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 1, can also comprise following enlargement technology, form expansion embodiment embodiment illustrated in fig. 1.

CSI-RS is identified jointly by the configuration identifier of CSI and the port-mark under the configuration identifier in this expansion embodiment.For example the configuration of a CSI and should the configuration under CSI reference signal of a port-mark.Wherein the port number that the precoding codebook in the number of the port of the antenna of antenna correspondence and the existing system is supported in the embodiment of the invention is consistent, for example can be 1,2,4 or 8.

The CSI-RS that can make each grouping comprise when for example dividing into groups belongs to same CSI-RS configuration, and the sign of this each grouping is unique corresponding with the sequence number that sign such as the CSI-RS of a CSI-RS configuration dispose like this.But need to prove, this kind packet mode is for UE, and it is measured with the CSI-RS that feeds back and has been configured on the TP that is in same site in need not to distinguish, still on the TP of a plurality of different sites, be under a kind of distributing antenna system scene, the transparent CSI of UE measured the mode of feedback.

The structural representation of a kind of packet mode that Fig. 2 provides for the embodiment of the invention.As shown in Figure 2, in the present embodiment, base station (eNodeB) disposed 2 CSI-RS configurations for the CSI of UE appointment measures 3 TP that collection surrounds for solid line, CSI-RS configuration 0 has 4 antenna ports, and corresponding CSI-RS is respectively AP0,0, AP0,1, AP0,2 and AP0,3; CSI-RS configuration 1 has 8 antenna ports, and corresponding CSI-RS is respectively AP1,0, AP1,2, AP1,3, AP1,4, AP1,5, AP1,6 and AP1,7.What frame of broken lines was surrounded is different groupings.

Wherein divide into groups to have comprised in 01 CSI-RS configuration, be configured in 2 TP and gone up as on TP0 and the TP1, embodied the CSI-RS that belongs to different TP and can belong to same grouping.

4 ports in the grouping 1 in the CSI-RS configuration 1 are respectively as 2 groupings, for divide into groups 1 with grouping 2, embodied the CSI-RS reference signal that belongs to same TP and can belong to different grouping.

Further alternatively, in above-mentioned expansion embodiment embodiment illustrated in fig. 1, " base station sends the grouping information of at least one grouping to UE " in the step 101 specifically can comprise: the base station sends the grouping information of at least one grouping to UE by high-level signaling.

Further alternatively, in above-mentioned expansion embodiment embodiment illustrated in fig. 1, in the step 100 " dividing into groups to a plurality of CSI-RS that CSI measure to concentrate in the base station; obtains at least one grouping; specifically can comprise: according to making the received power difference of each CSI-RS in each grouping at least one grouping less than the packet mode of predetermined threshold value, CSI is measured a plurality of CSI-0RS that concentrate divide into groups;

Perhaps can comprise:, CSI is measured a plurality of CSI-RS that concentrate divide into groups less than the packet mode of predeterminable range threshold value according to the distance in the geographical position of the antenna of each CSI-RS correspondence in each grouping that makes at least one grouping.

Need to prove that the indication information of the grouping information of first grouping comprises the CSI-RS that comprises in first group character of dividing into groups and/or first grouping in this expansion embodiment.Preferably, the indication information of the grouping information of this first grouping is the group character of first grouping.

Particularly can comprise following several situation for above-mentioned step 102 " base station receives the indication information of the grouping information of a CSI of UE feedback and corresponding first grouping " in embodiment illustrated in fig. 1 this moment:

First kind of situation is that the base station receives a CSI of UE feedback and the first corresponding grouping information of dividing into groups, the base station just can get access to grouping information and a CSI of this first grouping like this, determines simultaneously that also a CSI is that UE measures based on this first grouping information of dividing into groups; But this scheme causes signaling consumption bigger owing to will feed back among the CSI and the grouping information of the first corresponding grouping.

Second kind of situation is that the base station receives the CSI-RS that comprises in a CSI of UE feedback and corresponding first grouping, the base station just can get access to CSI-RS and a CSI who comprises in this first grouping like this, determines simultaneously that also a CSI is that UE measures based on the CSI-RS that comprises in this first grouping; But this scheme is owing to the CSI-RS that comprises in first grouping that will feed back a CSI and correspondence, and with respect to above-mentioned first kind of situation, feedback content is less, can relax signaling consumption.

The third situation is preferred version, in the third situation, the base station receives a CSI of UE feedback and the first corresponding group character of dividing into groups, the base station just can get access to group character and a CSI of this first grouping like this, determines simultaneously that also a CSI is that UE obtains based on this first grouping mea-sure; But this scheme only needs to feed back a CSI and the first corresponding group character of dividing into groups, and with respect to above-mentioned first kind of situation and second kind of situation, feedback content is less, can reduce signaling consumption effectively, improves efficiency of transmission.

Further alternatively, in this expansion embodiment, in the grouping information of at least one grouping, comprise the grouping information of a plurality of groupings; When selecting the grouping information of at least two first groupings to carry out CSI respectively from the grouping information of a plurality of groupings, measures UE, when obtaining at least two CSI; Corresponding step 102 this moment " base station receives the indication information of the grouping information of a CSI of UE feedback and corresponding first grouping " is specifically as follows: the base station receives at least two CSI of UE by PUSCH aperiodicity feedback and the indication information of the grouping informations of corresponding at least two first groupings; Perhaps the base station receives at least two CSI of UE by the PUCCH periodic feedback and the indication information of the grouping informations of corresponding at least two first groupings.In like manner the indication information of the grouping information of first grouping wherein can be the CSI-RS that comprises in first group character of dividing into groups and/or first grouping.Preferably, the indication information of the grouping information of this first grouping is the group character of first grouping.

Further alternatively, when at least two CSI be that UE adopts that relevant associating send mode sends or adopts incoherent associating send mode transmission; And at least two CSI are that UE adopts relevant associating send mode to send, in this expansion embodiment, above-described embodiment " base station receives at least two CSI of UE by PUSCH aperiodicity feedback and the indication information of the grouping informations of corresponding at least two first groupings; Perhaps the base station receives at least two CSI of UE by the PUCCH periodic feedback and the indication information of the grouping informations of corresponding at least two first groupings " afterwards; can also comprise: the base station receive among at least two CSI that UE sends arbitrarily between the two between phase information and/or amplitude information; so that when receiving at least two CSI, the base station can accurately receive each CSI.For example shown in Figure 2 is among the embodiment, if the reporting CSI to concentrate to have comprised simultaneously of UE divides into groups 0 and the CSI of grouping 1, and need relevant associating transmission, phase place and/or amplitude information between the CSI that then needs additional feedback grouping 0 and 1 the CSI of dividing into groups, relation between two groupings is described, so that UE accurately obtains the CSI of each grouping.

The CSI method of measurement of above-described embodiment, by adopting technique scheme, can measure a plurality of CSI-RS that concentrate to CSI and divide into groups, obtain at least one grouping, and select the grouping information of grouping to carry out CSI by UE and measure, obtain the CSI of this grouping and feed back to the base station.The embodiment of the invention adopts technique scheme, and the CSI-RS of needs can be divided in a grouping, and measure this grouping by UE, can only be that object is measured CSI with whole TP and overcome in the prior art.Adopt the technical scheme of the embodiment of the invention, can accurately get access to the CSI that needs, use very flexible.

The flow chart of the CSI method of measurement that Fig. 3 provides for another embodiment of the present invention.As shown in Figure 3, the executive agent of the CSI method of measurement of present embodiment is UE.The CSI method of measurement of present embodiment specifically can comprise the steps:

200, UE receives the grouping information of at least one grouping of base station transmission;

At least one of present embodiment is grouped into that a plurality of CSI-RS of CSI measure being concentrated the base station divide into groups to obtain.

201, UE selects the grouping information of first grouping to carry out the CSI measurement from the grouping information of at least one grouping, obtains a CSI;

202, UE is to the indication information of the grouping information of first grouping of base station feedback the one CSI and correspondence.

The CSI method of measurement of present embodiment and above-mentioned difference embodiment illustrated in fig. 1 only are: above-mentionedly embodiment illustrated in fig. 1ly describe technical scheme of the present invention in base station side; And present embodiment is described technical scheme of the present invention in the UE side.Can not repeat them here with reference to above-mentioned record embodiment illustrated in fig. 1 in detail.

Alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 3, specifically can also comprise following enlargement technology, form expansion embodiment embodiment illustrated in fig. 3.In expansion embodiment embodiment illustrated in fig. 2, the CSI-RS in the present embodiment is identified jointly by the configuration identifier of CSI and the port-mark under the configuration identifier.

Alternatively, in expansion embodiment embodiment illustrated in fig. 3, in the step 200 " UE receives the grouping information of at least one grouping of base station transmission ", comprising: UE receives the base station by the grouping information of at least one grouping of high-level signaling transmission.

Alternatively, in expansion embodiment embodiment illustrated in fig. 3, in the step 200 UE receive at least one grouping that the base station sends grouping information at least one be grouped into: a plurality of CSI-RS of concentrating are measured according to making the received power difference of each CSI-RS in each grouping at least one grouping less than the packet mode of predetermined threshold value in the base station to CSI-RS, CSI is measured a plurality of CSI-RS of concentrating divide into groups to obtain;

Perhaps in the step 200 UE receive at least one grouping that the base station sends grouping information at least one be grouped into: a plurality of CSI-RS of concentrating are measured according to the distance in the geographical position of the antenna of each CSI-RS correspondence in each grouping that makes at least one grouping packet mode less than the predeterminable range threshold value in the base station to CSI, CSI is measured a plurality of CSI-RS of concentrating divide into groups to obtain.

Alternatively, the indication information of the grouping information of first grouping in expansion embodiment embodiment illustrated in fig. 3 comprises the CSI-RS that comprises in first group character of dividing into groups and/or first grouping.Preferably, the indication information of the grouping information of this first grouping is the group character of first grouping.

Alternatively, at expansion embodiment embodiment illustrated in fig. 3, " from the grouping information of at least one grouping, select the grouping information of first grouping to carry out the CSI measurement; to obtain a CSI " in the step 201, comprise: when comprising the grouping information of a plurality of groupings in the grouping information of at least one grouping, from the grouping information of a plurality of groupings, select the grouping information of at least two first groupings to carry out the CSI measurement respectively, obtain at least two corresponding CSI.

This moment accordingly, above-mentioned step 202 embodiment illustrated in fig. 3 " UE is to the indication information of the grouping information of first grouping of base station feedback the one CSI and correspondence ", specifically can comprise: UE is to the indication information of the grouping information of at least two first groupings of at least two CSI of base station feedback and correspondence.

Further alternatively, wherein " UE is to the indication information of the grouping informations of at least two first groupings of at least two CSI of base station feedback and correspondence ", specifically can comprise: UE is by the indication information of PUSCH aperiodicity at least two first grouping informations of dividing into groups of at least two CSI of base station feedback and correspondence; Perhaps UE is by the indication information of PUCCH periodicity to the grouping informations of at least two first groupings of at least two CSI of base station feedback and correspondence.

Further alternatively, in expansion embodiment embodiment illustrated in fig. 3, when at least two CSI are that the relevant associating send mode of employing sends or adopt incoherent associating send mode to send, when adopting relevant associating send modes, at least two CSI send, " UE is by the indication information of PUSCH aperiodicity at least two CSI of base station feedback and corresponding at least two first grouping informations of dividing into groups; Perhaps UE by PUCCH periodically to the indication information of the grouping informations of at least two CSI of base station feedback and corresponding at least two first groupings " afterwards, UE can also to the base station send among at least two CSI arbitrarily between the two between phase information and/or amplitude information.

The difference of expansion embodiment embodiment illustrated in fig. 3 and above-mentioned expansion embodiment embodiment illustrated in fig. 1 only is: above-mentioned expansion embodiment embodiment illustrated in fig. 1 describes technical scheme of the present invention in base station side; And expansion embodiment embodiment illustrated in fig. 3 describes technical scheme of the present invention in the UE side.Can not repeat them here with reference to above-mentioned record embodiment illustrated in fig. 1 in detail.

Alternatively, in above-mentioned expansion embodiment embodiment illustrated in fig. 3, the indication information that UE carries the grouping information of the first corresponding grouping during to base station feedback CSI is preferably the group character of this first grouping, and this group character also can become packet index.This moment, corresponding feedback can become implicit feedback.

Based on above-mentioned packet-based CSI feedback scheme, introduce two kinds of scenes of planting above-mentioned CSI feedback in addition below.

In first scene, when CSI was specially RI, UE passed through PUCCH periodically to base station feedback RI,

UE is when passing through PUCCH periodically to base station feedback RI, in the present embodiment, packet-based CSI feedback scheme is used for periodic feedback RI, and packet index not the situation by implicit feedback, be that UE feeds back extra amount in addition, measure and feedback to support packet-based CSI.

Because RI is the broadband, namely the value of a RI can characterize the whole subbands on the frequency band.If owing to use the SU-MIMO pattern to send data to UE among the LTE, then Dui Ying RI value is probably greater than 2.But if when using CoMP transmission plan such as DPS, JT when UE sends data, the value that then can limit RI is 1 or 2.Because eNodeB is when scheduling, not every UE uses the CoMP transmission plan, so always need UE feedback RI.

After introducing grouping, on existing PUCCH form basis, need extra several PUCCH forms that increase: 1) independent packet index feeds back, increase PUCCH Format 7, the feedback cycle that packet index can be set is identical with RI, and feedback time biasing is set in advance the feedback time of RI several TTI that setover.2) packet index feeds back with existing RI, first PMI, PTI, increases PUCCHFormat 3a/5a/6a respectively, and the PUCCH Format 3/5/6 with original is identical respectively with the feedback time biasing for feedback cycle.Newly-increased PUCCH form and original PUCCH form, as shown in table 1 below.

Table 1

The PUCCH form	The content of feedback
		3	RI
3a	The RI/ packet index
		5	RI/first PMI
5a	RI/first PMI/ packet index
		6	RI/PTI
6a	The RI/PTI/ packet index
		7	Packet index

In second scene, when CSI is specially PMI and CQI, when being used for periodic feedback PMI with CQI, packet-based CSI feedback scheme identifies its corresponding CSI-RS configuration/port, and packet index is not the situation by implicit feedback, be that UE feeds back extra amount in addition, measure and feedback to support packet-based CSI.

After introducing grouping, on existing PUCCH form basis, need extra several PUCCH forms that increase: 1) independent packet index feeds back, increase the identical PUCCHFormat 7 with above-mentioned first kind of scene description, the feedback cycle that packet index can be set is identical with RI, and feedback time biasing is set in advance the feedback time of RI several TTI that setover.2) packet index feeds back with existing broadband P MI/CQI, increases PUCCH Format 2d/2e/2f/2g/4a, and feedback cycle is identical with original corresponding form respectively with the feedback time biasing.Newly-increased PUCCH form and original PUCCH form, as shown in table 2 below.Need to prove, in order to reduce the sum of PUCCH form, also can only increase the part among the PUCCHFormat 2d/2e/2f/2g/4a newly.

Table 1

The PUCCH form	The content of feedback
		2	Broadband CQI/PMI
2a	Broadband first PMI
		2b	Broadband CQI/second PMI
2c	Broadband CQI/first PMI/second PMI
		2d	Broadband CQI/PMI/ packet index
2e	Broadband first PMI/ packet index
		2f	Broadband CQI/second PMI/ packet index
2g	Broadband CQI/first PMI/second PMI/ packet index
		4	Broadband CQI
4a	Broadband CQI/ packet index
		7	Packet index

The flow graph of the CSI method of measurement that Fig. 4 provides for yet another embodiment of the invention.As shown in Figure 4, the executive agent of the CSI method of measurement of present embodiment is UE.The CSI method of measurement of present embodiment specifically can comprise the steps:

300, UE receives the CSI measurement collection that the base station sends;

The CSI of present embodiment measures to concentrate and comprises a plurality of CSI-RS.

301, the concentrated a plurality of CSI-RS of the CSI measurement of UE divide into groups, and obtain at least one grouping;

302, UE selects the grouping information of first grouping to carry out the CSI measurement from the grouping information of at least one grouping, obtains a CSI;

Comprise the CSI-RS that comprises in the group character of grouping and the grouping in the present embodiment in grouping information of each grouping.

303, UE sends a CSI and the first corresponding grouping information of dividing into groups to the base station.

Present embodiment and above-mentioned 2 and the difference of technical scheme embodiment illustrated in fig. 3 be that present embodiment is measured a plurality of CSI-RS that concentrate by the CSI of UE and divided into groups, and obtains at least one grouping.

Alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 4, can also comprise following enlargement technology, form expansion embodiment embodiment illustrated in fig. 4.

In this expansion embodiment, step 300 is specifically as follows UE and receives the CSI measurement collection that the base station sends by high-level signaling.

Alternatively, in this expansion embodiment, after step 301, before 302, can also comprise: UE sends the grouping information of at least one grouping to the base station.The base station just can obtain the grouping information that the CSI of UE measures at least one grouping of arriving that a plurality of CSI-RS of concentrating divide into groups like this.The step 302 " UE sends the grouping information of first grouping of a CSI and correspondence to the base station " that this moment is corresponding, be specifically as follows this moment: UE sends the indication information of first grouping information of dividing into groups of a CSI and correspondence to the base station; The indication information of the grouping information of first grouping this moment comprises the CSI-RS that comprises in first group character of dividing into groups or first grouping.Preferably, the indication information of the grouping information of this first grouping is the group character of first grouping, and wherein group character can become packet index.UE can only feed back the group character of the first corresponding grouping to base station feedback the one CSI the time like this, the CSI-RS that comprises in the blocking message of first grouping corresponding with respect to feedback when feeding back a CSI or first grouping of feedback correspondence can save signaling consumption effectively.

Need to prove that the CSI-RS in above-described embodiment is identified jointly by the configuration identifier of CSI and the port-mark under the configuration identifier.Corresponding CSI-RS of a port under a CSI configuration and this CSI configuration.

Alternatively, in this expansion embodiment, step 301 " the CSI of UE measures a plurality of CSI-RS that concentrate and divides into groups, and obtains at least one grouping " specifically can comprise following dual mode:

(1) UE measures a plurality of CSI-RS that concentrate to CSI and divides into groups according to making the received power difference of each CSI-RS in each grouping at least one grouping less than the packet mode of predetermined threshold value, obtains at least one grouping;

(2) UE, measures the CSI-RS that concentrates to CSI and divides into groups less than the packet mode of predeterminable range threshold value according to the distance in the geographical position of the antenna of each CSI-RS correspondence in each grouping that makes at least one grouping, obtains at least one grouping.

Alternatively, in this expansion embodiment, when comprising the grouping information of a plurality of groupings in the grouping information of at least one grouping, " UE selects the grouping information of first grouping to carry out the CSI measurement from the grouping information of at least one grouping; obtain a CSI " is specifically as follows in 301: UE selects the grouping informations of at least two first groupings to carry out the CSI measurement respectively from the grouping information of a plurality of groupings, obtains at least two corresponding CSI.The step 302 " UE sends first grouping information of dividing into groups of a CSI and correspondence to the base station " that this moment is corresponding, specifically can comprise: UE sends the indication information of at least two first grouping informations of dividing into groups of at least two CSI and correspondence to the base station by the PUSCH aperiodicity; Perhaps UE is by the indication information of PUCCH periodicity to the grouping information of at least two first groupings of at least two CSI of base station transmission and correspondence.

Further alternatively, at least two CSI are for adopting that relevant associating send mode sends or adopting incoherent associating send mode to send; Send when at least two CSI adopt the associating send mode that is concerned with, " UE is by the indication information of PUSCH aperiodicity to the grouping informations of at least two first groupings of at least two CSI of base station transmission and correspondence in step; Perhaps UE periodically sends the indication information of the grouping informations of at least two CSI and corresponding at least two first groupings to the base station by PUCCH " afterwards; can also comprise: UE sends among two CSI arbitrarily phase information and/or amplitude information between the two at least to the base station; so that the base station is when receiving at least two CSI; can accurately determine each CSI according to the phase information between at least two CSI.

The flow chart of the CSI method of measurement that Fig. 5 provides for further embodiment of this invention.As shown in Figure 5, the executive agent of the CSI method of measurement of present embodiment is the base station.The CSI method of measurement of present embodiment specifically can comprise the steps:

400, the base station sends CSI to UE and measures collection;

This CSI measures to concentrate and comprises a plurality of CSI-RS in the present embodiment.Each grouping information comprises the CSI-RS that comprises in the group character of grouping and the grouping in the present embodiment.Alternatively, the base station can send CSI to UE by high-level signaling and measure collection in the present embodiment.

401, the base station receives a CSI of UE transmission and the first corresponding grouping information of dividing into groups;

Present embodiment and above-mentioned difference embodiment illustrated in fig. 4 only are: above-mentioned technical scheme embodiment illustrated in fig. 4 is described technical scheme of the present invention in the UE side, and present embodiment is described technical scheme of the present invention in base station side, the detailed implementation procedure of present embodiment can also not repeat them here with reference to above-mentioned record embodiment illustrated in fig. 4.

Alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 5, can also comprise following enlargement technology, form expansion embodiment embodiment illustrated in fig. 5.

In this expansion embodiment embodiment illustrated in fig. 5, the CSI of UE measures a plurality of CSI-RS that concentrate and divides into groups, be specifically as follows according to making the received power difference of each CSI-RS in each grouping at least one grouping less than the packet mode of predetermined threshold value, CSI measured a plurality of CSI-RS that concentrate divide into groups;

Perhaps according to the distance in the geographical position of the antenna of each CSI-RS correspondence in each grouping that makes at least one grouping less than the packet mode of predeterminable range threshold value, CSI is measured a plurality of CSI-RS that concentrate divides into groups.

In this expansion embodiment embodiment illustrated in fig. 5, before the grouping information of the CSI that step 401 base station reception UE sends and the first corresponding grouping, can also comprise: the grouping information of at least one grouping that base station reception UE sends.

The step 401 " grouping information of the CSI that base station reception UE sends and the first corresponding grouping " that this moment is corresponding specifically can comprise: the indication information of the grouping information of the CSI that base station reception UE sends and the first corresponding grouping; The indication information of the grouping information of this first grouping comprises the CSI-RS that comprises in first group character of dividing into groups or first grouping, preferably, the indication information of the grouping information of this first grouping is the group character of first grouping, and wherein group character can become packet index.UE can only feed back the group character of the first corresponding grouping to base station feedback the one CSI the time like this, the CSI-RS that comprises in the blocking message of first grouping corresponding with respect to feedback when feeding back a CSI or first grouping of feedback correspondence can save signaling consumption effectively.

Alternatively, in this expansion embodiment, in the grouping information of at least one grouping, comprise the grouping information of a plurality of groupings; When selecting the grouping information of at least two first groupings to carry out CSI respectively from the grouping information of a plurality of groupings, measures UE, when obtaining at least two corresponding CSI, step connects in 401 " grouping information that the base station receives a CSI that UE sends and corresponding first grouping ", specifically can comprise: the indication information of the grouping informations of at least two CSI that the base station receives that UE sends by the PUSCH aperiodicity and at least two first corresponding groupings; The perhaps indication information of the grouping informations of base station at least two CSI receiving that UE periodically sends by PUCCH and corresponding at least two first groupings.

Further alternatively, at least two CSI are that UE adopts that relevant associating send mode sends or adopts incoherent associating send mode transmission for UE; When at least two CSI are that UE adopts relevant associating send mode to send, at the step " indication information of at least two CSI that the base station receives that UE sends by the PUSCH aperiodicity and at least two first corresponding grouping informations of dividing into groups; The perhaps indication information of the grouping informations of base station at least two CSI receiving that UE periodically sends by PUCCH and corresponding at least two first groupings " afterwards, can also comprise: the base station receives among two CSI that UE sends arbitrarily phase information and/or amplitude information between the two at least.

Need to prove that wherein CSI-RS is identified jointly by the configuration identifier of CSI and the port-mark under the configuration identifier.

The difference of expansion embodiment embodiment illustrated in fig. 5 and above-mentioned expansion embodiment embodiment illustrated in fig. 4 only is: above-mentioned expansion embodiment embodiment illustrated in fig. 4 describes technical scheme of the present invention in base station side; And expansion embodiment embodiment illustrated in fig. 5 describes technical scheme of the present invention in the UE side.Can not repeat them here with reference to above-mentioned record embodiment illustrated in fig. 4 in detail.

One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be finished by the relevant hardware of program command, aforesaid program can be stored in the computer read/write memory medium, this program is carried out the step that comprises said method embodiment when carrying out; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CD.

The structural representation of the base station that Fig. 6 provides for one embodiment of the invention.As shown in Figure 6, the base station of present embodiment specifically can comprise grouping module 10, sending module 11 and receiver module 12.

Wherein grouping module 10 is used for the concentrated a plurality of CSI-RS of CSI measurement are divided into groups, and obtains at least one grouping.Sending module 11 is connected with grouping module 10, and sending module 11 is for the grouping information of at least one grouping that obtains to 10 groupings of UE transmission grouping module; Grouping information comprises the CSI-RS that comprises in the group character of grouping and the grouping.Receiver module 12 is used for receiving a CSI of UE feedback and the indication information of first grouping information of dividing into groups.Wherein a CSI is that UE selects the grouping information of first grouping to carry out CSI measurement acquisition from the grouping information of at least one grouping of reception.

The base station of present embodiment realizes that by adopting above-mentioned module the mechanism that CSI is measured is identical with the realization mechanism of above-mentioned correlation technique embodiment, can not repeat them here with reference to the record of said method embodiment in detail.

Dividing into groups by adopting above-mentioned module to measure a plurality of CSI-RS that concentrate to CSI in the base station of present embodiment, obtains at least one grouping, and select the grouping information of grouping to carry out CSI by UE and measure, obtain the CSI of this grouping and feed back to the base station.The embodiment of the invention adopts technique scheme, and the CSI-RS of needs can be divided in a grouping, and measure this grouping by UE, can only be that object is measured CSI with whole TP and overcome in the prior art.Adopt the technical scheme of the embodiment of the invention, can accurately get access to the CSI that needs, use very flexible.

Alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 6, can also comprise following enlargement technology, form above-mentioned expansion embodiment embodiment illustrated in fig. 6.

In this expansion embodiment, CSI-RS is identified jointly by the configuration identifier of CSI and the port-mark under the configuration identifier.

Alternatively, in this expansion embodiment, the sending module 11 concrete grouping informations that are used for sending to UE by high-level signaling at least one grouping.

Further alternatively, wherein the indication information of the grouping information of first grouping comprises the CSI-RS that comprises in first group character of dividing into groups and/or first grouping.

Alternatively, in this expansion embodiment, grouping module 10 is concrete to be used for CSI being measured a plurality of CSI-RS that concentrate dividing into groups according to making the received power difference of each CSI-RS at least one each grouping of dividing into groups less than the packet mode of predetermined threshold value, obtains at least one grouping.Perhaps grouping module 10 concrete being used for measures the described a plurality of CSI-RS that concentrate to CSI and divides into groups according to making the distance in geographical position of antenna of each CSI-RS correspondence in each grouping of at least one grouping less than the packet mode of predeterminable range threshold value.

Alternatively, in this expansion embodiment, receiver module 12 is used for comprising when the grouping information of at least one grouping the grouping information of a plurality of groupings, UE selects the grouping information of at least two first groupings to carry out the CSI measurement respectively from the grouping information of a plurality of groupings, when obtaining at least two CSI, receive at least two CSI of UE by PUSCH aperiodicity feedback and the indication information of the grouping informations of corresponding at least two first groupings; Perhaps receive UE by the indication information of the grouping informations of at least two CSI of PUCCH periodic feedback and corresponding at least two first groupings.

Further alternatively, at least two CSI are that the relevant associating send mode of UE employing sends or adopt incoherent associating send mode to send; It ought at least two CSI be that UE adopts relevant associating send mode to send that receiver module 12 also is used for, receive among at least two CSI that UE sends any between the two between phase information and/or amplitude information.

Above-mentioned each optional technical scheme among this expansion embodiment can adopt combinable mode combination in any to form optional embodiment of the present invention, does not repeat them here.

The base station of above-described embodiment realizes that by adopting above-mentioned module the mechanism that CSI is measured is identical with the realization mechanism of above-mentioned correlation technique embodiment, can not repeat them here with reference to the record of said method embodiment in detail.

Dividing into groups by adopting above-mentioned module to measure a plurality of CSI-RS that concentrate to CSI in the base station of above-described embodiment, obtains at least one grouping, and select the grouping information of grouping to carry out CSI by UE and measure, obtain the CSI of this grouping and feed back to the base station.The embodiment of the invention adopts technique scheme, and the CSI-RS of needs can be divided in a grouping, and measure this grouping by UE, can only be that object is measured CSI with whole TP and overcome in the prior art.Adopt the technical scheme of the embodiment of the invention, can accurately get access to the CSI that needs, use very flexible.

The structural representation of the UE that Fig. 7 provides for one embodiment of the invention.As shown in Figure 7, the UE of present embodiment specifically can comprise: receiver module 20, processing module 21 and sending module 22.

Wherein receiver module 20 is used for the grouping information of at least one grouping of reception base station transmission, this at least one be grouped into the base station and CSI measured a plurality of CSI-RS of concentrating divide into groups to obtain, the grouping information of each grouping in the grouping information of at least one grouping comprises the CSI-RS that comprises in the group character of grouping and the grouping.Processing module 21 is connected with receiver module 20, and processing module 21 is used for selecting the grouping information of first grouping to carry out CSI from the grouping information of at least one grouping of receiver module 20 receptions and measures, obtain a CSI; Sending module 22 is connected with processing module 21, and sending module 22 is for the indication information of the grouping information of first grouping of a CSI who obtains to 21 processing of base station feedback processing module and correspondence.

The UE of present embodiment realizes that by adopting above-mentioned module the mechanism that CSI is measured is identical with the realization mechanism of above-mentioned correlation technique embodiment, can not repeat them here with reference to the record of said method embodiment in detail.

The UE of present embodiment divides into groups by adopting above-mentioned module to measure a plurality of CSI-RS that concentrate to CSI, obtains at least one grouping, and selects the grouping information of grouping to carry out CSI by UE and measure, obtain the CSI of this grouping and feed back to the base station.The embodiment of the invention adopts technique scheme, and the CSI-RS of needs can be divided in a grouping, and measure this grouping by UE, can only be that object is measured CSI with whole TP and overcome in the prior art.Adopt the technical scheme of the embodiment of the invention, can accurately get access to the CSI that needs, use very flexible.

Alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 7, can also comprise following enlargement technology, form above-mentioned expansion embodiment embodiment illustrated in fig. 7.

Alternatively, in this expansion embodiment, wherein the receiver module 20 concrete reception base stations that are used for are by the grouping information of at least one grouping of high-level signaling transmission.

Alternatively, in this expansion embodiment, wherein receiver module 20 receives the grouping information of at least one grouping of base station transmission, wherein at least one is grouped into a plurality of CSI-RS of CSI measure being concentrated the base station according to making the received power difference of each CSI-RS in each grouping at least one grouping less than the packet mode of predetermined threshold value, CSI measured a plurality of CSI-RS of concentrating divide into groups to obtain;

Perhaps at least one is grouped into a plurality of CSI-RS of CSI measure being concentrated the base station according to the distance in the geographical position of the antenna of each CSI-RS correspondence in each grouping that makes at least one grouping packet mode less than the predeterminable range threshold value, CSI is measured a plurality of CSI-RS of concentrating divide into groups to obtain.

Alternatively, in this expansion embodiment, wherein the indication information of the grouping information of first grouping comprises the CSI-RS that comprises in first group character of dividing into groups and/or first grouping.

Alternatively, in this expansion embodiment, wherein processing module 21 is concrete for when the grouping information of at least one grouping comprises the grouping information of a plurality of groupings, from the grouping information of a plurality of groupings, select the grouping information of at least two first groupings to carry out the CSI measurement respectively, obtain at least two corresponding CSI;

The sending module 22 of correspondence specifically is used for obtaining to base station feedback processing module 21 indication informations of at least two first grouping informations of dividing into groups of at least two CSI and correspondence at this moment.

Further alternatively, sending module 22 wherein is concrete is used for by the indication information of PUSCH aperiodicity to the grouping informations of two CSI that state base station feedback and corresponding two first groupings at least at least; Perhaps by the indication information of PUCCH periodicity to the grouping informations of at least two first groupings of at least two CSI of base station feedback and correspondence.

Alternatively, on the basis of above-described embodiment, at least two CSI are for adopting that relevant associating send mode sends or adopting incoherent associating send mode to send; Sending module 22 also for adopting relevant associating send mode to send by at least two CSI, sends any phase information and/or amplitude information between the two among at least two CSI to the base station.

The UE of above-described embodiment realizes that by adopting above-mentioned module the mechanism that CSI is measured is identical with the realization mechanism of above-mentioned correlation technique embodiment, can not repeat them here with reference to the record of said method embodiment in detail.

The UE of above-described embodiment divides into groups by adopting above-mentioned module to measure a plurality of CSI-RS that concentrate to CSI, obtains at least one grouping, and selects the grouping information of grouping to carry out CSI by UE and measure, obtain the CSI of this grouping and feed back to the base station.The embodiment of the invention adopts technique scheme, and the CSI-RS of needs can be divided in a grouping, and measure this grouping by UE, can only be that object is measured CSI with whole TP and overcome in the prior art.Adopt the technical scheme of the embodiment of the invention, can accurately get access to the CSI that needs, use very flexible.

Fig. 8 is the structural representation of the UE of another embodiment of the present invention.As shown in Figure 8, the UE of present embodiment specifically can comprise: receiver module 30, grouping module 31, processing module 32 and sending module 33.

Wherein receiver module 30 is used for receiving the CSI measurement collection that the base station sends, and this CSI measures to concentrate and comprises a plurality of CSI-RS.Grouping module 31 is connected with receiver module 30, and grouping module 31 is used for that the CSI that receiver module 30 receives is measured a plurality of CSI-RS that concentrate and divides into groups, and obtains at least one grouping;Processing module 32 is connected with grouping module 31, and processing module 32 selects the grouping information of first grouping to carry out the CSI measurement for the grouping information of at least one grouping of dividing into groups to obtain from grouping module 31, obtains a CSI; The grouping information of each grouping comprises the CSI-RS that comprises in the group character of grouping and the grouping.Sending module 33 is connected with processing module 32, and sending module 33 is for send the CSI and the first corresponding grouping information of dividing into groups that processing module 31 obtains to the base station.

Alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 8, can also comprise following enlargement technology, form above-mentioned expansion embodiment embodiment illustrated in fig. 8.

In this expansion embodiment, sending module 33 also for before first grouping information of dividing into groups that sends a CSI and correspondence to the base station, sends the grouping information of at least one grouping to the base station.This moment, sending module 33 was specifically as follows sending module 33 concrete indication informations for first grouping information of dividing into groups that sends a CSI and correspondence to the base station for first grouping information of dividing into groups that sends a CSI and correspondence to the base station accordingly; The indication information of the grouping information of this first grouping comprises the CSI-RS that comprises in first group character of dividing into groups or first grouping.

Alternatively, in this expansion embodiment, wherein CSI-RS is identified jointly by the configuration identifier of CSI and the port-mark under the configuration identifier.

Alternatively, in this expansion embodiment, grouping module 31 is concrete to be used for CSI being measured a plurality of CSI-RS that concentrate dividing into groups according to making the received power difference of each CSi-RS at least one each grouping of dividing into groups less than the packet mode of predetermined threshold value, obtains at least one grouping; Perhaps grouping module 31 is concrete is used for according to making the distance in geographical position of antenna of each CSI-RS correspondence in each grouping of at least one grouping less than the packet mode of predeterminable range threshold value, CSI is measured a plurality of CSI-RS that concentrate divide into groups, obtain at least one grouping.

Alternatively, in this expansion embodiment, wherein processing module 32 is concrete for when the grouping information of at least one grouping comprises the grouping information of a plurality of groupings, from the grouping information of a plurality of groupings, select the grouping information of at least two first groupings to carry out the CSI measurement respectively, obtain at least two corresponding CSI.Sending module 33 specifically is used for sending to the base station by the PUSCH aperiodicity the just indication information of the grouping informations of two first groupings of at least two CSI and correspondence; Perhaps periodically send to the base station indication information of the grouping informations of at least two CSI and corresponding at least two first groupings by PUCCH.

Further alternatively, at least two CSI are for adopting that relevant associating send mode sends or adopting incoherent associating send mode to send; And alternatively, sending module 33 also for adopting relevant associating send mode to send by at least two CSI, sends any phase information and/or amplitude information between the two among at least two CSI to the base station.

Fig. 9 is the structural representation of the base station of another embodiment of the present invention.As shown in Figure 9, the base station of present embodiment specifically can comprise: sending module 40 and receiver module 41.

Wherein sending module 40 sends CSI to UE and measures collection, and this CEI measures to concentrate and comprises that a plurality of CSI-RS, each grouping information comprise the CSI-RS that comprises in the group character of grouping and the grouping.Receiver module 41 is for receiving the CSI and the first corresponding grouping information of dividing into groups that UE sends, wherein the grouping information of first grouping is that a plurality of CSI-RS that the CSI measurement of UE is concentrated divide into groups, obtain at least one grouping, and selection obtains from the grouping information of at least one grouping; To be UE carry out CSI according to the grouping information of first grouping of selecting to the one CSI measures.

Alternatively, on the basis of above-mentioned technical scheme embodiment illustrated in fig. 9, can also comprise following enlargement technology, form above-mentioned expansion embodiment embodiment illustrated in fig. 9.

Expand among the embodiment at this, wherein receiver module 41 also for before first grouping information of dividing into groups of a CSI who receives the UE transmission and correspondence, receives the grouping information of at least one grouping of UE transmission.Receiver module 41 is specifically as follows receiver module 41 specifically for receiving the indication information that UE sends first grouping information of dividing into groups of a CSI and correspondence for a CSI of reception UE transmission and first grouping information of dividing into groups of correspondence at this moment; The indication information of the grouping information of this first grouping comprises the CSI-RS that comprises in first group character of dividing into groups or first grouping.

Alternatively, in this expansion embodiment, wherein receiver module 41 specifically is used for comprising when the grouping information of at least one grouping the grouping informations of a plurality of groupings, when selecting the grouping information of at least two first groupings to carry out CSI respectively from the grouping information of a plurality of groupings, measures UE, when obtaining at least two corresponding CSI, the indication information of the grouping informations of at least two CSI that receive that UE sends by the PUSCH aperiodicity and at least two first corresponding groupings; The indication information of the grouping informations of at least two CSI that receive perhaps that UE periodically sends by PUCCH and at least two first corresponding groupings.

Alternatively, in this expansion embodiment, wherein at least two CSI are that UE adopts that relevant associating send mode sends or adopts incoherent associating send mode transmission for UE; It ought at least two CSI be that the relevant associating send mode of UE employing sends that receiver module 41 also is used for, any phase information and/or amplitude information between the two among at least two CSI that reception UE sends.Need to prove that the CSI-RS in above-described embodiment is identified jointly by the configuration identifier of CSI and the port-mark under the configuration identifier.

The structural representation of the CSI measuring system that Figure 10 provides for the embodiment of the invention.As shown in figure 10, the CSI measuring system of present embodiment specifically can comprise base station 50 and UE60.

Wherein above-mentioned embodiment illustrated in fig. 6 or its expansion base station shown in the embodiment can be adopted in the base station 50 of present embodiment, this moment, UE60 adopted the UE shown in embodiment illustrated in fig. 7 or its expansion embodiment accordingly, can adopt this moment the CSI method of measurement shown in the above-mentioned expansion embodiment embodiment illustrated in fig. 1 or embodiment illustrated in fig. 1 to realize that CSI measures accordingly, can not repeat them here with reference to the record of above-mentioned related embodiment in detail.

Alternatively, the UE60 of present embodiment adopts the UE base station 50 shown in embodiment illustrated in fig. 8 or its expansion embodiment, can adopt above-mentioned embodiment illustrated in fig. 9 or its expansion base station shown in the embodiment this moment accordingly, can adopt above-mentioned embodiment illustrated in fig. 4 and expansion embodiment or CSI method of measurement realization CSI measurement embodiment illustrated in fig. 5 and that expansion embodiment puts down in writing this moment accordingly, can not repeat them here with reference to the record of above-mentioned related embodiment in detail.

The CSI measuring system of present embodiment, by adopting above-mentioned base station and UE, can measure a plurality of CSI-RS that concentrate to CSI and divide into groups, obtain at least one grouping, and select the grouping information of grouping to carry out CSI by UE and measure, obtain the CSI of this grouping and feed back to the base station.The embodiment of the invention adopts technique scheme, and the CSI-RS of needs can be divided in a grouping, and measure this grouping by UE, can only be that object is measured CSI with whole TP and overcome in the prior art.Adopt the technical scheme of the embodiment of the invention, can accurately get access to the CSI that needs, use very flexible.

Device embodiment described above only is schematic, wherein the unit as the separating component explanation can or can not be physically to separate also, the parts that show as the unit can be or can not be physical locations also, namely can be positioned at a place, perhaps also can be distributed at least two network element.Can select wherein some or all of module to realize the purpose of present embodiment scheme according to the actual needs.Those of ordinary skills namely can understand and implement under the situation of not paying performing creative labour.

It should be noted that at last: above embodiment only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous embodiment the present invention is had been described in detail, those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that aforementioned each embodiment puts down in writing, and perhaps part technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the spirit and scope of various embodiments of the present invention technical scheme.

Claims

1. a channel condition information method of measurement is characterized in that, comprising:

Channel condition information is measured the reference signal of a plurality of channel condition informations of concentrating and divided into groups, obtain at least one grouping;

Send the grouping information of described at least one grouping to subscriber equipment, described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

2. method according to claim 1 is characterized in that, the reference signal of described channel condition information is identified jointly by the configuration identifier of channel condition information and the port-mark under the described configuration identifier.

3. method according to claim 1 is characterized in that, channel condition information is measured the reference signal of a plurality of channel condition informations of concentrating and is divided into groups, and comprising:

According to making the received power difference of the reference signal of each channel condition information in each grouping in described at least one grouping less than the packet mode of predetermined threshold value, described channel condition information is measured the reference signal of described a plurality of channel condition informations of concentrating and divided into groups;

Perhaps according to the distance in the geographical position of the antenna of the reference signal correspondence of each channel condition information in each grouping that makes in described at least one grouping less than the packet mode of predeterminable range threshold value, described channel condition information is measured the reference signal of described a plurality of channel condition informations of concentrating and is divided into groups.

4. method according to claim 1 is characterized in that, the indication information of the grouping information of described first grouping comprises the reference signal of the channel condition information that comprises in described first group character of dividing into groups and/or described first grouping.

5. according to the arbitrary described method of claim 1-4, it is characterized in that, in the grouping information of described at least one grouping, comprise the grouping information of a plurality of groupings; From the grouping information of described a plurality of groupings, select the grouping informations of at least two first groupings to carry out channel condition information respectively when described subscriber equipment and measure, when obtaining at least two described first channel condition informations;

Receive the indication information of the grouping information of described first channel condition information of described subscriber equipment feedback and corresponding described first grouping, comprising:

Receive at least two described first channel condition information of described subscriber equipment by PUSCH aperiodicity feedback and the indication information of the grouping informations of corresponding at least two described first groupings; Perhaps

Receive described subscriber equipment by the indication information of the grouping informations of at least two described first channel condition informations of PUCCH periodic feedback and corresponding at least two described first groupings.

6. method according to claim 5 is characterized in that, at least two described first channel condition informations are that the relevant associating send mode of described subscriber equipment employing sends or adopt incoherent associating send mode to send;

When at least two described first channel condition informations are that described subscriber equipment adopts relevant associating send mode transmission, described method also comprises:

Receive in two described first channel condition informations that described subscriber equipment sends arbitrarily between the two phase information and/or amplitude information at least.

7. a channel condition information method of measurement is characterized in that, comprising:

Receive the grouping information of at least one grouping that the base station sends, described at least one be grouped into described base station and channel condition information measured the reference signal of a plurality of channel condition informations of concentrating divides into groups to obtain; Described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

8. method according to claim 7 is characterized in that, the reference signal of described channel condition information is identified jointly by the configuration identifier of channel condition information and the port-mark under the described configuration identifier.

9. method according to claim 7, it is characterized in that, described at least one reference signal that is grouped into a plurality of channel condition informations of described base station measure being concentrated by channel condition information is according to making the received power difference of the reference signal of each channel condition information in each grouping in described at least one grouping less than the packet mode of predetermined threshold value, described channel condition information measured the reference signal of described a plurality of channel condition informations of concentrating divides into groups to obtain;

Perhaps described at least one reference signal that is grouped into a plurality of channel condition informations of described base station measure being concentrated by channel condition information is according to the distance in the geographical position of the antenna of the reference signal correspondence of each channel condition information in each grouping that makes in described at least one grouping packet mode less than the predeterminable range threshold value, described channel condition information measured the reference signal of described a plurality of channel condition informations of concentrating divides into groups to obtain.

10. method according to claim 7 is characterized in that, the indication information of the grouping information of described first grouping comprises the reference signal of the channel condition information that comprises in described first group character of dividing into groups and/or described first grouping.

11. according to the arbitrary described method of claim 7-10, it is characterized in that, from the grouping information of described at least one grouping, select the grouping information of first grouping to carry out the channel condition information measurement, obtain first channel condition information, comprising:

When comprising the grouping information of a plurality of groupings in the grouping information of described at least one grouping, from the grouping information of described a plurality of groupings, select the grouping information of at least two described first groupings to carry out the channel condition information measurement respectively, obtain at least two described first channel condition informations;

Indication information to the grouping information of described first channel condition information of described base station feedback and corresponding described first grouping comprises:

Indication information to the grouping informations of at least two described first channel condition informations of described base station feedback and corresponding at least two described first groupings.

12. method according to claim 11 is characterized in that, the indication information to the grouping informations of at least two described first channel condition informations of described base station feedback and corresponding at least two described first groupings comprises:

By the indication information of PUSCH aperiodicity to the grouping informations of at least two described first groupings of at least two described first channel condition informations of described base station feedback and correspondence; Perhaps

By the indication information of PUCCH periodicity to the grouping informations of at least two described first groupings of at least two described first channel condition informations of described base station feedback and correspondence.

13. method according to claim 12 is characterized in that, at least two described first channel condition informations are for adopting that relevant associating send mode sends or adopting incoherent associating send mode to send;

Send when at least two described first channel condition informations adopt relevant associating send mode, described method also comprises:

Send any phase information and/or amplitude information between the two at least two described first channel condition informations to described base station.

14. a channel condition information method of measurement is characterized in that, comprising:

Described channel condition information is measured the reference signal of described a plurality of channel condition informations of concentrating and divided into groups, obtain at least one grouping; From the grouping information of described at least one grouping, select the grouping information of first grouping to carry out the channel condition information measurement, obtain first channel condition information; Described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

15. according to right 14 described methods, it is characterized in that, send to described base station before described first grouping information of dividing into groups of described first channel condition information and correspondence, also comprise:

Send the grouping information of described at least one grouping to described base station;

Send described first channel condition information and the described first corresponding grouping information of dividing into groups to described base station, comprising:

Send the indication information of described first grouping information of dividing into groups of described first channel condition information and correspondence to described base station; The indication information of grouping information of described first grouping comprises the reference signal of the channel condition information that comprises in the group character of described grouping or described first grouping.

16. method according to claim 14 is characterized in that, the reference signal of described channel condition information is identified jointly by the configuration identifier of channel condition information and the port-mark under the described configuration identifier.

17. method according to claim 14 is characterized in that, described channel condition information is measured the reference signal of described a plurality of channel condition informations of concentrating and is divided into groups, and comprising:

18. method according to claim 15 is characterized in that, when comprising the grouping information of a plurality of groupings in the grouping information of described at least one grouping;

From the grouping information of described at least one grouping, select the grouping information of first grouping to carry out the channel condition information measurement, obtain first channel condition information, comprising:

From the grouping information of described a plurality of groupings, select the grouping information of at least two described first groupings to carry out the channel condition information measurement respectively, obtain at least two corresponding described first channel condition informations;

Send the indication information of described first grouping information of dividing into groups of described first channel condition information and correspondence to described base station, comprising:

Send the indication information of at least two described first grouping informations of dividing into groups of at least two described first channel condition informations and correspondence to described base station by the PUSCH aperiodicity; Perhaps

Periodically send the indication information of at least two described first grouping informations of dividing into groups of at least two described first channel condition informations and correspondence to described base station by PUCCH.

19. method according to claim 18 is characterized in that, at least two described first channel condition informations are for adopting that relevant associating send mode sends or adopting incoherent associating send mode to send;

20. a channel condition information method of measurement is characterized in that, comprising:

Measure collection to subscriber equipment transmitting channel state information, described channel condition information is measured and is concentrated the reference signal that comprises a plurality of channel condition informations; Described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

21. method according to claim 20 is characterized in that, receives before the grouping information of described first channel condition information that described subscriber equipment sends and corresponding described first grouping, also comprises:

Receive the grouping information of described at least one grouping of described subscriber equipment transmission;

Receive described first channel condition information and the described first corresponding grouping information of dividing into groups that described subscriber equipment sends, comprising:

Receive the indication information of the grouping information of described first channel condition information that described subscriber equipment sends and corresponding described first grouping; The indication information of grouping information of described first grouping comprises the reference signal of the channel condition information that comprises in the group character of described grouping or the described grouping.

22. method according to claim 21 is characterized in that, comprises the grouping information of a plurality of groupings in the grouping information of described at least one grouping; From the grouping information of described a plurality of groupings, select the grouping informations of at least two described first groupings to carry out channel condition information respectively when described subscriber equipment and measure, when obtaining corresponding at least two described first channel condition informations;

Receive the indication information of the grouping information of described first channel condition information that described subscriber equipment sends and corresponding described first grouping, comprising:

The indication information of the grouping informations of at least two described first channel condition informations that receive that described subscriber equipment sends by the PUSCH aperiodicity and at least two corresponding described first groupings; Perhaps

The indication information of the grouping informations of at least two described first channel condition informations that receive that described subscriber equipment periodically sends by PUCCH and at least two corresponding described first groupings.

23. method according to claim 22 is characterized in that, at least two described first channel condition informations are that described subscriber equipment adopts that relevant associating send mode sends or are that described subscriber equipment adopts incoherent associating send mode to send;

24., it is characterized in that the reference signal of described channel condition information is identified jointly by the configuration identifier of channel condition information and the port-mark under the described configuration identifier according to the arbitrary described method of claim 20-23.

25. a base station is characterized in that, comprising:

Grouping module, the reference signal that is used for a plurality of channel condition informations that measurement is concentrated to channel condition information is divided into groups, and obtains at least one grouping; Sending module is used for sending to subscriber equipment the grouping information of described at least one grouping, and described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

Receiver module, be used for to receive the indication information of the grouping information of first channel condition information of described subscriber equipment feedback and first grouping, the grouping information of wherein said first channel condition information to be described subscriber equipment select from the grouping information of described at least one grouping that receives first grouping is carried out channel condition information and is measured and obtain.

26. base station according to claim 25 is characterized in that, the reference signal of described channel condition information is identified jointly by the configuration identifier of channel condition information and the port-mark under the described configuration identifier.

27. base station according to claim 25 is characterized in that:

Described grouping module, concrete being used for according to making the received power difference of reference signal of each channel condition information in described at least one each grouping of dividing into groups less than the packet mode of predetermined threshold value, described channel condition information is measured the reference signal of described a plurality of channel condition informations of concentrating and divided into groups, obtain at least one grouping;

Perhaps described grouping module, concrete being used for measures the reference signal of described a plurality of channel condition informations of concentrating and divides into groups according to making the distance in geographical position of antenna of reference signal correspondence of each channel condition information in each grouping of described at least one grouping less than the packet mode of predeterminable range threshold value to described channel condition information.

28. base station according to claim 25 is characterized in that, the indication information of the grouping information of described first grouping comprises the reference signal of the channel condition information that comprises in described first group character of dividing into groups and/or described first grouping.

29., it is characterized in that described receiver module is used for comprising when the grouping information of described at least one grouping the grouping information of a plurality of groupings according to the arbitrary described base station of claim 25-28; Selecting the grouping information of at least two first groupings to carry out channel condition information respectively from the grouping information of described a plurality of groupings when described subscriber equipment measures, when obtaining at least two described first channel condition informations, receive at least two described first channel condition information of described subscriber equipment by PUSCH aperiodicity feedback and the indication information of the grouping informations of corresponding at least two described first groupings; Perhaps receive described subscriber equipment by the indication information of the grouping informations of at least two described first channel condition informations of PUCCH periodic feedback and corresponding at least two described first groupings.

30. base station according to claim 29 is characterized in that, at least two described first channel condition informations are that the relevant associating send mode of described subscriber equipment employing sends or adopt incoherent associating send mode to send;

Described receiver module, also being used at least two described first channel condition informations to be that described subscriber equipment adopts relevant associating send mode to send, receive at least two described first channel condition informations that described subscriber equipment sends any between the two between phase information and/or amplitude information.

31. a subscriber equipment is characterized in that, comprising:

Receiver module, be used for to receive the grouping information of at least one grouping that the base station sends, described at least one be grouped into described base station channel condition information measured the reference signal that described grouping information that the reference signal of a plurality of channel condition informations of concentrating divides into groups to obtain comprises the channel condition information that comprises in the group character of described grouping and the described grouping;

32. subscriber equipment according to claim 31 is characterized in that, the reference signal of described channel condition information is identified jointly by the configuration identifier of channel condition information and the port-mark under the described configuration identifier.

33. subscriber equipment according to claim 30 is characterized in that, the indication information of the grouping information of described first grouping comprises the reference signal of the channel condition information that comprises in described first group character of dividing into groups and/or described first grouping.

34. according to the arbitrary described subscriber equipment of claim 31-33, it is characterized in that:

Described processing module, concrete being used for when the grouping information of described at least one grouping comprises the grouping information of a plurality of groupings, from the grouping information of described a plurality of groupings, select the grouping information of at least two described first groupings to carry out the channel condition information measurement respectively, obtain at least two described first channel condition informations;

Described sending module, concrete being used for to the indication information of at least two described first grouping informations of dividing into groups of at least two described first channel condition informations of described base station feedback and correspondence.

35. subscriber equipment according to claim 34, it is characterized in that, described sending module, concrete being used for by the indication information of PUSCH aperiodicity to the grouping information of at least two described first groupings of at least two described first channel condition informations of described base station feedback and correspondence; Perhaps by the indication information of PUCCH periodicity to the grouping informations of at least two described first groupings of at least two described first channel condition informations of described base station feedback and correspondence.

36. subscriber equipment according to claim 35 is characterized in that, at least two described first channel condition informations are for adopting that relevant associating send mode sends or adopting incoherent associating send mode to send; Described sending module also for adopting relevant associating send mode to send by at least two described first channel condition informations, sends any phase information and/or amplitude information between the two at least two described first channel condition informations to described base station.

37. a subscriber equipment is characterized in that, comprising:

Grouping module is used for the reference signal of the concentrated described a plurality of channel condition informations of described channel condition information measurement is divided into groups, and obtains at least one grouping;

Processing module is used for selecting the grouping information of first grouping to carry out channel condition information from the grouping information of described at least one grouping and measures, obtain first channel condition information; Described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

38. according to the described subscriber equipment of claim 37, it is characterized in that:

Described sending module also before the grouping information for described first grouping that sends described first channel condition information and correspondence to described base station, sends the grouping information of described at least one grouping to described base station;

Described sending module, the concrete indication information that is used for sending to described base station described first grouping information of dividing into groups of described first channel condition information and correspondence; The indication information of grouping information of described first grouping comprises the reference signal of the channel condition information that comprises in the group character of described grouping or described first grouping.

39., it is characterized in that the reference signal of described channel condition information is identified jointly by the configuration identifier of channel condition information and the port-mark under the described configuration identifier according to the described subscriber equipment of claim 38.

40. according to the described subscriber equipment of claim 38, it is characterized in that, described grouping module, concrete being used for according to making the received power difference of reference signal of each channel condition information in described at least one each grouping of dividing into groups less than the packet mode of predetermined threshold value, described channel condition information is measured the reference signal of described a plurality of channel condition informations of concentrating and divided into groups, obtain described at least one grouping;

Perhaps described grouping module, concrete being used for according to making the distance in geographical position of antenna of reference signal correspondence of each channel condition information in each grouping of described at least one grouping less than the packet mode of predeterminable range threshold value, described channel condition information is measured the reference signal of described a plurality of channel condition informations of concentrating and divided into groups, obtain described at least one grouping.

41. according to claim 38 or 39 described subscriber equipmenies, it is characterized in that:

Described processing module, concrete being used for when the grouping information of described at least one grouping comprises the grouping information of a plurality of groupings, from the grouping information of described a plurality of groupings, select the grouping information of at least two described first groupings to carry out the channel condition information measurement respectively, obtain at least two corresponding described first channel condition informations;

Described sending module specifically is used for by the indication information of PUSCH aperiodicity to the grouping informations of two described first groupings of described two described first channel condition informations of base station transmission and correspondence at least at least; Perhaps by the indication information of PUCCH periodicity to the grouping information of at least two described first groupings of described at least two described first channel condition informations of base station transmission and correspondence.

42., it is characterized in that at least two described first channel condition informations are for adopting that relevant associating send mode sends or adopting incoherent associating send mode to send according to the described subscriber equipment of claim 40; Described sending module also for adopting relevant associating send mode to send by at least two described first channel condition informations, sends any phase information and/or amplitude information between the two at least two described first channel condition informations to described base station.

43. a base station is characterized in that, comprising:

Sending module is used for measuring collection to subscriber equipment transmitting channel state information, and described channel condition information is measured and concentrated the reference signal that comprises a plurality of channel condition informations; Described grouping information comprises the reference signal of the channel condition information that comprises in the group character of described grouping and the described grouping;

Receiver module, for receiving described first channel condition information and the described first corresponding grouping information of dividing into groups that described subscriber equipment sends, the grouping information of described first grouping is that the reference signal that described subscriber equipment is measured described a plurality of channel condition informations of concentrating to described channel condition information is divided into groups, obtain at least one grouping, and selection obtains from the grouping information of described at least one grouping; To be described subscriber equipment carry out channel condition information according to the grouping information of described first grouping of selecting to described first channel condition information measures.

44. according to the described base station of claim 43, it is characterized in that, described receiver module, also before described first grouping information of dividing into groups for described first channel condition information that sends at the described subscriber equipment of reception and correspondence, receive the grouping information of described at least one grouping of described subscriber equipment transmission;

Described receiver module, the concrete indication information that is used for receiving the grouping information of described first channel condition information that described subscriber equipment sends and corresponding described first grouping; The indication information of grouping information of described first grouping comprises the reference signal of the channel condition information that comprises in the group character of described grouping or the described grouping.

45. according to the described base station of claim 44, it is characterized in that:

Described receiver module, the concrete grouping information that is used for comprising when the grouping information of described at least one grouping a plurality of groupings; Selecting the grouping information of at least two described first groupings to carry out channel condition information respectively from the grouping information of described a plurality of groupings when described subscriber equipment measures, when obtaining corresponding at least two described first channel condition informations, the indication information of the grouping informations of at least two described first channel condition informations that receive that described subscriber equipment sends by the PUSCH aperiodicity and at least two corresponding described first groupings; The indication information of the grouping informations of at least two described first channel condition informations that receive perhaps that described subscriber equipment periodically sends by PUCCH and at least two corresponding described first groupings.

46., it is characterized in that at least two described first channel condition informations are that described subscriber equipment adopts that relevant associating send mode sends or are that described subscriber equipment adopts incoherent associating send mode to send according to the described base station of claim 45; Described receiver module, also being used at least two described first channel condition informations to be that described subscriber equipment adopts relevant associating send mode to send, and receives any phase information and/or amplitude information between the two at least two described first channel condition informations that described subscriber equipment sends.

47., it is characterized in that the reference signal of described channel condition information is identified jointly by the configuration identifier of channel condition information and the port-mark under the described configuration identifier according to the arbitrary described base station of claim 43-46.

48. a channel condition information measuring system is characterized in that, comprises base station and subscriber equipment;

The arbitrary described base station of claim 25-30 is as mentioned above adopted in described base station, and described subscriber equipment adopts the arbitrary described subscriber equipment of claim 31-36 as mentioned above; Perhaps

Described subscriber equipment adopts the arbitrary described subscriber equipment of claim 37-42 as mentioned above, and the arbitrary described base station of claim 43-47 is as mentioned above adopted in described base station.