CN104919738A

CN104919738A - Method and device for information announcement and reporting and data reception

Info

Publication number: CN104919738A
Application number: CN201480004583.3A
Authority: CN
Inventors: 夏亮; 夏媛
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-10-31
Filing date: 2014-03-11
Publication date: 2015-09-16
Anticipated expiration: 2034-03-11
Also published as: CN109039569A; CN104919738B; CN109005012A

Abstract

Disclosed are a method and device for information announcement and reporting and data reception, so as to enable a UE to measure a CQI more accurately on a specific measurement resource, or enable the UE to receive data more efficiently on a specific transmission resource. The method for information announcement comprises: determining at least two resource groups and channel state information (CSI) configuration information respectively corresponding to each resource group which need to be notified to a user equipment (UE), wherein the CSI configuration information is used for indicating a CSI candidate set; and notifying the UE of the at least two resource groups and the CSI configuration information respectively corresponding to each resource group.

Description

METHOD AND DEVICE FOR INFORMATION ANNOUNCEMENT AND REPORTING AND DATA RECEPTION

Information is notified, reported and data receiver method, equipment technical field

Notify, report and data receiver method, equipment the present invention relates to communication technical field, more particularly to a kind of information.Background technology

The self adaptive flow of Physical Downlink Shared Channel (Physical Downlink Shared Channel, PDSCH) is in current Long Term Evolution (Long Term Evolution, LTE) system：User equipment（User Equipment, UE) estimate for measure channel state information（Channel State Information, CSI) channel information；UE calculates optimal order instruction by the channel information for estimating to obtain（Rank Indication, RI) and pre-coding matrix instruction（Precoding Matrix Indication, PMI );UE calculates the Signal to Interference plus Noise Ratio (Signal to Interference plus Noise Ratio, SINR) based on optimal RI and PMI by the channel information for estimating to obtain;UE indicates the SINR that calculating the is obtained channel qualities for being quantified as 4bit（Channel Quality Indicator, CQI );UE reports PMI, RI, CQI value to evolution base station (evolution NodeB, eNB)；ENB determines the fluxion and pre-coding matrix to the UE PDSCH transmitted according to the UE RI reported and PMI, and eNB is that UE distributes Modulation and Coding Scheme according to the UE CQI values reported and network condition（Modulation and Coding Scheme, MCS), for indicating the modulation coding mode that current PDSCH is used；UE receives PDSCH data according to MCS.Wherein, it is above-mentioned SINR is quantified as CQI during, be between SINR primary area（- 7dB, 19.488dB), do not handled in this interval SINR according to saturation mode.

Under focus scene, for example, relay（Relay), LTE focuses are lifted（LTE Hotspot Improvements, LTE-Hi) under scene, the SINR value that UE is obtained all than larger, such as almost have under certain condition 50% UE SINR value more than 20dB.But, during CQI being quantified as due to SINR, SINR value is handled when exceeding the maximum between above-mentioned primary area according to saturation mode, corresponding CQI index is 15 during saturation mode, so UE can only at most select the corresponding modulation coding modes of CQI that index is 15, higher modulation coding mode is selected so as to limit UE, and then influences systematic function. Introduce 256 quadrature amplitude modulations（Quadrature Amplitude Modulation, QAM) after, can solve the above problems, you can with improve SINR it is higher in the case of systematic function.But introduce after 256QAM, for indicating CQI and indicating that MCS form typically can also expand, for supporting the higher situations of SINR.For example CQI forms are by 4 bits（Bit) CQI forms are changed into 5bit CQI forms, and MCS forms are changed into 6bit MCS forms from 5bit MCS forms.This will improve the expense of CQI feedback and improves the expense that MCS is indicated.Another method is the size for not changing CQI forms and MCS forms, but reduce the corresponding items of low SINR, this will reduce the SINR scopes that CQI and MCS forms are supported, for example, being interfered in less subframe, SINR is very high, it is being interfered in larger subframe, SINR is very low, for same UE, SINR excursions in different subframes are very big, and the excursion of SINR in all subframes can not be met using above-mentioned CQI forms and MCS forms.The content of the invention

The present invention provides a kind of information and notifies, reports and data receiver method, equipment, is measured with realizing that UE carries out more accurate CQI in specifically measurement resource, or realize the reception data of UE higher efficiencies in specific transmission resource.

In a first aspect, a kind of information notice method provided in an embodiment of the present invention, including：

It is determined that need to notify at least two resource groups of user equipment (UE) and the not corresponding channel condition information CSI configuration informations of each set of resources, wherein, the confidence is ceased for indicating CSI candidate collections；The not corresponding CSI configuration informations of at least two resources group and each set of resources are notified to UE.With reference in a first aspect, in the first possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference in a first aspect, or combine first aspect the first possible implementation, in second of possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to second of possible implementation of first aspect, in the third possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling. With reference to second of possible implementation of first aspect, or the third possible implementation of first aspect is combined, in the 4th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference in a first aspect, in the 5th kind of possible implementation, each resource group includes one of following resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, channel condition information CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

Second aspect, the embodiments of the invention provide a kind of information uploading method, including：

At least two resource groups and the not corresponding confidence breath of each set of resources that base station is notified are received, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

The corresponding CSI configuration informations of each resource group notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections, and the CSI that measurement is obtained reports base station.

With reference to second aspect, in the first possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to second aspect, or combine the first possible implementation of second aspect, in second of possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to second of possible implementation of second aspect, in the third possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to second of possible implementation of second aspect, or the third possible implementation of second aspect is combined, in the 4th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to second aspect, in the 5th kind of possible implementation, each resource group includes one of following resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI Process collection, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

The third aspect, a kind of information notice method provided in an embodiment of the present invention, including：

It is determined that needing to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and report pattern to distinguish corresponding CS when reporting CSI based on Physical Uplink Control Channel PUCCH to push up own confidence breath, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

UE is notified to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

With reference to the third aspect, in the first possible implementation, this method also includes：It is determined that needing to notify at least two resource groups to user equipment (UE), and notify at least two resource groups described in UE；Then, it is described to determine to need to notify to report pattern based on PUSCH to UE and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is determined that need notify to UE based on

The notice UE reports pattern based on PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：Notify UE to report pattern to report the CS confidences corresponding to the CSI of at least two resources group to cease based on PUSCH and report pattern to report the confidence corresponding to the CSI of at least two resources group to cease based on PUCCH.

With reference to the third aspect, or the first possible implementation of the third aspect is combined, in second of possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to the third aspect, or combine the first possible implementation of the third aspect, or combine second of possible implementation of the third aspect, in the third possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to the third possible implementation of the third aspect, in the 4th kind of possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling. With reference to the third possible implementation of the third aspect, or the 4th kind of possible implementation of the third aspect is combined, in the 5th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to the third aspect, in the 6th kind of possible implementation, each resource group includes one of following resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

Fourth aspect, a kind of information uploading method provided in an embodiment of the present invention, including：

It is that acquisition base station side is notified or pre-defining that pattern is reported based on Physical Uplink Shared Channel PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Corresponding CSI candidate collections are determined according to the CSI configuration informations respectively, and are utilized respectively corresponding

CSI candidate collections obtain to need to use reports the CSI and/or need to use the CSI for reporting pattern to report based on PUCCH that pattern reports based on PUSCH, and reports corresponding CSI to base station.

With reference to fourth aspect, in the first possible implementation, this method also includes：Obtain at least two resource groups that base station side is notified；Shellfish ' J,

It is that the acquisition base station side is notified or pre-defining that pattern is reported based on PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is that acquisition base station side is notified or pre-defining to report pattern to report the CS confidences corresponding to the CSI of at least two resources group to cease based on PUSCH and report pattern to report the confidence corresponding to the CSI of at least two resources group to cease based on PUCCH；

It is described that corresponding CSI candidate collections are determined according to the CSI configuration informations respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, including：According to based on PUSCH report pattern report the CSI of at least two resources group corresponding to CS confidences breath, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain to need to use and report what pattern was reported based on PUSCH The CSI of at least two resources group;And/or, according to the CSI configuration informations corresponding to the CSI that at least two resources group is reported based on PUCCH, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUCCH at least two resources groups for reporting pattern to report.

With reference to fourth aspect, or the first possible implementation of fourth aspect is combined, in second of possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to fourth aspect, or combine the first possible implementation of fourth aspect, or combine second of possible implementation of fourth aspect, in the third possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to the third possible implementation of fourth aspect, in the 4th kind of possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to the third possible implementation of fourth aspect, or the 4th kind of possible implementation of fourth aspect is combined, in the 5th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to fourth aspect, in the 6th kind of possible implementation, each resource group includes one of following resource：

5th aspect, a kind of information notice method provided in an embodiment of the present invention, including：

It is determined that needing to notify at least two resource groups to user equipment (UE), and determine to need to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include the not corresponding MCS configuration informations of each set of resources；

At least two resources group is notified to UE, and the MCS corresponding to data transfer is matched somebody with somebody into confidence Breath is notified to UE.

With reference to the 5th aspect, in the first possible implementation, the MCS candidate collections include default MCS forms or by the candidate sets in default MCS forms into set.

With reference to the 5th aspect, in second of possible implementation, each resource group includes one of following resource：

6th aspect, a kind of data receiver method provided in an embodiment of the present invention, including：

At least two resource groups that base station is notified are received, and receive the Modulation and Coding Scheme MCS configuration informations corresponding to the notice data transfer of base station, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：The not corresponding Modulation and Coding Scheme MCS configuration informations of each set of resources；

According to the corresponding MCS configuration informations of at least two resources group, it is determined that corresponding MCS candidate collections, data receiver is carried out according to the MCS candidate collections of determination.

With reference to the 6th aspect, in the first possible implementation, the MCS candidate collections include default MCS forms or by the candidate sets in default MCS forms into set.

With reference to the 6th aspect, in second of possible implementation, data receiver is carried out according to the MCS candidate collections of determination, including：

The corresponding MCS candidate collections of resource group according to belonging to the resource of transmission data are received to the data transmitted in the resource group；

Or,

MCS candidate collections according to corresponding to presetting rule one resource group of selection are received to data；

Or,

MCS candidate collections according to corresponding to the resource group belonging to the resource for presetting one transmission data of rule selection are received to data； Or,

According to comprising transmission data the most resource group of resource corresponding to MCS candidate collections data are received.

7th aspect, a kind of information notification apparatus provided in an embodiment of the present invention, including：

Determining unit, for determining to need to notify to give at least two resource groups of user equipment (UE) and each set of resources not corresponding channel condition information confidence breath, wherein, the CS confidences are ceased for indicating CSI candidate collections；

Notification unit, at least two resources group and the not corresponding CSI configuration informations of each set of resources to be notified to UE.

With reference to the 7th aspect, in the first possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to the 7th aspect, or combine the 7th aspect the first possible implementation, in second of possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to the 7th aspect second of possible implementation, in the third possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to second of possible implementation of the 7th aspect, or the third possible implementation of the 7th aspect is combined, in the 4th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to the 7th aspect, in the 5th kind of possible implementation, each resource group includes one of following resource：

Eighth aspect, the embodiments of the invention provide a kind of information reporting equipment, including：

Receiving unit, at least two resource groups and each set of resources for receiving base station notice Dui Ying not CSI configuration informations, wherein, the confidence is ceased for indicating CSI candidate collections；Determining unit, the corresponding CSI configuration informations of each resource group for being notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections, and the CSI that measurement is obtained reports base station.

With reference to eighth aspect, in the first possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to eighth aspect, or combine the first possible implementation of eighth aspect, in second of possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to second of possible implementation of eighth aspect, in the third possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to second of possible implementation of eighth aspect, or the third possible implementation of eighth aspect is combined, in the 4th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to eighth aspect, in the 5th kind of possible implementation, each resource group includes one of following resource：

9th aspect, a kind of information notification apparatus provided in an embodiment of the present invention, including：

Determining unit, for determining to need to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and reporting pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the confidence is ceased for indicating CSI candidate collections；

Notification unit, reports pattern based on PUSCH for notifying UE and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

With reference to the 9th aspect, in the first possible implementation, the determining unit is additionally operable to：Really It is fixed to need to notify at least two resource groups to user equipment (UE), and notify at least two resource groups described in UE；Then,

The determining unit determines to need to notify to be reported pattern based on PUSCH to UE and reported pattern to distinguish corresponding confidence when reporting CSI based on PUCCH to cease, including：It is determined that need to notify to UE's and report pattern to report notification unit described in CS confidences corresponding to the CSI of at least two resources group to notify UE to report pattern based on PUSCH based on PUCCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：Notify UE to report pattern to report the CS confidences corresponding to the CSI of at least two resources group to cease based on PUSCH and report pattern to report the confidence corresponding to the CSI of at least two resources group to cease based on PUCCH.

With reference to the 9th aspect, or the first possible implementation of the 9th aspect is combined, in second of possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to the 9th aspect, or combine the first possible implementation of the 9th aspect, or combine second of possible implementation of the 9th aspect, in the third possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to the 9th aspect the third possible implementation, in the 4th kind of possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to the third possible implementation of the 9th aspect, or the 4th kind of possible implementation of the 9th aspect is combined, in the 5th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to the 9th aspect, in the 6th kind of possible implementation, each resource group includes one of following resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set Close.

Tenth aspect, a kind of information reporting equipment provided in an embodiment of the present invention, it is characterised in that the equipment includes：

Acquiring unit, based on Physical Uplink Shared Channel PUSCH reported pattern and based on Physical Uplink Control Channel PUCCH reported pattern when reporting CSI distinguish corresponding confidence that base station side is notified or pre-defined for obtaining ceases, wherein, the confidence is ceased for indicating CSI candidate collections；

Reporting unit, for determining corresponding CSI candidate collections respectively according to confidence breath, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, and report corresponding CSI to base station.

With reference to the tenth aspect, in the first possible implementation, the acquiring unit is additionally operable to：Obtain at least two resource groups that base station side is notified；Then,

It is that the acquiring unit acquisition base station side is notified or pre-defining that pattern is reported based on PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is that acquisition base station side is notified or pre-defining to report pattern to report the CS confidences corresponding to the CSI of at least two resources group to cease based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH；

The reporting unit determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, including：CSI configuration informations according to corresponding to reporting the CSI of at least two resources group in pattern based on PUSCH, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUSCH at least two resources groups for reporting pattern to report;And/or, according to the confidence breath corresponding to the CSI that at least two resources group is reported based on PUCCH, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUCCH at least two resources groups for reporting pattern to report.

With reference to the tenth aspect, or the first possible implementation of the tenth aspect is combined, in second of possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix PMI is indicated, and/or, order instruction RI.

With reference to the tenth aspect, or combine the first possible implementation of the tenth aspect, or combine second of possible implementation of the tenth aspect, in the third possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to the tenth aspect the third possible implementation, in the 4th kind of possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to the third possible implementation of the tenth aspect, or the 4th kind of possible implementation of the tenth aspect is combined, in the 5th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to the tenth aspect, in the 6th kind of possible implementation, each resource group includes one of following resource：

Tenth on the one hand, a kind of information notification apparatus provided in an embodiment of the present invention, including：

Determining unit, for determining to need to notify at least two resource groups to user equipment (UE), and determine to need to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include the not corresponding MCS configuration informations of each set of resources；

Notification unit, at least two resources group to be notified to UE, and the MCS configuration informations corresponding to data transfer is notified to UE.

With reference to the tenth on the one hand, in the first possible implementation, the MCS candidate collections include default MCS forms or by the candidate sets in default MCS forms into set.

With reference to the tenth on the one hand, in second of possible implementation, each resource group includes one of following resource：

12nd aspect, a kind of data receiver provided in an embodiment of the present invention, including：

Receiving unit, the at least two resource groups for receiving base station notice, and the Modulation and Coding Scheme MCS configuration informations corresponding to the notice data transfer of base station are received, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：The not corresponding Modulation and Coding Scheme MCS configuration informations of each set of resources；

Determining unit, for according to the corresponding MCS configuration informations of at least two resources group, it is determined that corresponding MCS candidate collections；

The receiving unit is additionally operable to carry out data receiver according to the MCS candidate collections of determination.

With reference to the 12nd aspect, in the first possible implementation, the MCS candidate collections include default MCS forms or by the candidate sets in default MCS forms into set.

With reference to the 12nd aspect, in the first possible implementation, the receiving unit carries out data receiver according to the MCS candidate collections of determination, including：

Or,

MCS candidate collections according to corresponding to the resource group belonging to the resource for presetting one transmission data of rule selection are received to data；

Or,

13rd aspect, a kind of information notification apparatus that the present invention is provided, including：

Processor, for determining to need to notify at least two resource groups of user equipment (UE) and each resource The corresponding channel condition information CSI configuration informations of group difference, wherein, the cs confidences are ceased for indicating CSI candidate collections；

Emitter, at least two resources group and the not corresponding confidence breath of each set of resources to be notified to UE.

With reference to the 13rd aspect, in the first possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to the 13rd aspect, or combine the 13rd aspect the first possible implementation, in second of possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to the 13rd aspect second of possible implementation, in the third possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to second of possible implementation of the 13rd aspect, or the third possible implementation of the 13rd aspect is combined, in the 4th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to the 13rd aspect, in the 5th kind of possible implementation, each resource group includes one of following resource：

Fourteenth aspect, the embodiments of the invention provide a kind of information reporting equipment, the equipment includes transceiver and processor, wherein：

At least two resource groups and the not corresponding CSI configuration informations of each set of resources that transceiver base station is notified, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

The corresponding CSI configuration informations of each resource group that processor is notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections；

The CSI that processor measurement is obtained is reported base station by transceiver. With reference to fourteenth aspect, in the first possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to fourteenth aspect, or combine the first possible implementation of fourteenth aspect, in second of possible implementation, the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

With reference to second of possible implementation of fourteenth aspect, in the third possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to second of possible implementation of fourteenth aspect, or the third possible implementation of fourteenth aspect is combined, in the 4th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to fourteenth aspect, in the 5th kind of possible implementation, each resource group includes one of following resource：

15th aspect, a kind of information notification apparatus provided in an embodiment of the present invention, including：

Processor, for determining to need to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and reporting pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the confidence is ceased for indicating CSI candidate collections；

Emitter, reports pattern based on PUSCH for notifying UE and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

With reference to the 15th aspect, in the first possible implementation, the processor is additionally operable to：It is determined that needing to notify at least two resource groups to user equipment (UE), and notify at least two resource groups described in UE；Then,

The processor determines to need to notify to report pattern based on PUSCH to UE and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is determined that needing to notify the base to UE CSI configuration informations corresponding to the CSI at least two resources group that pattern reports are reported in PUSCH and report pattern to report the confidence corresponding to the CSI of at least two resources group to cease based on PUCCH；The emitter notifies UE to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：Notify UE to report pattern to report the CS confidences corresponding to the CSI of at least two resources group to cease based on PUSCH and report pattern to report the confidence corresponding to the CSI of at least two resources group to cease based on PUCCH.

With reference to the 15th aspect, or the first possible implementation of the 15th aspect is combined, in second of possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to the 15th aspect, either combine the first possible implementation of the 15th aspect or combine second of possible implementation of the 15th aspect, in the third possible implementation, gathered.

With reference to the 15th aspect the third possible implementation, in the 4th kind of possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to the third possible implementation of the 15th aspect, or the 4th kind of possible implementation of the 15th aspect is combined, in the 5th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to the 15th aspect, in the 6th kind of possible implementation, each resource group includes one of following resource：

16th aspect, a kind of information reporting equipment provided in an embodiment of the present invention, including：Processor and transceiver, wherein：

Processor obtains base station side notice or pre-defined based on Physical Uplink Shared Channel PUSCH Report pattern and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the confidence is ceased for indicating CSI candidate collections；Processor determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, and corresponding CSI is reported to base station by transceiver.

With reference to the 16th aspect, in the first possible implementation, the transceiver is additionally operable to obtain at least two resource groups that base station side is notified；Then,

The processor obtains that base station side is notified or pre-defined reported pattern based on PUSCH and reported pattern to distinguish corresponding confidence when reporting CSI based on PUCCH and ceased, including：Obtain and that base station side is notified or pre-defined report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH；

The transceiver determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, including：Reported according to based on PUSCH in pattern>CS confidences breath corresponding to the CSI of at least two resources group, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUSCH at least two resources groups for reporting pattern to report;And/or, according to the confidence breath corresponding to the CSI that at least two resources group is reported based on PUCCH, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUCCH at least two resources groups for reporting pattern to report.

With reference to the 16th aspect, or the first possible implementation of the 16th aspect is combined, in second of possible implementation, the CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.

With reference to the 16th aspect, either combine the first possible implementation of the 16th aspect or combine second of possible implementation of the 16th aspect, in the third possible implementation, institute Set.

With reference to the 16th aspect the third possible implementation, in the 4th kind of possible implementation, the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

With reference to the third possible implementation of the 16th aspect, or the 4th kind of possible implementation of the 16th aspect is combined, in the 5th kind of possible implementation, the CSI forms are CQI forms, PMI forms or RI forms.

With reference to the 16th aspect, in the 6th kind of possible implementation, each resource group includes one of following resource：

17th aspect, a kind of information notification apparatus provided in an embodiment of the present invention, including：

Processor, for determining to need to notify at least two resource groups to user equipment (UE), and determine to need to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include the not corresponding MCS configuration informations of each set of resources；

Emitter, at least two resources group to be notified to UE, and the MCS configuration informations corresponding to data transfer is notified to UE.

With reference to the 17th aspect, in the first possible implementation, the MCS candidate collections include default MCS forms or by the candidate sets in default MCS forms into set.

With reference to the 17th aspect, in second of possible implementation, each resource group includes one of following resource：

18th aspect, a kind of data receiver provided in an embodiment of the present invention, including： Receiver, the at least two resource groups for receiving base station notice, and the Modulation and Coding Scheme MCS configuration informations corresponding to the notice data transfer of base station are received, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：The not corresponding Modulation and Coding Scheme MCS configuration informations of each set of resources；

Processor, for just blunt according to the corresponding MCS configuration informations of at least two resources group, it is determined that corresponding MCS candidate collections；

The receiver is additionally operable to carry out data receiver according to the MCS candidate collections of determination.

With reference to the 18th aspect, in the first possible implementation, the MCS candidate collections include default MCS forms or by the candidate sets in default MCS forms into set.

With reference to the 18th aspect, in second of possible implementation, the receiver carries out data receiver according to the MCS candidate collections of determination, including：

Or,

The embodiment of the present invention determines to need notice at least two resource groups of user equipment (UE) and the not corresponding channel condition information CSI configuration informations of each set of resources, wherein, the CS confidences are ceased for indicating CSI candidate collections；The not corresponding confidence breath of at least two resources group and each set of resources is notified to UE, so as to control UE to carry out more accurate CSI measurements in specifically measurement resource.

At least two resource groups and each set of resources that the embodiment of the present invention receives base station notice are not corresponding CSI configuration informations, wherein, the confidence is ceased for indicating CSI candidate collections；The corresponding CSI configuration informations of each resource group notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections, and the CSI that measurement is obtained reports base station.Measure and report so as to realize that UE carries out more accurate CSI in specifically measurement resource.

The embodiment of the present invention determines to need to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and report pattern to distinguish corresponding CSI configuration informations when reporting CQI based on Physical Uplink Control Channel PUCCH, wherein, the confidence is ceased for indicating CSI candidate collections；UE is notified to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CQI based on PUCCH, so as to control UE to carry out more accurate CSI measurements in specifically measurement resource.

It is that acquisition base station side of the embodiment of the present invention is notified or pre-defining that pattern is reported based on Physical Uplink Shared Channel PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；Corresponding CSI candidate collections are determined according to the CSI configuration informations respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, and corresponding CSI is reported to base station, so as to realize that UE carries out more accurate CSI measurements and reported in specifically measurement resource.

The embodiment of the present invention is determined to need to notify at least two resource groups to user equipment (UE), and at least two resources group is notified to UE;It is determined that needing to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include the not corresponding MCS configuration informations of each set of resources；MCS configuration informations corresponding to data transfer are notified to UE, so as to control the reception data of UE higher efficiencies in specific transmission resource.

The embodiment of the present invention receives at least two resource groups that base station is notified；The Modulation and Coding Scheme MCS configuration informations corresponding to the notice data transfer of base station are received, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：The not corresponding Modulation and Coding Scheme MCS configuration informations of each set of resources；According to the corresponding MCS configuration informations of different resource group, it is determined that corresponding MCS candidate collections, carry out data receiver, so as to realize that UE is higher in specific transmission resource according to the MCS candidate collections of determination The reception data of efficiency.Brief description of the drawings

Fig. 1 is the schematic flow sheet of the first information notice method provided in an embodiment of the present invention；

Fig. 2 is the schematic flow sheet of 4 blunt methods in the first information provided in an embodiment of the present invention；

Fig. 3 is the schematic flow sheet of second of information notice method provided in an embodiment of the present invention；

Fig. 4 is the schematic flow sheet of second of information uploading method provided in an embodiment of the present invention；

Fig. 5 is the schematic flow sheet of the third information notice method provided in an embodiment of the present invention；

Fig. 6 is the schematic flow sheet of the third information uploading method provided in an embodiment of the present invention；

Fig. 7 is the schematic flow sheet of the 4th kind of information notice method provided in an embodiment of the present invention；

Fig. 8 is a kind of schematic flow sheet of data receiver method provided in an embodiment of the present invention；

Fig. 9 is the structural representation of the first information notification apparatus provided in an embodiment of the present invention；

Figure 10 is the structural representation of equipment in the first information provided in an embodiment of the present invention；Figure 11 is the structural representation of equipment in second of information provided in an embodiment of the present invention；Figure 12 is the structural representation of the 4th kind of information notification apparatus provided in an embodiment of the present invention；Figure 13 is the structural representation of equipment in the third information provided in an embodiment of the present invention.Embodiment

The embodiment of the present invention in network side and the configuration of UE sides by including the different multiple CSI forms and MCS forms of different modulating mode and the SNR ranges supported in advance, allow UE to carry out accurate CSI measurements in specifically measurement resource using corresponding CSI forms, or utilize the reception data of corresponding MCS forms higher efficiency on specific transfer resource.

Base station notifies the resource groups of UE at least two, base station notifies the not corresponding CSI configuration informations of at least two set of resources described in UE, so that UE^ obtains each resource at least one resource group at least two resources group according to the CSI configuration informations and distinguishes corresponding CSI respectively, UE reports the CSI to base station.

Further, base station notifies resource corresponding CSI configuration informations of the UE in addition at least two resources group so that UE is obtained in addition at least two resources group according to the CSI configuration informations Resource corresponding CSI, UE report the CSI to base station.Or CSI candidate collections so that the resource corresponding CSI, UE that UE is obtained in addition at least two resources group according to the CSI configuration informations or CSI candidate collections report the CSI to base station.Described pre-define can be pre-set.

The CSI includes：CQI, and/or, pre-coding matrix instruction（PMI), and/or, order instruction（RI ).The set of item composition.

The CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

The CSI forms are：CQI forms, PMI forms or RI forms.

In the embodiment of the present invention, base station side notifies the CSI configuration informations to UE, but the configuration information of any one or more information in CQI, PMI, RI, UE can carry out the measurement of any one or more information in CQI, PMI, RI and report according to the configuration information of the information of any one or more in CQI, PMI, RI.Therefore, the CSI forms pre-set can also be any one or more in CQI forms, PMI forms, RI forms.

Specifically, the resource group can be subframe, sub-frame set, resource block (Resource Block, RB), RB set, carrier wave, carrier set, CSI processes or CSI process collections, channel condition information-reference signal (Channel State Information-Reference Resource, CSI-RS) or CSI-RS set, access point or access point set.Or the resource group can be the combination of at least two in subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, CSI-RS, CSI-RS set, access point, access point set.

Specifically, carrier wave can refer to member carrier（Component Carrier, CC );Access point can refer to the corresponding base station of cell, Remote Radio Unit（Remote Radio Unit, RRU), remote radio front end (Remote Radio Head, RRH), macrocell, cell, Microcell, Home eNodeB etc.；CSI processes are by a non-zero power CSI-RS and a CSI interferometry（Channel State Information-Interference Measurement, CSI-IM) resource composition, wherein UE^ is blunt according to non-zero power Rate CSI-RS obtains down channel, and carries out interferometry according to CSI-IM, and is calculated according to the result of down channel and interferometry and report CSI to base station.

Specifically, three below CQI forms illustrate three different CQI candidate collections.Table one：First CQI forms

CQI indexes（Index (modulation) code check (code spectrum efficiencies) are modulated

rate ) x 1024 ( efficiency )

0 over range (out of range)

1 QPSK (Quadrature 78 0.1523

Phase Shift Keying, QPSK )

2 QPSK 120 0.2344

3 QPSK 193 0.3770

4 QPSK 308 0.6016

5 QPSK 449 0.8770

6 QPSK 602 1.1758

7 16QAM 378 1.4766

8 16QAM 490 1.9141

9 16QAM 616 2.4063

10 64QAM 466 2.7305

11 64QAM 567 3.3223

12 64QAM 666 3.9023

13 64QAM 772 4.5234

14 64QAM 873 5.1152

The tables two of 15 64QAM 948 5.5547：2nd CQI forms

CQI indexes（Index) effective (efficiency) the x l024 of modulation (modulation) code check (code rate) frequency

0 over range (out of range)

1 QPSK 78 0.1523

2 QPSK 193 0.3770

3 QPSK 449 0.8770

Table three：3rd CQI forms

In illustrating above, the difference of three CQI forms is：2nd CQI forms and the first CQI form phases Than including higher modulation system in the 2nd CQI forms（256QAM), and the SNR ranges supported of the 2nd CQI forms are also larger；3rd CQI forms include higher modulation system compared with the first CQI forms in the 3rd CQI forms（ 256QAM );2nd CQI forms are compared with the 3rd CQI forms, and the SNR ranges that the 2nd CQI forms are supported are also larger（Support low signal-to-noise ratio scope), but the quantified precision of the 3rd CQI forms is higher, i.e., and adjacent item correspondence SN space is smaller.

Specifically, when CQI candidate collections include one in M default CQI forms, the CQI configuration informations are N-bit signaling, for indicating one in the M default CQI forms, wherein M is positive integer, N is the integer not less than log2 (M), and wherein log2 (M) is represented with 2 logarithms for being bottom M.

When CQI candidate collections include by the candidate sets in default CQI forms into set when, the CQI configuration informations be bitmap（Bitmap) signaling, the candidate sets by default CQI forms into set be by the bitmap denoting signaling.Specifically, if there is X candidate item in the default CQI forms, so described bitmap signaling includes Y bit, wherein each at least one corresponding candidate item of bit, if some bit is 1 in bitmap signaling, then it represents that the corresponding candidate item of the bit belongs to CQI candidate collections；If some bit is 0 in bitmap signaling, represent that the corresponding candidate item of the bit is not belonging to CQI candidate collections.Wherein X is positive integer, and Y is the positive integer less than or equal to X.It should be noted that Y can be equal to X, now each bit corresponds to a candidate item in bitmap signaling；Y might be less that X, and now the one or more candidate items of each bit correspondence in bitmap signaling, can now reduce the expense of CQI configuration informations.

Specifically, table four, which lists one, default is used for PMI the and RI forms of 2 antenna ports：

Table four：PMI and RI forms

Specifically, PMI with RI candidate collections include by the candidate sets in default PMI with RI forms into Set, PMI the and RI configuration informations are bitmap（Bitmap) signaling, the candidate sets by default PMI with RI forms into set be by the bitmap denoting signaling.Candidate collection：

Table five：First PMI forms

Table six：2nd PMI forms

In illustrating above, two I forms include different pre-coding matrixes.

Specifically, PMI candidate collections include one in 2 default PMI forms, the PMI configuration informations are 2 bit signallings, for indicating one in described 2 default PMI forms.Table seven：First RI forms Table eight：2nd RI forms

In illustrating above, the difference of two RI forms is：First RI forms include higher order compared with the 2nd RI forms in the first RI forms.

Specifically, RI candidate collections include one in 2 default RI forms, the RI configuration informations are 2 bit signallings, for indicating one in described 2 default RI forms.

Further, base station notifies not corresponding MCS (Modulation and Coding Scheme, the Modulation and Coding Scheme) configuration information of the set of resources of UE at least two so that UE receives data according to the MCS configuration informations.

Further, base station notifies resource corresponding MCS configuration informations of the UE in addition at least two resources group so that UE receives data according to the MCS configuration informations.

Or, pre-define the corresponding MCS configuration informations of resource or MCS candidate collections in addition at least two resources group so that UE^ receives data according to the MCS configuration informations or MCS candidate collections.

Specifically, the MCS configuration informations be used for indicate MCS candidate collections, the MCS candidate collections can be MCS forms, or by the candidate sets in MCS forms into set.Following two MCS forms illustrate two different MCS candidate collections.

Table nine：First MCS forms

MCS indexes（Index) order of modulation (Modulation Order) transport block set（ Transport

Block Set, TBS ) Index

0 2 0

1 2 1

2 2 2 3 2 3

4 2 4

5 2 5

6 2 6

7 2 7

8 2 8

9 2 9

10 4 9

11 4 10

12 4 11

13 4 12

14 4 13

15 4 14

16 4 15

17 6 15

18 6 16

19 6 17

20 6 18

21 6 19

22 6 20

23 6 21

24 6 22

25 6 23

26 6 24

27 6 25

28 6 26

29 2

30 4 retain (reserved)

31 6

Table ten：2nd MCS forms

MCS indexes（Index) order of modulation (Modulation Order) transport block set（ Transport Block

Set, TBS ) Index

0 2 0 1 2 2

2 2 4

3 2 6

4 2 8

5 4 9

6 4 11

7 4 13

8 4 14

9 4 15

10 6 16

11 6 17

12 6 18

13 6 19

14 6 20

15 6 21

16 6 22

17 6 23

18 6 24

19 6 25

20 6 26

21 8 26

22 8 27

23 8 28

24 8 29

25 8 30

26 8 31

27 8 32

28 2 retain (reserved)

29 4

30 6

In more than 31 8 citings, the difference of two MCS forms is：2nd MCS forms include higher modulation system compared with the first MCS forms in the 2nd MCS forms（256QAM ).

The first implementation provided in an embodiment of the present invention is described below： Below so that CSI includes CQI as an example, point situation is carried out specifically for example, and illustrating corresponding beneficial effect respectively.It is similar with the implementation when CSI includes PMI, RI, repeat no more.

Citing 1:Resource group refers to sub-frame set.

Base station notifies the sub-frame sets of UE at least two, and base station notifies that at least two sub-frame sets distinguish corresponding CQI configuration informations described in UE, so that UE is according to the C, (^ configuration informations obtain CQI measurement reference subframes corresponding CQI, UE at least one sub-frame set at least two sub-frame sets and report CQI to base station respectively.Wherein CQI measurements refer to the subframe for carrying out CQI measurements with reference to subframe.

For example：Base station is that UE configures two sub-frame sets, respectively sub-frame set A and sub-frame set B, and base station notifies the corresponding CQI configuration informations of UE sub-frame sets A and the corresponding CQI configuration informations of sub-frame set B.Specific sub-frame set A is the less subframe that is interfered, sub-frame set B is the larger subframe that is interfered, therefore the SINR of the signal transmitted in the subframe that sub-frame set A is included is higher, the SINR of the signal transmitted in the subframe that sub-frame set B is included is relatively low, in this case, the corresponding CQI configuration informations of sub-frame set A can serve to indicate that CQI forms A, such as the above the 2nd CQI forms or the 3rd CQI forms, (^ configuration informations can serve to indicate that CQI forms B to the corresponding C of sub-frame set B, such as the above the first CQI forms, wherein CQI forms A is compared with CQI forms B, CQI forms A contains the modulation system higher than 64QAM, such as 256QAM.

(^ configuration informations determine corresponding CQI forms in two sub-frame sets to the C that UE is notified according to base station respectively, and according to the two CQI forms, the CQI of the subframe in two sub-frame sets is measured respectively.If specifically, CQI measurements belong to sub-frame set A with reference to subframe, then UE obtains CQI according to CQI forms A;If CQI measurements belong to sub-frame set B with reference to subframe, then UE obtains CQI according to CQI forms B.

Further, base station notifies the sub-frame sets of UE at least two to distinguish corresponding MCS configuration informations so that U＆f is blunt to receive data according to MCS configuration informations.

Specifically, sub-frame set corresponding MCS configuration informations of the UE according to belonging to the subframe of transmission data, determines MCS candidate collections, and receive data according to the MCS candidate collections.

Above example is continuing with, base station notifies the corresponding MCS configuration informations of UE sub-frame sets A and the corresponding MCS configuration informations of sub-frame set B.The corresponding MCS configuration informations of sub-frame set A can serve to indicate that MCS forms A, such as the 2nd the above MCS forms, the corresponding MCS of sub-frame set B match somebody with somebody confidence Breath can serve to indicate that MCS forms B, such as the first the above MCS forms, wherein MCS forms A are compared with MCS forms B, and MCS forms A contains the modulation system higher than 64QAM, such as 256QAM.

The MCS configuration informations that UE is notified according to base station determine corresponding MCS forms in two sub-frame sets respectively, and according to the two MCS forms, the data transmitted in the subframe in two sub-frame sets are received respectively.If specifically, the subframe of transmission data belongs to sub-frame set A, then UE determines the Modulation and Coding Scheme of data according to MCS forms A, and then receives data；If the subframe of transmission data belongs to sub-frame set B, then the blunt Modulation and Coding Scheme that data are determined according to MCS forms B of U＆f, and then receives data.

Further, base station notifies the sub-frame sets of UE at least two to distinguish corresponding MCS configuration informations, and pre-defined or base station notifies subframe corresponding MCS configuration informations or MCS candidate collection of the UE in addition at least two sub-frame set so that UE receives data according to MCS configuration informations.

Specifically, sub-frame set corresponding MCS configuration informations of the UE according to belonging to the subframe of transmission data, determines MCS candidate collections, and receive data according to the MCS candidate collections；If the subframe of transmission data is not belonging to any one at least two sub-frame set, then the corresponding MCS configuration informations of subframe of the blunt evidences of U＆f in addition at least two sub-frame set or MCS candidate collections receive data.

It is continuing with above example, base station notifies the corresponding MCS configuration informations of UE sub-frame sets A and the corresponding MCS configuration informations of sub-frame set B, pre-defines or base station notifies subframe corresponding MCS configuration informations or MCS candidate collection of the UE in addition to described two sub-frame sets.The corresponding MCS configuration informations of sub-frame set A can serve to indicate that MCS forms A, such as the above the 2nd MCS forms, the corresponding MCS configuration informations of sub-frame set B can serve to indicate that MCS forms B, such as the above the first MCS forms, the corresponding MCS configuration informations of subframe in addition to described two sub-frame sets can serve to indicate that MCS forms B or the corresponding MCS candidate collections of subframe in addition to described two sub-frame sets are MCS forms B, such as the above the first MCS forms, wherein MCS forms A is compared with MCS forms B, MCS forms A contains the modulation system higher than 64QAM, such as 256QAM.

The MCS configuration informations that UE is notified according to base station determine corresponding MCS forms in two sub-frame sets respectively, and according to the two MCS forms, the data transmitted in the subframe in two sub-frame sets are received respectively；UE notifies that subframes of the UE in addition to described two sub-frame sets is corresponding according to pre-defined or base station MCS configuration informations or MCS candidate collections determine the corresponding MCS forms of subframe in addition to described two sub-frame sets, and according to this MCS form, receive the data transmitted in the subframe in addition to described two sub-frame sets.If specifically, the subframe of transmission data belongs to sub-frame set A, then UE determines the Modulation and Coding Scheme of data according to MCS forms A, and then receives data；If the subframe of transmission data belongs to sub-frame set B or is not belonging to sub-frame set A or B, then the blunt Modulation and Coding Scheme that data are determined according to MCS forms B of U＆f, and then receives data.

The beneficial effect of the citing：Due in the subframe of different sub-frame sets, the interference that the signal that UE is received is received has significantly different, therefore the SINR of the signal received also has significantly different, so it is interval preferably to adapt to different SINR using different CQI or using different MCS configurations.Extra, because high SINR can use CQI forms and MCS forms comprising 256QAM, therefore throughput of system can be obviously improved.

Citing 2:Resource group refers to resource set of blocks.

Resource block refers to the resource unit of a sub- frame in, and a subframe can include multiple resource blocks.General, two resource blocks can constitute a resource block pair；Multiple resource blocks can constitute a resource block group.In the present invention, either resource block pair, or resource block group, may be regarded as a bigger resource block, is equally applicable to the present invention.Resource block is all collectively referred to as herein.

Base station notifies the resource set of blocks of UE at least two, base station notifies the resource set of blocks of UE at least two to distinguish corresponding C (^ configuration informations, so that resource block corresponding CQI, UE that UE is obtained at least one resource set of blocks at least two resource set of blocks respectively according to CQI configuration informations report CQI to base station.

For example：Base station is that UE configures two resource set of blocks, respectively resource set of blocks A and resource set of blocks B, and base station notifies UE resource set of blocks A corresponding C (^ configuration informations and the corresponding CQI configuration informations of resource set of blocks B.Specific resource set of blocks A is the less resource block that is interfered, resource set of blocks B is the larger resource block that is interfered, therefore the SINR of the signal transmitted on the resource block that resource set of blocks A is included is higher, the SINR of the signal transmitted on the resource block that resource set of blocks B is included is relatively low, in this case, the corresponding CQI configuration informations of resource set of blocks A can serve to indicate that CQI forms A, such as the above the 2nd CQI forms or the 3rd CQI forms, (^ configuration informations can serve to indicate that CQI forms B to the corresponding C of resource set of blocks B, such as the above the first CQI forms, wherein CQI forms A and CQI forms B phases Than CQI forms A contains the modulation system higher than 64QAM, such as 256QAM.

The CQI configuration informations that UE is notified according to base station side determine corresponding CQI forms on two resource set of blocks respectively, and according to two CQI forms, the CQI of the resource block in two resource set of blocks is measured respectively.Specifically, belonging to resource set of blocks A if necessary to the resource block for carrying out CQI measurements, then U＆f is blunt to obtain CQI according to CQI forms A;Resource block if necessary to carry out CQI measurements belongs to resource set of blocks B, then UE obtains CQI according to CQI forms B.

Further, base station notifies the resource set of blocks of UE at least two to distinguish corresponding MCS configuration informations so that UE receives data according to MCS configuration informations.

Above example is continuing with, base station notifies the corresponding MCS configuration informations of UE resource set of blocks A and the corresponding MCS configuration informations of resource set of blocks B.The corresponding MCS configuration informations of resource set of blocks A can serve to indicate that MCS forms A, such as the above the 2nd MCS forms, the corresponding MCS configuration informations of resource set of blocks B can serve to indicate that MCS forms B, such as the above the first MCS forms, wherein MCS forms A is compared with MCS forms B, MCS forms A contains the modulation system higher than 64QAM, such as 256QAM.

The MCS configuration informations that UE is notified according to base station side determine that two resource set of blocks distinguish corresponding MCS forms respectively, and according to the two MCS forms, the data transmitted on the resource block in two resource set of blocks are received respectively.

The corresponding MCS candidate collections of resource group according to belonging to the resource of transmission data are received to the data transmitted in the resource group, specifically, for example：

If the resource block of transmission data belongs to resource set of blocks A, then the blunt Modulation and Coding Scheme that data are determined according to MCS forms A of U＆f, and then receives data；If the resource block of transmission data belongs to resource set of blocks B, then UE determines the Modulation and Coding Scheme of data according to MCS forms B, and then receives data.

Or, the MCS candidate collections according to corresponding to presetting rule one resource group of selection are received to data, specifically can for example use the following two kinds mode：

Mode one：MCS candidate collections according to corresponding to the resource group belonging to the resource for presetting one transmission data of rule selection are received to data.If for example, numbering minimum resource block in the resource block of transmission data belongs to resource set of blocks A, then UE determines the modulation of data according to MCS forms A Encoding scheme, and then receive data；If numbering minimum resource block in the resource block for transmitting data belongs to resource set of blocks B, then UE determines the Modulation and Coding Scheme of data according to MCS forms B, and then receives data.It should be noted that it can also be other pre-defined resource blocks to number minimum resource block in the resource block of transmission data described here, for example, transmit numbering highest resource block in the resource block of data.

Mode two：According to comprising transmission data the most resource group of resource corresponding to MCS candidate collections data are received.For example, if the resource block number for belonging to resource set of blocks A in the resource block for transmitting data is more than the resource block number for belonging to resource set of blocks B in the resource block of transmission data, so UE determines the Modulation and Coding Scheme of data according to MCS forms A, and then receives data；If the resource block number for belonging to resource set of blocks B in the resource block for transmitting data is more than the resource block number for belonging to resource set of blocks A in the resource block of transmission data, so UE determines the Modulation and Coding Scheme of data according to MCS forms B, and then receives data.If the resource block number for belonging to resource set of blocks B in the resource block for transmitting data is equal to the resource block number for belonging to resource set of blocks A in the resource block of transmission data, so UE determines the Modulation and Coding Scheme of data according to pre-defined MCS form A or MCS forms B, and then receives data.

The beneficial effect of the citing：Due on the resource block of different resource set of blocks, the interference that the signal that UE is received is received has significantly different, therefore the SINR of the signal received also has significantly different, so it is interval preferably to adapt to different SINR using different CQI or using different CQI and MCS configurations.Extra, because high SINR can use CQI forms and MCS forms comprising 256QAM, therefore throughput of system can be obviously improved.

Citing 3:Resource group refers to carrier wave or carrier set.

Communication system（Such as LTE system）In there may be multiple carrier waves.This citing is so that resource group refers to a carrier wave as an example, and the same resource group that can be generalized to refers to carrier set.

Base station notifies the carrier waves of UE at least two, base station notifies the carrier waves of UE at least two to distinguish corresponding CQI configuration informations, so that at least one carrier wave corresponding CQI, UE that UE is obtained at least two carrier waves respectively according to CQI configuration informations report the CQI to base station.

Such as base station is that UE configures two carrier waves, respectively carrier wave A and carrier wave B, and base station notifies UE carrier waves A corresponding C (^ configuration informations and carrier wave B corresponding C (^ configuration informations.Specific carrier wave A be interfered compared with The carrier wave of small carrier wave, such as neighbor cell is the carrier wave of new type（The cell special reference signal of the carrier wave of new type（Cell specific reference signal, CRS) less or no CRS, therefore the interference produced is smaller）, carrier wave B is the larger carrier wave of interference, therefore the SINR of the signal transmitted on carrier wave A is higher, the SINR of the signal transmitted on carrier wave B is relatively low, in this case, the corresponding CQI configuration informations of carrier wave A can serve to indicate that CQI forms A, such as the above the 2nd CQI forms or the 3rd CQI forms, the corresponding CQI configuration informations of carrier wave B can serve to indicate that CQI forms B, such as the above the first CQI forms, wherein CQI forms A is compared with CQI forms B, CQI forms A contains the modulation system higher than 64QAM, such as 256QAM.

(^ configuration informations determine corresponding CQI forms on the two carrier waves to the C that UE is notified according to base station respectively, and according to the two CQI forms, the CQI of two carrier waves is measured respectively.Specifically, being carrier wave A if necessary to the carrier wave for carrying out CQI measurements, then UE obtains CQI according to CQI forms A;Carrier wave if necessary to carry out CQI measurements is carrier wave B, then UE obtains CQI according to CQI forms B.

Further, base station notifies the carrier waves of UE at least two to distinguish corresponding MCS configuration informations so that UE receives data according to MCS configuration informations.

Above example is continuing with, base station notifies the corresponding MCS configuration informations of UE carrier waves A and the corresponding MCS configuration informations of carrier wave B.The corresponding MCS configuration informations of carrier wave A can serve to indicate that MCS forms A, such as the above the 2nd MCS forms, the corresponding MCS configuration informations of carrier wave B can serve to indicate that MCS forms B, such as the above the first MCS forms, wherein MCS forms A is compared with MCS forms B, MCS forms A contains the modulation system higher than 64QAM, such as 256QAM.

The MCS configuration informations that UE is notified according to base station determine the corresponding MCS forms of the two carrier waves respectively, and according to the two MCS forms, the data transmitted in the subframe in two carrier waves are received respectively.If specifically, the carrier wave of transmission data is carrier wave A, then the blunt Modulation and Coding Scheme that data are determined according to MCS forms A of U＆f, and then receiving data；If the carrier wave for transmitting data is carrier wave B, then UE determines the Modulation and Coding Scheme of data according to MCS forms B, and then receives data.

The beneficial effect of the citing：Due on different carrier waves, the interference that the signal that UE is received is received has significantly different, therefore the SINR of the signal received also has significantly different, so it is interval preferably to adapt to different SINR using different CQI or using different CQI and MCS configurations.Extra, Because high SINR can use CQI forms and MCS forms comprising 256QAM, therefore throughput of system can be obviously improved.

Citing 4:Resource group refers to CSI processes or CSI process collections.

Communication system（Such as LTE system）In there may be multiple CSI processes.This citing is so that resource group refers to a CSI process as an example, and the same resource group that can be generalized to refers to CSI process collections.

Base station notifies the CSI processes of UE at least two, base station notifies this at least two CSI process of UE to distinguish corresponding C (^ configuration informations, so that at least one CSI process corresponding CQI, UE that UE is obtained at least two CSI processes respectively according to CQI configuration informations report the CQI to base station.

For example：Base station is that UE configures two CSI processes, respectively CSI processes A and CSI process B, and base station notifies UE CSI processes A corresponding C (^ configuration informations and the corresponding CQI configuration informations of CSI processes B.It is smaller that obtained interference is measured on the CSI-IM included in specific CSI processes A, for example assume that neighbor cell is in silent status, assume that neighbor cell does not produce interference, it is larger that obtained interference is measured on the CSI-IM included in CSI processes B, for example assume that neighbor cell is in the state of transmission data, assume that neighbor cell produces interference, therefore the SINR obtained according to CSI process A measurements is higher, it is relatively low according to the SINR that CSI process B measurements are obtained, in this case, (^ configuration informations can serve to indicate that CQI forms A to the corresponding C of CSI processes A, such as the above the 2nd CQI forms or the 3rd CQI forms, the corresponding CQI configuration informations of CSI processes B can serve to indicate that CQI forms B, such as the above the first CQI forms, wherein CQI forms A is compared with CQI forms B, CQI forms A contains the modulation system higher than 64QAM, such as 256QAM.

(^ configuration informations determine that the two CSI processes distinguish corresponding CQI forms to the C that UE is notified according to base station side respectively, and according to the two CQI forms, the CQI of two CSI processes is measured respectively.Specifically, being CSI processes A if necessary to the CSI processes for carrying out CQI measurements, then UE obtains CQI according to CQI forms A;CSI processes if necessary to carry out CQI measurements are CSI process B, then UE obtains CQL according to CQI forms B

Further, base station notifies the CSI processes of UE at least two to distinguish corresponding MCS configuration informations so that U＆f is blunt to receive data according to the MCS configuration informations.

Above example is continuing with, base station notifies the corresponding MCS configuration informations of UE CSI processes A and CSI The corresponding MCS configuration informations of process B.The corresponding MCS configuration informations of CSI processes A can serve to indicate that MCS forms A, such as the above the 2nd MCS forms, the corresponding MCS configuration informations of CSI processes B can serve to indicate that MCS forms B, such as the above the first MCS forms, wherein MCS forms A is compared with MCS forms B, MCS forms A contains the modulation system higher than 64QAM, such as 256QAM.

The MCS configuration informations that UE is notified according to base station side determine that the two CSI processes distinguish corresponding MCS forms, and the dynamic signaling sent according to these MCS forms and base station respectively, receive data.Specifically, base station indicates the CSI processes corresponding to data transfer by dynamic signaling, if the CSI processes corresponding to data transfer are CSI processes A, then UE determines the Modulation and Coding Scheme of data according to MCS forms A, and then receives data；If the CSI processes corresponding to data transfer are CSI processes B, then UE determines the Modulation and Coding Scheme of data according to MCS forms B, and then receives data.

Or,

Base station indicates the MCS configuration informations corresponding to data transfer by dynamic signaling, so that U＆f is blunt to determine that corresponding MCS forms receive data according to the MCS configuration informations, i.e. without the not corresponding MCS configuration informations of the resource groups of base station prior notice UE at least two and each set of resources, UE is without the resource group for judging to transmit belonging to the resource of data.The beneficial effect of the citing：Due to according to different CSI processes, the interference that UE measurements are obtained has significantly different, therefore measuring obtained SINR also has significantly different, so it is interval preferably to adapt to different SINR using different CQI or using different CQI and MCS configurations.Extra, because high SINR can use CQI forms and MCS forms comprising 256QAM, therefore throughput of system can be obviously improved.

In LTE system, above-mentioned dynamic signaling can be the existing signaling of multiplexing ' PDSCH RE Mapping and Quasi-Co-Location indicator'(PDSCH RE mappings and accurate co-located indicate, cylinder claims PQI) it is specific, base station notifies the corresponding MCS configuration informations of the CSI processes of UE at least two difference, and sends PDSCH RE mappings and accurate co-located instruction to UE（Cylinder claims PQI) so that UE receives data according to the MCS configuration informations and PQI.Such as UE determines that a CSI-RS, UE determine CSI process of the CSI processes comprising the CSI-RS corresponding to data transfer according to PQI, and receives data according to the corresponding MCS forms of the CSI processes. Further, the CSI processes of the CSI-RS are included if there is two or more, so UE selects the CSI processes that one of them includes the CSI-RS according to pre-defined rule, and receives data according to the corresponding MCS forms of the CSI processes.Specifically, pre-defined rule can be it is following any one：It is maximum or minimum in the corresponding MCS configuration informations numbering of CSI processes that the corresponding MCS configuration informations numbering of CSI processes selected is described two or two or more includes the CSI-RS；Select

State maximum or minimum in the CSI-IM numberings that CSI-RS CSI processes are included；Contain the modulation system higher than 64QAM in the MCS forms that the corresponding MCS configuration informations of the CSI processes selected are indicated or do not contain modulation system higher than 64Q AM.

It is preferred that, base station notifies the CSI processes of UE at least two to distinguish corresponding MCS configuration informations and also include：The corresponding MCS configuration informations of CSI processes comprising identical CSI-RS are identical.

It is preferred that, base station notifies that (^ configuration informations also include the corresponding C of the CSI processes of UE at least two difference：The corresponding CQI configuration informations of CSI processes comprising identical CSI-RS are identical.

It is preferred that, base station notifies the CSI processes of UE at least two to distinguish corresponding CSI configuration informations and also include：The corresponding CSI configuration informations of CSI processes comprising identical CSI-RS are identical.

The beneficial effect of the citing also includes：It is multiplexed existing dynamic signaling, it is to avoid introduce extra dynamic signaling expense.Citing 5:Resource group refers to CSI-RS or CSI-RS set.

Communication system（Such as LTE system）In there may be multiple CSI-RS.This citing is so that resource group refers to a CSI-RS as an example, and the same resource group that can be generalized to refers to that CSI-RS gathers.

Base station notifies the CSI-RS of UE at least two, base station notifies this at least two CSI-RS of UE to distinguish corresponding CQI configuration informations, so that U＆f is blunt, according to C, (^ configuration informations obtain at least one CSI-RS corresponding CQI, UE at least two CSI-RS and report the CQI to base station respectively.

For example：Base station is that UE configures two CSI-RS, respectively CSI-RS A and CSI-RS B, and base station notifies the corresponding CQI configuration informations of UE CSI-RS A and CSI-RS B corresponding C (^ configuration informations.Obtained interference is measured on the CSI-IM included in specific CSI-RS A smaller, it is assumed for example that neighbor cell is in silent status, that is, assume that neighbor cell does not produce to measure on the CSI-M included in interference, CSI-RS B and obtain Interference it is larger, for example assume that neighbor cell is in the state of transmission data, assume that neighbor cell produces interference, therefore the SINR obtained according to CSI-RS A measurements is higher, it is relatively low according to the SINR that CSI-RS B measurements are obtained, in this case, the corresponding CQI configuration informations of CSI-RS A can serve to indicate that CQI forms A, such as the above the 2nd CQI forms or the 3rd CQI forms, the corresponding CQI configuration informations of CSI-RS B can serve to indicate that CQI forms B, such as the above the first CQI forms, wherein CQI forms A is compared with CQI forms B, CQI forms A contains the modulation system higher than 64QAM, such as 256QAM.

The CQI configuration informations that UE is notified according to base station side determine that the two CSI-RS distinguish corresponding CQI forms respectively, and according to the two CQI forms, two CSI-RS CQI is measured respectively.Specifically, being CSI-RS A if necessary to the CSI-RS for carrying out CQI measurements, then UE obtains CQI according to CQI forms A;CSI-RS if necessary to carry out CQI measurements is CSI-RS B, then UE obtains CQI according to CQI forms B.

Further, base station notifies the CSI-RS of UE at least two to distinguish corresponding MCS configuration informations so that UE receives data according to the MCS configuration informations.

Above example is continuing with, base station notifies the corresponding MCS configuration informations of UE CSI-RS A and the corresponding MCS configuration informations of CSI-RS B.The corresponding MCS configuration informations of CSI-RS A can serve to indicate that MCS forms A, such as the above the 2nd MCS forms, the corresponding MCS configuration informations of CSI-RS B can serve to indicate that MCS forms B, such as the above the first MCS forms, wherein MCS forms A is compared with MCS forms B, MCS forms A contains the modulation system higher than 64QAM, such as 256QAM.

The MCS configuration informations that UE is notified according to base station side determine that the two CSI-RS distinguish corresponding MCS forms, and the dynamic signaling sent according to these MCS forms and base station respectively, receive data.Specifically, base station indicates the CSI-RS corresponding to data transfer by dynamic signaling, if the CSI-RS corresponding to data transfer is CSI-RS A, then UE determines the Modulation and Coding Scheme of data according to MCS forms A, and then receives data；If the CSI-RS corresponding to data transfer is CSI-RS B, then UE determines the Modulation and Coding Scheme of data according to MCS forms B, and then receives data.

Or,

Base station indicates the MCS configuration informations corresponding to data transfer by dynamic signaling so that U＆f is blunt according to institute State MCS configuration informations and determine that corresponding MCS forms receive data, CSI-RS classifications are judged without UE.In LTE system, the dynamic signaling can be the existing signaling of multiplexing ' PDSCH RE Mapping and Quasi-Co-Location indicator'(PDSCH RE mappings and accurate co-located indicate；).

The beneficial effect of the citing：Based on different CSI-RS measurements obtain be diverse access point down channel, the signal to noise ratio of the data that different access point is sent have it is significantly different, therefore using different CQI,

MCS forms can improve throughput of system.

Citing 6:Resource group is access point or access point set.

So that access point is combined as an example, base station notifies the access point sets of UE at least two, base station notifies that at least two access point sets distinguish corresponding C (^ configuration informations described in UE, so that UE^ is according to the C, (^ configuration informations obtain each access point at least one access point set at least two access point sets and distinguish corresponding CQI respectively, and UE reports the CQI to base station.

For example：Base station is that UE configures two access point sets, respectively accesses point set A and access point set B, and base station notifies the corresponding C of UE access point sets A (^ configuration informations CQI configuration informations corresponding with access point set B.Specific access point set A is the less access point that is interfered, it is the larger access point that is interfered to access point set B, therefore the SINR of the signal transmitted on the access point that access point set A is included is higher, the SINR of the signal transmitted on the access point that access point set B is included is relatively low, in this case, the corresponding CQI configuration informations of access point set A can serve to indicate that CQI forms A, such as the above the 2nd CQI forms or the 3rd CQI forms, accessing the corresponding C of point set B, (^ configuration informations can serve to indicate that CQI forms B, such as the above the first CQI forms, wherein CQI forms A is compared with CQI forms B, CQI forms A contains the modulation system higher than 64QAM, such as 256QAM.

(^ configuration informations determine corresponding CQI forms in two access point sets to the C that UE is notified according to base station respectively, and according to the two CQI forms, the CQI of the access point in two access point sets is measured respectively.If specifically, CQI measurements belong to access point set A with reference to access point, then UE obtains CQI according to CQI forms A;If CQI measurements belong to access point set B with reference to access point, then UE obtains CQI according to CQI forms B.

Further, base station notifies the access point sets of UE at least two to distinguish corresponding MCS configuration informations so that UE receives data according to MCS configuration informations. Above example is continuing with, base station notifies the corresponding MCS configuration informations of UE access point sets A MCS configuration informations corresponding with access point set B.The corresponding MCS configuration informations of access point set A can serve to indicate that MCS forms A, such as the above the 2nd MCS forms, the corresponding MCS configuration informations of access point set B can serve to indicate that MCS forms B, such as the above the first MCS forms, wherein MCS forms A is compared with MCS forms B, MCS forms A contains the modulation system higher than 64QAM, such as 256QAM.

The MCS configuration informations that UE is notified according to base station determine corresponding MCS forms in two access point sets respectively, and according to the two MCS forms, the data transmitted on the access point in two access point sets are received respectively.If specifically, the access point of transmission data belongs to access point set A, then UE determines the Modulation and Coding Scheme of data according to MCS forms A, and then receives data；If the access point of transmission data belongs to access point set B, then the blunt Modulation and Coding Scheme that data are determined according to MCS forms B of U＆f, and then receives data.

The beneficial effect of the citing is：The signal to noise ratio for the data that different access point is sent has significantly different, therefore can improve throughput of system using different CQI, MCS forms.

Citing 7:Resource group is the combination of at least two in subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, CSI-RS, CSI-RS set, access point, access point set.

For example, so that resource group is combination of the sub-frame set with CSI processes as an example, base station notifies the sub-frame sets of UE at least two and/or at least two CSI processes, base station notifies sub-frame set C (^ configuration informations corresponding with the combination difference of the CSI processes described in UE at least two, so that UE sub-frame sets according to the CQI configuration informations obtain at least two respectively report the CQI with combination the difference corresponding CQI, UE of the CSI processes to base station.

Again for example, so that resource group is the combination of sub-frame set, carrier wave and CSI processes as an example, base station notifies the sub-frame sets of UE at least two, at least two carrier waves and/or at least two CSI processes, base station notifies sub-frame set, the carrier wave C (^ configuration informations corresponding with the combination difference of the CSI processes described in UE at least two, so that UE^ obtains sub-frame set described at least two, the carrier wave with combination the difference corresponding CQI, UE of the CSI processes respectively according to the CQI configuration informations reports the CQI to base station. The beneficial effect of the citing is：The signal to noise ratio for the data that different access point is sent has significantly different, therefore can improve throughput of system using different CQI, MCS forms.

The beneficial effect of the citing is：The beneficial effect that citing 1-6 can reach can be reached.

Citing 8:Resource group is the combination of at least two in subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, CSI-RS, CSI-RS set, access point, access point set.

For example, so that resource group is combination of the sub-frame set with CSI processes as an example, base station notifies the sub-frame sets of UE at least two and at least two CSI processes, base station notifies the corresponding CQI configuration informations of at least two sub-frame sets difference C (^ configuration informations corresponding with least two CSI processes difference described in UE, so that U＆f is blunt sub-frame set described at least two is obtained respectively with combination the difference corresponding CQI, UE of the CSI processes according to the CQI configuration informations and report the CQI to base station.

Again for example, so that resource group is the combination of CSI processes and carrier wave as an example, base station notifies the CSI processes of UE at least two and at least two carrier waves, base station notifies the corresponding CQI configuration informations of at least two CSI processes difference C (^ configuration informations corresponding with least two carrier waves difference described in UE, so that UE^ obtains CSI processes described at least two with combination the difference corresponding CQI, UE of the carrier wave respectively according to the CQI configuration informations reports the CQI to base station.

Again for example, so that resource group is the combination of sub-frame set and carrier wave as an example, base station notifies the sub-frame sets of UE at least two and at least two carrier waves, base station notifies the corresponding CQI configuration informations of at least two sub-frame sets difference CQI configuration informations corresponding with least two carrier waves difference described in UE, so that UE according to the C (^ configuration informations obtain at least two respectively described in sub-frame set with combination the difference corresponding CQI, UE of the carrier wave report the CQI to base station.

Again for example, it is sub-frame set with resource group, exemplified by the combination of carrier wave and CSI processes, base station notifies the sub-frame sets of UE at least two, at least two carrier waves and at least two CSI processes, base station notifies that at least two sub-frame sets distinguish corresponding C (^ configuration informations described in UE, at least two carrier wave distinguishes corresponding CQ and pushes up own confidence breath C (^ configuration informations corresponding with least two CSI processes difference, so that UE sub-frame sets according to the CQI configuration informations obtain at least two respectively, the corresponding CQI of combination difference of the carrier wave and the CSI processes, UE reports the CQI to base station. Further, UE obtains the corresponding CQI of combinations thereof according to pre-defined rule.Such as described combination includes a sub-frame set and a CSI process, in the corresponding CQI configuration informations of the sub-frame set and the corresponding configuration information of the CSI processes that so UE is notified from base station, select one of configuration information, and CQI is determined according to the configuration information, the modulation system higher than 64QAM is contained in the CQI forms that wherein configuration information is indicated or modulation system higher than 64QAM is not contained.

Again for example, the combination includes a CSI process and a carrier wave, the own confidences of the corresponding CQ of the CSI processes that so UE is notified from base station are ceased in the own confidence breaths of CQ corresponding with the carrier wave, select one of configuration information, and CQI is determined according to the configuration information, the modulation system higher than 64QAM is contained in the CQI forms that wherein configuration information is indicated or modulation system higher than 64QAM is not contained.

Again for example, the combination includes a sub-frame set and a carrier wave, (^ configuration informations and the corresponding C of the carrier wave are (in ^ configuration informations by the corresponding C of the sub-frame set that so UE is notified from base station, select one of configuration information, and CQI is determined according to the configuration information, the modulation system higher than 64QAM is contained in the CQI forms that wherein configuration information is indicated or modulation system higher than 64QAM is not contained.

Again for example, the combination includes a sub-frame set, a carrier wave and a CSI process, in the corresponding CQI configuration informations of the sub-frame set, the corresponding CQI configuration informations of the carrier wave and the corresponding configuration information of the CSI processes that so UE is notified from base station, select one of configuration information, and CQI is determined according to the configuration information, the modulation system higher than 64QAM is contained in the CQI forms that wherein configuration information is indicated or modulation system higher than 64QAM is not contained.Second of implementation provided in an embodiment of the present invention is described below：

Base station notifies UE or UE is pre-defined to be based on Physical Uplink Shared Channel（Physical Uplink Shared Channel, PUSCH) report pattern and based on Physical Uplink Control Channel（Physical Uplink Control Channel, PUCCH pattern) is reported to distinguish corresponding CQI configuration informations, so that UE determines corresponding CQI candidate collections respectively according to different CQI configuration informations, and be utilized respectively corresponding CQI candidate collections and obtain and need to use based on the PUSCH CQI for reporting pattern to report and/or need to use the CQI for reporting pattern to report based on PUCCH, and report corresponding CQI to base station.Wherein, the CQI candidate collections determined respectively according to different CQI configuration informations be able to can also be differed with identical；UE is used PUSCH reports the CQI that pattern is reported based on PUSCH;UE can use PUCCH or PUSCH to report the CQI for reporting pattern based on PUCCH.Further pattern is reported to be referred to as " aperiodic to report pattern " based on PUSCH；Pattern is reported to be referred to as " periodic report pattern " based on PUCCH.Therefore the embodiment can also be expressed as：Base station notifies UE or UE is pre-defined aperiodic to report pattern and periodic report pattern to distinguish corresponding C (^ configuration informations, so that UE determines corresponding CQI candidate collections respectively according to different CQI configuration informations, and the CQI that corresponding CQI candidate collections acquisition needs to use the aperiodic CQI for reporting pattern to report and/or needs to use periodic report pattern to report is utilized respectively, and report corresponding CQI to base station.Wherein, the CQI candidate collections determined respectively according to the different own confidence breaths in CQ tops be able to can also be differed with identical；UE reports the aperiodic CQI for reporting pattern using PUSCH;UE can use PUCCH or PUSCH report cycles to report the CQI of pattern.

Specifically, assuming that the CQI for reporting at least two resource groups that pattern reports based on PUSCH uses CQI forms A, the CQI for reporting at least two resource groups that pattern reports based on PUCCH uses CQI forms B, CQI forms A includes higher modulation system compared with CQI forms B in CQI forms A（256QAM), and the SNR ranges supported of CQI forms A are also larger, the item that CQI forms A is included is more, for example, can be the 2nd CQI forms described above.CQI forms B for example can be the first CQI forms described above.Specific CQI forms A can have 32 items, and CQI forms B can have 16 items.The each CQI reported i.e. based on PUSCH is up to 5 bits, and each CQI reported based on PUCCH is up to 4 bits.

The beneficial effect of the implementation is that the number of the information bit of PUCCH carryings is less and has strict limitation, and carrying out CQI using 4 bit CQI forms reports, and will not change the number of the information bit of PUCCH carryings, the influence very little to system.And the number of the information bit of PUSCH carryings is more, the precision that CQI is reported can be improved by being reported using 5 bit CQI forms progress CQI, be conducive to improving throughput of system.

It should be noted that above two implementation can be combined, the third implementation provided in an embodiment of the present invention is obtained：

That is base station notifies UE or UE pre-defined to report the CQI of at least two resource groups to distinguish corresponding CS confidences breath based on PUSCH, and reports at least two resource groups that pattern reports based on PUCCH CSI configuration informations corresponding to CQI, so that the CSI configuration informations that UE is notified according to base station obtain the different resource group corresponding CQI based on the PUSCH at least two resource groups for reporting pattern the to report and CQI based on the PUCCH at least two resource groups for reporting pattern to report respectively, UE is based respectively on PUSCH and to base station reports corresponding CQI based on PUCCH.

Specifically, assuming that the CQI based on the PUSCH resource group A reported uses CQI forms A, assuming that the CQI based on the PUSCH resource group B reported uses CQI form B, the CQI for reporting at least two resource groups that pattern reports based on PUCCH also uses CQI forms B.CQI forms A includes higher modulation system compared with CQI forms B in CQI forms A（256QAM), and the SNR ranges supported of CQI forms A are also larger, the item that CQI forms A is included is more, for example, can be the 2nd CQI forms described above.CQI forms B for example can be the first CQI forms described above.Specific CQI forms A can have 32 items, and CQI forms B can have 16 items.The each CQI reported i.e. based on PUSCH is up to 5 bits, and each CQI reported based on PUCCH is up to 4 bits.

In summary, in the embodiment of the present invention, in base station side, four kinds of information notice methods are each provided, correspondingly, in UE sides, three kinds of information uploading methods and a kind of data receiver method are each provided.And, it should be noted that, more than illustrate in using CSI configuration informations as CQI configuration informations, CSI candidate collections are CQI candidate collections, CQI candidate collections including default CQI forms or by the candidate sets in default CQI forms into set exemplified by the explanation that carries out.Similarly, it is PMI configuration informations or RI configuration informations for CSI configuration informations, and CSI candidate collections are PMI candidate collections or RI candidate collections, PMI candidate collections include default PMI forms either by the candidate sets in default PMI forms into set or RI candidate collections include default RI forms or by the candidate sets in default RI forms into set it is equally applicable.

Referring to Fig. 1, the first information notice method provided in an embodiment of the present invention, this method includes：

101st, determine to need to notify to indicate CSI configuration informations to the not corresponding channel quality of at least two resource groups of user equipment (UE) and each set of resources, wherein, the confidence is ceased for indicating CSI candidate collections；

102nd, the not corresponding CS confidences breath of at least two resources group and each set of resources is notified to UE. The CSI includes channel quality indication (CQI) information CQI, and/or, pre-coding matrix instruction PMI, and/or, order instruction RI.The set of item composition.

The CSI forms are CQI forms, PMI forms or RI forms.

Each resource group includes one of following resource：

Correspondingly, referring to Fig. 2, a kind of information uploading method provided in an embodiment of the present invention, this method includes：

201st, at least two resource groups and the not corresponding CSI configuration informations of each set of resources that base station is notified are received, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

202nd, the corresponding confidence breath of each resource group notified according to base station determines CSI candidate collections, and carries out CSI measurements to the resource group using the CSI candidate collections, and the CSI that measurement is obtained reports base station.

Referring to Fig. 3, second of information notice method provided in an embodiment of the present invention, this method includes：

301st, determine to need to notify to report pattern and based on distinguishing corresponding CSI configuration informations on Physical Uplink Control Channel PUCCH in the blunt patterns of ^ during CSI based on Physical Uplink Shared Channel PUSCH to user equipment (UE), wherein, the CSI configuration informations are used to indicate CSI candidate collections；

302nd, UE is notified to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

Correspondingly, referring to Fig. 4, a kind of information uploading method provided in an embodiment of the present invention, this method includes：401st, obtain and that base station side is notified or pre-defined pattern is reported based on Physical Uplink Shared Channel PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections； 402nd, corresponding CSI candidate collections are determined according to the CSI configuration informations respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, and report corresponding CSI to base station.

Referring to Fig. 5, the third information notice method provided in an embodiment of the present invention, this method includes：

501st, determine that needs notify at least two resource groups to user equipment (UE), and determine to need to notify to report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group to the CSI configuration informations corresponding to the UE channel quality instruction CSI based on the PUSCH at least two resources groups for reporting pattern to report and based on PUCCH；

502nd, at least two resource groups described in UE are notified, and notifies UE to report pattern to report the CS confidences corresponding to the CSI of at least two resources group to cease based on PUSCH and reports pattern to report the confidence corresponding to the CSI of at least two resources group to cease based on PUCCH.

Correspondingly, referring to Fig. 6, a kind of information uploading method provided in an embodiment of the present invention, this method includes：

601st, at least two resource groups that base station side is notified are obtained；Obtain and that base station side is notified or pre-defined report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CS corresponding to the CSI of at least two resources group to push up own confidence breath based on PUCCH；

602nd, basis reports pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUSCH at least two resources groups for reporting pattern to report;And/or, it is determined that corresponding CSI candidate collections, and it is utilized respectively corresponding CSI candidate collections and obtains to need to use and be based on

PUCCH reports the CSI at least two resources group that pattern reports.

Referring to Fig. 7, the 4th kind of information notice method provided in an embodiment of the present invention, this method includes：701st, determine to need to notify at least two resource groups to user equipment (UE), and determine to need to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include the not corresponding MCS configuration informations of each set of resources； 702nd, at least two resources group is notified to UE, and the MCS configuration informations corresponding to data transfer is notified to UE.

4th kind of information notice method can be combined with above-mentioned three kinds of information notice methods, i.e. after CSI configuration informations have been notified using above-mentioned first method, second method or the third method, further MCS configuration informations can also be notified using the 4th kind of information notice method.

Correspondingly, referring to Fig. 7, a kind of data receiver method provided in an embodiment of the present invention, this method includes：

801st, at least two resource groups that base station is notified are received, and reception base station notifies the Modulation and Coding Scheme MCS configuration informations corresponding to data transfer, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：The not corresponding Modulation and Coding Scheme MCS configuration informations of each set of resources；

802nd, according to the corresponding MCS configuration informations of different resource group, it is determined that corresponding MCS candidate collections, data receiver is carried out according to the MCS candidate collections of determination.

Wherein, data receiver is carried out according to the MCS candidate collections of determination, including：

Or,

Referring to Fig. 9, the first information notification apparatus provided in an embodiment of the present invention, for realizing at least one preceding method, therefore the particular content of preceding method is equally applicable to the present embodiment.The equipment includes：Determining unit 71, for determining to need to notify at least two resource groups of user equipment (UE) and every The not corresponding channel condition information CSI configuration informations of individual set of resources, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Notification unit 72, at least two resources group and the not corresponding CSI configuration informations of each set of resources to be notified to UE.Corresponding CSI configuration informations, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

CSI configuration informations are notified to UE.

Optionally, each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the MCS configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

Referring to Figure 10, the first information reporting equipment provided in an embodiment of the present invention, for realizing at least one preceding method, therefore the particular content of preceding method is equally applicable to the present embodiment.The equipment includes：Receiving unit 81, at least two resource groups and the not corresponding CSI configuration informations of each set of resources for receiving base station notice, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Determining unit 82, the corresponding CSI configuration informations of each resource group for being notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections, and the CSI that measurement is obtained reports base station.

Optionally, the receiving unit is additionally operable to receive the corresponding channel condition information CSI configuration informations of the resource in addition at least two resources group that base station is notified, wherein, the CSI configuration informations are used to indicate CSI candidate collections；With

The determining unit is additionally operable to determine CSI candidate collections according to the corresponding CSI configuration informations of the resource in addition at least two resources group that the base station is notified, and CSI measurements are carried out to the resource in addition at least two resources group using the CSI candidate collections, the CSI that measurement is obtained reports base station；Or, corresponding CSI configuration informations determine CSI candidate collections, and using the CSI candidate collections to except it is described extremely Resource outside few two resource groups carries out CSI measurements, and the CSI that measurement is obtained reports base station；Or, corresponding CSI candidate collections carry out CSI measurements to the resource in addition at least two resources group, and the CSI that measurement is obtained reports base station.

Optionally, each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the CSI configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

Second of information notification apparatus provided in an embodiment of the present invention, the equipment includes：

Determining unit, for determining to need to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and reporting pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；Notification unit, reports pattern based on PUSCH for notifying UE and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

It is preferred that the determining unit is additionally operable to：It is determined that needing to notify at least two resource groups to user equipment (UE), and notify at least two resource groups described in UE；Shellfish ' J,

The determining unit determines to need to notify to report pattern based on PUSCH to UE and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is determined that needing to notify to report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group to UE information and based on PUCCH；

The notification unit notifies UE to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：UE is notified to report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH.

Referring to Figure 11, second of information reporting equipment provided in an embodiment of the present invention, the equipment includes：Acquiring unit 91, it is base station side notice or pre-defined shared based on physical uplink for obtaining Channel PUSCH reports pattern and based on distinguishing corresponding CSI configuration informations during CSI in blunt pattern on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Reporting unit 92, for determining corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, and report corresponding CSI to base station.

It is preferred that the acquiring unit 91 is additionally operable to：Obtain at least two resource groups that base station side is notified；Then,

It is that the acquisition of acquiring unit 91 base station side is notified or pre-defining that pattern is reported based on PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：Obtain and that base station side is notified or pre-defined report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH；

The reporting unit 92 determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, including：According to based on PUSCH report pattern report the CSI of at least two resources group corresponding to CSI configuration informations, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUSCH at least two resources groups for reporting pattern to report;And/or, according to based on PUCCH>CSI configuration informations corresponding to the CSI of at least two resources group, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUCCH at least two resources groups for reporting pattern to report.

The third information notification apparatus that the embodiment of the present invention passes through, it is characterised in that the equipment includes：Determining unit, for determining to need to notify at least two resource groups to user equipment (UE), and determine to need to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), wherein, the MCS configuration informations are used to indicate MCS candidate collections, the MCS configuration informations Including the not corresponding MCS configuration informations of each set of resources；

Optionally, the determining unit is additionally operable to determine the corresponding MCS configuration informations of resource in addition at least two resources group, wherein, the MCS configuration informations are used to indicate MCS candidate collections；The notification unit is additionally operable to notify the corresponding MCS configuration informations of the resource in addition at least two resources group to UE.

Optionally, each resource group at least includes CSI-RS and CSI processes；

The first data receiver provided in an embodiment of the present invention, the equipment includes：

Optionally, the receiving unit is additionally operable to receive the corresponding MCS configuration informations of the resource in addition at least two resources group that base station is notified, wherein, the MCS configuration informations are used to indicate MCS candidate collections；And

The determining unit is additionally operable to the corresponding MCS configuration informations of the resource in addition at least two resources group notified according to the base station, determines MCS candidate collections, and data receiver is carried out according to the MCS candidate collections of determination；

Or, corresponding MCS configuration informations determine MCS candidate collections, and line number is entered according to the MCS candidate collections of determination According to reception；

Or, corresponding MCS candidate collections carry out data receiver.

It is preferred that the receiving unit carries out data receiver according to the MCS candidate collections of determination, including：The corresponding MCS candidate collections of resource group according to belonging to the resource of transmission data are received to the data transmitted in the resource group；

Or,

Optionally, each resource group at least includes CSI-RS and CSI processes；

Referring to Figure 12, the 4th kind of information notification apparatus provided in an embodiment of the present invention, the equipment includes：Processor 1101, for determining to need to notify at least two resource groups of user equipment (UE) and the not corresponding channel condition information CSI configuration informations of each set of resources, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Emitter 1102, at least two resources group and the not corresponding CSI configuration informations of each set of resources to be notified to UE.

Optionally, the processor is additionally operable to determine the corresponding CSI configuration informations of resource in addition at least two resources group, wherein, the CSI configuration informations are used to indicate CSI candidate collections； The emitter is additionally operable to notify at least two resources group and the not corresponding CSI configuration informations of each set of resources to UE.

Optionally, each resource group at least includes CSI-RS and CSI processes；

Referring to Figure 13, the third information reporting equipment provided in an embodiment of the present invention, the equipment includes transceiver 1201 and processor 1202, wherein：

Transceiver 1201 receives at least two resource groups and the not corresponding CSI configuration informations of each set of resources that base station is notified, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

The corresponding CSI configuration informations of each resource group that processor 1202 is notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections；

Processor 1202 is measured obtained CSI and reports base station by transceiver 1201.

Optionally, the transceiver also receives the corresponding channel condition information CSI configuration informations of the resource in addition at least two resources group of base station notice, wherein, the CSI configuration informations are used to indicate CSI candidate collections；And

The corresponding CSI configuration informations of the resource in addition at least two resources group that the processor is notified always according to the base station determine CSI candidate collections, and CSI measurements are carried out to the resource in addition at least two resources group using the CSI candidate collections, and control the transceiver that the CSI that measurement is obtained is reported into base station；

Or,

CSI configuration informations determine CSI candidate collections, and CSI measurements are carried out to the resource in addition at least two resources group using the CSI candidate collections, and control the transceiver that the CSI that measurement is obtained is reported into base station；

Or,

C S I candidate collections carry out CS I measurements to the resource in addition at least two resources group, and control described The CSI that measurement is obtained is reported base station by transceiver.

Optionally, each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the CS I configuration informations corresponding to the resource group of the different CS I processes comprising same CS I-RS are identical.

5th kind of information notification apparatus provided in an embodiment of the present invention, including：

Processor, for determining to need to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and reporting pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；Emitter, reports pattern based on PUSCH for notifying UE and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

It is preferred that the processor is additionally operable to：It is determined that needing to notify at least two resource groups to user equipment (UE), and notify at least two resource groups described in UE；Shellfish ' J,

The processor determines to need to notify to report pattern based on PUSCH to UE and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is determined that needing to notify to report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group to UE information and based on PUCCH；

The emitter notifies UE to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：UE is notified to report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH.

4th kind of information reporting equipment provided in an embodiment of the present invention, the equipment includes：Processor and transceiver, wherein：

It is that processor acquisition base station side is notified or pre-defining that pattern is reported based on Physical Uplink Shared Channel PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；Processor determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and is utilized respectively corresponding CSI Candidate collection obtains to need to use reports the CSI and/or need to use the CSI for reporting pattern to report based on PUCCH that pattern reports based on PUSCH, and reports corresponding CSI to base station by transceiver.

The transceiver is additionally operable to obtain at least two resource groups that base station side is notified；Then,

The processor obtain it is that base station side is notified or pre-defined pattern is reported and based on distinguishing corresponding CSI configuration informations during CSI in the blunt patterns of ^ on PUCCH based on PUSCH, including：Obtain and that base station side is notified or pre-defined report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH；

The transceiver determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, including：According to based on PUSCH report pattern report the CSI of at least two resources group corresponding to CSI configuration informations, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUSCH at least two resources groups for reporting pattern to report;And/or, according to the CSI configuration informations corresponding to the CSI that at least two resources group is reported based on PUCCH, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUCCH at least two resources groups for reporting pattern to report.

6th kind of information notification apparatus provided in an embodiment of the present invention, the equipment includes：

Optionally, the processor is additionally operable to determine the corresponding MCS configuration informations of resource in addition at least two resources group, wherein, the MCS configuration informations are used to indicate MCS candidate collections； Configuration information is notified to UE.

Optionally, each resource group at least includes CSI-RS and CSI processes；

Second of data receiver provided in an embodiment of the present invention, the equipment includes：

Receiver, the at least two resource groups for receiving base station notice, and the Modulation and Coding Scheme MCS configuration informations corresponding to the notice data transfer of base station are received, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：The not corresponding Modulation and Coding Scheme MCS configuration informations of each set of resources；

Optionally, the receiver is additionally operable to receive the corresponding MCS configuration informations of the resource in addition at least two resources group that base station is notified, wherein, the MCS configuration informations are used to indicate MCS candidate collections；And

The processor is additionally operable to the corresponding MCS configuration informations of the resource in addition at least two resources group notified according to the base station, determines MCS candidate collections, and data receiver is carried out according to the MCS candidate collections of determination；

Or,

The processor is additionally operable to determine MCS candidate collections according to the pre-defined corresponding MCS configuration informations of the resource in addition at least two resources group, and data receiver is carried out according to the MCS candidate collections of determination；

Or,

The processor is additionally operable to carry out data receiver according to the pre-defined corresponding MCS candidate collections of the resource in addition at least two resources group.

It is preferred that the receiver carries out data receiver according to the MCS candidate collections of determination, including：The corresponding MCS candidate collections of resource group according to belonging to the resource of transmission data are in the resource group The data of transmission are received；

Or,

Optionally, each resource group at least includes CSI-RS and CSI processes；

It should be understood by those skilled in the art that, embodiments of the invention can be provided as method, system or computer program product.Therefore, the form of the embodiment in terms of the present invention can use complete hardware embodiment, complete software embodiment or combine software and hardware.Moreover, the present invention can be used (includes but is not limited to magnetic disk storage, CD-ROM, optical memory etc. in one or more computer-usable storage mediums for wherein including computer usable program code）The form of the computer program product of upper implementation.

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

These computer program instructions, which may be alternatively stored in, can guide computer or the processing of other programmable datas to set In the standby computer-readable memory worked in a specific way, so that the instruction being stored in the computer-readable memory, which is produced, includes the manufacture of command device, the command device realizes the function of being specified in one flow of flow chart or multiple flows and/or one square frame of block diagram or multiple square frames.

These computer program instructions can be also loaded into computer or other programmable data processing devices, so that series of operation steps is performed on computer or other programmable devices to produce computer implemented processing, so that the instruction performed on computer or other programmable devices provides the step of being used to realize the function of specifying in one flow of flow chart or multiple flows and/or one square frame of block diagram or multiple square frames.

Although preferred embodiments of the present invention have been described, but those skilled in the art once know basic creative concept, then other change and modification can be made to these embodiments.So, appended claims are intended to be construed to include preferred embodiment and fall into having altered and changing for the scope of the invention.Depart from the spirit and scope of the embodiment of the present invention.So, if these modifications and variations of the embodiment of the present invention belong within the scope of the claims in the present invention and its equivalent technologies, then the present invention is also intended to comprising including these changes and modification.

Claims

Claim

1st, a kind of information notice method, it is characterised in that this method includes：

It is determined that need to notify at least two resource groups of user equipment (UE) and the not corresponding channel condition information CSI configuration informations of each set of resources, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

By the not corresponding CSI configuration informations of at least two resources group and each set of resources notify to

UE。

2nd, according to the method described in claim 1, it is characterised in that this method also includes：

It is determined that the corresponding CSI configuration informations of resource in addition at least two resources group, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

By the corresponding CSI configuration informations of the resource in addition at least two resources group notify to

UE。

3rd, method according to claim 1 or 2, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

4th, method as claimed in any of claims 1 to 3, it is characterised in that the CSI

5th, method according to claim 4, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

6th, the method according to claim 4 or 5, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

7th, method as claimed in any of claims 1 to 6, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, channel condition information CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, Access point, access point set

8th, method according to claim 7, it is characterised in that each resource group at least includes

CSI-RS and CSI processes；

In at least two resources group, the CSI configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

9th, a kind of information uploading method, it is characterised in that this method includes：

At least two resource groups and the not corresponding CSI configuration informations of each set of resources that base station is notified are received, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

The corresponding CSI configuration informations of each resource group notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections, and the CSI that measurement is obtained reports base station.

10th, method according to claim 9, it is characterised in that this method also includes：Receive the corresponding channel condition information of resource in addition at least two resources group that base station is notified

CSI configuration informations, wherein, the CSI configuration informations are used to indicate CSI candidate collections；With

CSI candidate collections are determined according to the corresponding CSI configuration informations of the resource in addition at least two resources group that the base station is notified, and CSI measurements are carried out to the resource in addition at least two resources group using the CSI candidate collections, the CSI that measurement is obtained reports base station；

Or, CSI candidate collections are determined, and CSI measurements are carried out to the resource in addition at least two resources group using the CSI candidate collections, and the CSI that measurement is obtained reports base station；

Or, CSI measurements are carried out to the resource in addition at least two resources group, the CSI that measurement is obtained reports base station.

11st, the method according to claim 9 or 10, it is characterised in that the CSI includes following One or more of：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

12nd, the method according to any one in claim 9 to 11, it is characterised in that the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

13rd, method according to claim 12, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

14th, the method according to claim 12 or 13, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

15th, the method according to any one in claim 9 to 14, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

16th, method according to claim 15, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the CSI configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

17th, a kind of information notice method, it is characterised in that this method includes：

It is determined that needing to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

UE is notified to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

18th, method according to claim 17, it is characterised in that this method also includes：It is determined that needing to notify at least two resource groups to user equipment (UE), and notify at least two resource groups described in UE；Then, It is described to determine to need to notify to report pattern based on PUSCH to UE and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is determined that needing to notify to report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group to the CSI configuration informations corresponding to the UE CSI based on the PUSCH at least two resources groups for reporting pattern to report and based on PUCCH；

The notice UE reports pattern based on PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：UE is notified to report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH.

19th, the method according to claim 17 or 18, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

20th, the method according to any claim of claim 17 to 19, it is characterised in that the CSI

21st, method according to claim 20, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

22nd, the method according to claim 20 or 21, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

23rd, the method according to any one in claim 17 to 22, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

24th, a kind of information uploading method, it is characterised in that this method includes：

It is that acquisition base station side is notified or pre-defining that pattern is reported based on Physical Uplink Shared Channel PUSCH and reports pattern to distinguish corresponding CSI when reporting CSI based on Physical Uplink Control Channel PUCCH Configuration information, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Corresponding CSI candidate collections are determined according to the CSI configuration informations respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, and report corresponding CSI to base station.

25th, method according to claim 24, it is characterised in that this method also includes：Obtain at least two resource groups that base station side is notified；Then,

It is described obtain it is that base station side is notified or pre-defined pattern is reported and based on distinguishing corresponding CSI configuration informations during CSI in the blunt patterns of ^ on PUCCH based on PUSCH, including：Obtain and that base station side is notified or pre-defined report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group and based in the blunt patterns of ^ on PUCCH based on PUSCH>CSI configuration informations corresponding to the CSI of at least two resources group；

It is described that corresponding CSI candidate collections are determined according to the CSI configuration informations respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, including：Reported according to based on PUSCH in pattern>CSI configuration informations corresponding to the CSI of at least two resources group, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUSCH at least two resources groups for reporting pattern to report;And/or, according to the CSI configuration informations corresponding to the CSI that at least two resources group is reported based on PUCCH, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUCCH at least two resources groups for reporting pattern to report.

26th, the method according to claim 24 or 25, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

27th, the method according to any claim of claim 24 to 26, it is characterised in that the CSI

28th, method according to claim 27, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap signaling Represent.

29th, the method according to claim 27 or 28, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

30th, the method according to any one in claim 24 to 29, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

31st, a kind of information notice method, it is characterised in that this method includes：

It is determined that needing to notify at least two resource groups to user equipment (UE), and determine to need to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include the not corresponding MCS configuration informations of each set of resources；

At least two resources group is notified to UE, and the MCS configuration informations corresponding to data transfer are notified to UE.

32nd, method according to claim 31, it is characterised in that this method also includes：It is determined that the corresponding MCS configuration informations of resource in addition at least two resources group, wherein, the MCS configuration informations are used to indicate MCS candidate collections；

By the corresponding MCS configuration informations of the resource in addition at least two resources group notify to

UE。

33rd, the method according to claim 31 or 32, it is characterised in that the MCS Candidate Sets

34th, the method according to any one in claim 31 to 33, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access Point set.

35th, according to any described method of claim 31 to 34, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the MCS configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

36th, a kind of data receiver method, it is characterised in that this method includes：

At least two resource groups that base station is notified are received, and receive the Modulation and Coding Scheme MCS configuration informations corresponding to the notice data transfer of base station, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：The not corresponding Modulation and Coding Scheme MCS configuration informations of each set of resources；

According to the corresponding MCS configuration informations of at least two resources group, it is determined that corresponding MCS candidate collections, data receiver is carried out according to the MCS candidate collections of determination.

37th, method according to claim 36, it is characterised in that this method also includes：The corresponding MCS configuration informations of the resource in addition at least two resources group that base station is notified are received, wherein, the MCS configuration informations are used to indicate MCS candidate collections；With

The corresponding MCS configuration informations of the resource in addition at least two resources group notified according to the base station, determine MCS candidate collections, and data receiver is carried out according to the MCS candidate collections of determination；

Or, MCS candidate collections are determined, data receiver is carried out according to the MCS candidate collections of determination；

Or, carry out data receiver.

38th, the method according to claim 36 or 37, it is characterised in that the MCS Candidate Sets

39th, method according to claim 36, it is characterised in that according to the MCS candidates of determination Set carries out data receiver, including：

The corresponding MCS candidate collections of resource group according to belonging to the resource of transmission data are received to the data transmitted in the resource group；

Or,

MCS candidate collections according to corresponding to presetting rule one resource group of selection are received to data；

Or,

MCS candidate collections according to corresponding to the resource group belonging to the resource for presetting one transmission data of rule selection are received to data；

Or,

According to comprising transmission data the most resource group of resource corresponding to MCS candidate collections data are received.

40th, according to any described method of claim 36 to 39, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the MCS configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

41st, a kind of information notification apparatus, it is characterised in that the equipment includes：

Determining unit, for determining to need to notify at least two resource groups of user equipment (UE) and the not corresponding channel condition information CSI configuration informations of each set of resources, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Notification unit, at least two resources group and the not corresponding CSI configuration informations of each set of resources to be notified to UE.

42nd, equipment according to claim 41, it is characterised in that

The determining unit is additionally operable to determine the corresponding CSI configuration informations of resource in addition at least two resources group, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

The notification unit is additionally operable to notify the corresponding CSI configuration informations of the resource in addition at least two resources group to UE. 43rd, the equipment according to claim 41 or 42, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

44th, the equipment according to any one in claim 41 to 43, it is characterised in that the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

45th, equipment according to claim 44, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

46th, the equipment according to claim 44 or 45, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

47th, the equipment according to any one in claim 41 to 46, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, channel condition information CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

48th, according to any described equipment of claim 41 to 47, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the CSI configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

49th, a kind of information reporting equipment, it is characterised in that the equipment includes：

Receiving unit, at least two resource groups and the not corresponding CSI configuration informations of each set of resources for receiving base station notice, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Determining unit, the corresponding CSI configuration informations of each resource group for being notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections, and the CSI that measurement is obtained reports base station.

50th, equipment according to claim 49, it is characterised in that The receiving unit is additionally operable to receive the corresponding channel condition information CSI configuration informations of the resource in addition at least two resources group that base station is notified, wherein, the CSI configuration informations are used to indicate CSI candidate collections；With

The determining unit is additionally operable to determine CSI candidate collections according to the corresponding CSI configuration informations of the resource in addition at least two resources group that the base station is notified, and CSI measurements are carried out to the resource in addition at least two resources group using the CSI candidate collections, the CSI that measurement is obtained reports base station；Or, corresponding CSI configuration informations determine CSI candidate collections, and CSI measurements are carried out to the resource in addition at least two resources group using the CSI candidate collections, and the CSI that measurement is obtained reports base station；Or, corresponding CSI candidate collections carry out CSI measurements to the resource in addition at least two resources group, and the CSI that measurement is obtained reports base station.

51st, the equipment according to claim 49 or 50, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI, and order instruction RI.

52nd, the equipment according to any one in claim 49 to 51, it is characterised in that the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

53rd, equipment according to claim 52, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

54th, the equipment according to claim 52 or 53, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

55th, the equipment according to any one in claim 49 to 54, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource： Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

56th, method according to claim 55, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the CSI configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

57th, a kind of information notification apparatus, it is characterised in that the equipment includes：

Determining unit, for determining to need to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and reporting pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；Notification unit, reports pattern based on PUSCH for notifying UE and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

58th, equipment according to claim 57, it is characterised in that the determining unit is additionally operable to：It is determined that needing to notify at least two resource groups to user equipment (UE), and notify at least two resource groups described in UE；Shellfish | J,

The determining unit determines to need to notify to report pattern based on PUSCH to UE and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is determined that needing to notify to report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group to the CSI configuration informations corresponding to the UE CSI based on the PUSCH at least two resources groups for reporting pattern to report and based on PUCCH；

The notification unit notifies UE to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：UE is notified to report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH.

59th, the equipment according to claim 57 or 58, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI。

60th, the equipment according to any one in claim 57 to 59, it is characterised in that the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

61st, equipment according to claim 60, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

62nd, the equipment according to claim 60 or 61, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

63rd, the equipment according to any one in claim 57 to 62, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

64th, a kind of information reporting equipment, it is characterised in that the equipment includes：

Acquiring unit, base station side notice or pre-defined pattern is reported based on Physical Uplink Shared Channel PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI for obtaining based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；Reporting unit, for determining corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, and report corresponding CSI to base station.

65th, equipment according to claim 64, it is characterised in that the acquiring unit is additionally operable to：Obtain at least two resource groups that base station side is notified；Then,

It is that the acquiring unit acquisition base station side is notified or pre-defining that pattern is reported based on PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：That acquisition base station side is notified or pre-defined reports pattern to report at least two money based on PUSCH CSI configuration informations corresponding to the CSI of source group and pattern is reported to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH；

The reporting unit determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, including：According to based on PUSCH report pattern report the CSI of at least two resources group corresponding to CSI configuration informations, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUSCH at least two resources groups for reporting pattern to report;And/or, according to based on PUCCH>CSI configuration informations corresponding to the CSI of at least two resources group, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUCCH at least two resources groups for reporting pattern to report.

66th, the equipment according to claim 64 or 65, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

67th, the equipment according to any one in claim 64 to 66, it is characterised in that the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

68th, equipment according to claim 67, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

69th, the equipment according to claim 67 or 68, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

70th, the equipment according to any one in claim 64 to 69, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set. 71st, a kind of information notification apparatus, it is characterised in that the equipment includes：

Determining unit, for determining to need to notify at least two resource groups to user equipment (UE), and determine to need to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include the not corresponding MCS configuration informations of each set of resources；

Notification unit, at least two resources group to be notified to UE, and the MCS configuration informations corresponding to data transfer is notified to UE.

72nd, equipment according to claim 70, it is characterised in that configuration information, wherein, the MCS configuration informations are used to indicate MCS candidate collections；

The notification unit is additionally operable to notify the corresponding MCS configuration informations of the resource in addition at least two resources group to UE.

73rd, the equipment according to claim 71 or 72, it is characterised in that the MCS Candidate Sets

74th, the equipment according to any one in claim 71 to 73, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

75th, the equipment according to any one in claim 71 to 74, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the MCS configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

76th, a kind of data receiver, it is characterised in that the equipment includes：

Receiving unit, the at least two resource groups for receiving base station notice, and the Modulation and Coding Scheme MCS configuration informations corresponding to the notice data transfer of base station are received, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：Each set of resources is not corresponding to be adjusted Encoding scheme MCS configuration informations processed；

Determining unit, for just blunt according to the corresponding MCS configuration informations of at least two resources group, it is determined that corresponding MCS candidate collections；

The receiving unit is additionally operable to carry out data receiver according to the MCS candidate collections of determination.

77th, the equipment according to claim 76, it is characterised in that

The receiving unit is additionally operable to receive the corresponding MCS configuration informations of the resource in addition at least two resources group that base station is notified, wherein, the MCS configuration informations are used to indicate MCS candidate collections；And

The determining unit is additionally operable to the corresponding MCS configuration informations of the resource in addition at least two resources group notified according to the base station, determines MCS candidate collections, and data receiver is carried out according to the MCS candidate collections of determination；

Or, corresponding MCS configuration informations determine MCS candidate collections, and data receiver is carried out according to the MCS candidate collections of determination；

Or, corresponding MCS candidate collections carry out data receiver.

78th, the equipment according to claim 76 or 77, it is characterised in that the MCS Candidate Sets

79th, the equipment according to claim 78, it is characterised in that the receiving unit carries out data receiver according to the MCS candidate collections of determination, including：

The corresponding MCS candidate collections of resource group according to belonging to the resource of transmission data are received to the data transmitted in the resource group；

Or,

MCS candidate collections according to corresponding to presetting rule one resource group of selection are received to data； Or,

According to corresponding to the resource group belonging to the resource for presetting one transmission data of rule selection

MCS candidate collections are received to data；

Or,

According to comprising transmission data the most resource group of resource corresponding to MCS candidate collections data are received.

80th, according to any described equipment of claim 76 to 79, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the MCS configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

81st, a kind of information notification apparatus, it is characterised in that the equipment includes：

Processor, for determining to need to notify at least two resource groups of user equipment (UE) and the not corresponding channel condition information CSI configuration informations of each set of resources, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

Emitter, at least two resources group and the not corresponding CSI configuration informations of each set of resources to be notified to UE.

82nd, the equipment according to claim 81, it is characterised in that

The processor is additionally operable to determine the corresponding CSI configuration informations of resource in addition at least two resources group, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

The emitter is additionally operable to notify at least two resources group and the not corresponding CSI configuration informations of each set of resources to UE.

83rd, the equipment according to claim 81 or 82, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

84th, the equipment according to any one in claim 81 to 83, it is characterised in that the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set. 85th, the equipment according to claim 84, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

86th, the equipment according to claim 84 or 85, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

87th, the equipment according to any one in claim 81 to 86, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, channel condition information CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

88th, the equipment according to claim 87, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the CSI configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

89th, a kind of information reporting equipment, it is characterised in that the equipment includes transceiver and processor, wherein：

At least two resource groups and the not corresponding CSI configuration informations of each set of resources that transceiver base station is notified, wherein, the CSI configuration informations are used to indicate CSI candidate collections；

The corresponding CSI configuration informations of each resource group that processor is notified according to base station determine CSI candidate collections, and carry out CSI measurements to the resource group using the CSI candidate collections；

The CSI that processor measurement is obtained is reported base station by transceiver.

90th, the equipment according to claim 89, it is characterised in that

The transceiver also receives the corresponding channel condition information CSI configuration informations of the resource in addition at least two resources group of base station notice, wherein, the CSI configuration informations are used to indicate CSI candidate collections；And

The corresponding CSI configuration informations of the resource in addition at least two resources group that the processor is notified always according to the base station determine CSI candidate collections, and using the CSI candidate collections to except it is described at least Resource outside two resource groups carries out CSI measurements, and controls the transceiver that the CSI that measurement is obtained is reported into base station；

Or,

CSI configuration informations determine CSI candidate collections, and CSI measurements are carried out to the resource in addition at least two resources group using the CSI candidate collections, and control the transceiver that the CSI that measurement is obtained is reported into base station；

Or,

The CSI that measurement is obtained is reported base station by transceiver.

91st, the equipment according to claim 89 or 90, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

92nd, the equipment according to any one in claim 89 to 91, it is characterised in that the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into set.

93rd, the equipment according to claim 92, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

94th, the equipment according to claim 92 or 93, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

95th, the equipment according to any one in claim 89 to 94, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set. 96th, the equipment according to claim 95, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the CSI configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

97th, a kind of information notification apparatus, it is characterised in that the equipment includes：

Processor, for determining to need to notify to report pattern based on Physical Uplink Shared Channel PUSCH to user equipment (UE) and reporting pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；Emitter, reports pattern based on PUSCH for notifying UE and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH.

98th, the equipment according to claim 97, it is characterised in that the processor is additionally operable to：It is determined that needing to notify at least two resource groups to user equipment (UE), and notify at least two resource groups described in UE；Then,

The processor determines to need to notify to report pattern based on PUSCH to UE and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：It is determined that needing to notify to report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group to UE information and based on PUCCH；

The emitter notifies UE to report pattern based on PUSCH and report pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：UE is notified to report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH.

99th, the equipment according to claim 97 or 98, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

100th, the equipment according to any one in claim 97 to 99, it is characterised in that the CSI candidate collections include default CSI forms or by the candidate sets in default CSI forms into Set.

101st, the equipment according to claim 100, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

102nd, the equipment according to claim 100 or 101, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

103rd, the equipment according to any one in claim 97 to 102, it is characterised in that each resource group is one or more of following including one of following resource：：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

104th, a kind of information reporting equipment, it is characterised in that the equipment includes：Processor and transceiver, wherein：

It is that processor acquisition base station side is notified or pre-defining that pattern is reported based on Physical Uplink Shared Channel PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on Physical Uplink Control Channel PUCCH, wherein, the CSI configuration informations are used to indicate CSI candidate collections；Processor determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and be utilized respectively corresponding CSI candidate collections and obtain and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, and corresponding CSI is reported to base station by transceiver.

105th, the equipment according to claim 104, it is characterised in that the transceiver is additionally operable to obtain at least two resource groups that base station side is notified；Then,

It is that the processor acquisition base station side is notified or pre-defining that pattern is reported based on PUSCH and reports pattern to distinguish corresponding CSI configuration informations when reporting CSI based on PUCCH, including：Obtain and that base station side is notified or pre-defined report pattern to report CSI configuration informations corresponding to the CSI of at least two resources group based on PUSCH and report pattern to report the CSI configuration informations corresponding to the CSI of at least two resources group based on PUCCH；

The transceiver determines corresponding CSI candidate collections respectively according to the CSI configuration informations, and divides Do not obtained using corresponding CSI candidate collections and need to use based on the PUSCH CSI for reporting pattern to report and/or need to use the CSI for reporting pattern to report based on PUCCH, including：According to based on PUSCH report pattern report the CSI of at least two resources group corresponding to CSI configuration informations, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUSCH at least two resources groups for reporting pattern to report;And/or, according to based on PUCCH>CSI configuration informations corresponding to the CSI of at least two resources group, determine corresponding CSI candidate collections respectively, and be utilized respectively corresponding CSI candidate collections and obtain and need to use the CSI based on the PUCCH at least two resources groups for reporting pattern to report.

106th, the equipment according to claim 104 or 105, it is characterised in that the CSI includes one or more of following：Channel quality indication (CQI) information CQI, pre-coding matrix instruction PMI and order instruction RI.

107th, the equipment according to any one in claim 104 to 106, it is characterised in that set.

108th, the equipment according to claim 107, it is characterised in that the CSI configuration informations be bitmap signaling, the candidate sets by default CSI forms into set be by the bitmap denoting signaling.

109th, the equipment according to claim 107 or 108, it is characterised in that the CSI forms are CQI forms, PMI forms or RI forms.

110th, the equipment according to any one in claim 104 to 109, it is characterised in that each resource group includes one of following resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

111st, a kind of information notification apparatus, it is characterised in that the equipment includes：

Processor, for determining to need to notify at least two resource groups to user equipment (UE), and determines to need to notify to the Modulation and Coding Scheme MCS configuration informations corresponding to the data transfer of user equipment (UE), Wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include the not corresponding MCS configuration informations of each set of resources；

Emitter, at least two resources group to be notified to UE, and the MCS configuration informations corresponding to data transfer is notified to UE.

112nd, the equipment according to claim 111, it is characterised in that

The processor is additionally operable to determine the corresponding MCS configuration informations of resource in addition at least two resources group, wherein, the MCS configuration informations are used to indicate MCS candidate collections；Configuration information is notified to UE.

113rd, the equipment according to claim 111 or 112, it is characterised in that the MCS is waited

114th, the equipment according to any one in claim 111 to 113, it is characterised in that each resource group includes the combination of one of following resource or following any at least two resource：

Subframe, sub-frame set, resource block, resource set of blocks, carrier wave, carrier set, CSI processes, CSI process collections, channel condition information-reference signal CSI-RS, CSI-RS set, access point, access point set.

115th, according to any described equipment of claim 111 to 114, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the MCS configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.

116th, a kind of data receiver, it is characterised in that the equipment includes：

Receiver, the at least two resource groups for receiving base station notice, and the Modulation and Coding Scheme MCS configuration informations corresponding to the notice data transfer of base station are received, wherein, the MCS configuration informations are used to indicate MCS candidate collections, and the MCS configuration informations include：The not corresponding Modulation and Coding Scheme MCS configuration informations of each set of resources；

Processor, for just blunt according to the corresponding MCS configuration informations of at least two resources group, it is determined that corresponding MCS candidate collections； The receiver is additionally operable to carry out data receiver according to the MCS candidate collections of determination.

117th, the equipment according to claim 94, it is characterised in that

The receiver is additionally operable to receive the corresponding MCS configuration informations of the resource in addition at least two resources group that base station is notified, wherein, the MCS configuration informations are used to indicate MCS candidate collections；And the processor is additionally operable to the corresponding MCS configuration informations of the resource in addition at least two resources group according to base station notice, determines MCS candidate collections, data receiver is carried out according to the MCS candidate collections of determination；

Or,

The processor is additionally operable to determine MCS candidate collections according to the pre-defined corresponding MCS configuration informations of the resource in addition at least two resources group, and data receiver is carried out according to the MCS candidate collections of determination；

Or,

The processor is additionally operable to carry out data receiver according to the pre-defined corresponding MCS candidate collections of the resource in addition at least two resources group.

118th, the equipment according to claim 116 or 117, it is characterised in that the MCS is waited

119th, the equipment according to claim 116, it is characterised in that the receiver carries out data receiver according to the MCS candidate collections of determination, including：

The corresponding MCS candidate collections of resource group according to belonging to the resource of transmission data are received to the data transmitted in the resource group；

Or,

MCS candidate collections according to corresponding to presetting rule one resource group of selection are received to data；

Or,

MCS candidate collections according to corresponding to the resource group belonging to the resource for presetting one transmission data of rule selection are received to data；

Or, According to comprising transmission data the most resource group of resource corresponding to MCS candidate collections data are received.

120th, according to any described equipment of claim 116 to 119, it is characterised in that each resource group at least includes CSI-RS and CSI processes；

In at least two resources group, the MCS configuration informations corresponding to the resource group of the different CSI processes comprising same CSI-RS are identical.