CN104823399B

CN104823399B - Method for sending information, base station and user equipment

Info

Publication number: CN104823399B
Application number: CN201380002025.9A
Authority: CN
Inventors: 大卫·马瑞泽; 官磊; 薛丽霞; 周永行
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-04-10
Filing date: 2013-04-10
Publication date: 2018-02-02
Anticipated expiration: 2033-04-10
Also published as: CN104823399A

Abstract

The embodiment of the present invention provides a kind of method for sending information, base station and user equipment, determine position of the Part II of the first CSI RS resources in subframe for the 13rd symbol in the 2nd symbol to time domain in time domain by base station, first CSI RS resources include Part I and Part II, portion subcarriers symbol corresponding to symbol where Part I takes in time domain, whole sub-carriers corresponding to symbol where Part II takes in time domain, the base station position of the first CSI RS resources in subframe determined by, reference signal is mapped in subframe and is sent to user equipment.The Part II of first CSI RS resources can be arranged in subframe in time domain the 13rd symbol in the 2nd symbol to time domain, more positions be provided in subframe to transmit CSI RS resources, so as to improve communications diversity.

Description

Method for sending information, base station and user equipment

Technical field

The present embodiments relate to communication technical field, more particularly to a kind of method for sending information, base station and user equipment.

Background technology

Long Term Evolution（Long Term Evolution, hereinafter referred to as LTE）In system, when the communication resource is-frequency two dimension Form.In terms of time domain, the communication resource is divided in units of frame in time, and the minimum time unit that base station can dispatch is one Individual subframe, wherein, a subframe includes two time slots, and a time slot is normal（Normal）Cyclic prefix（Cyclic Prefix, CP）7 symbols can be included during length, in extension CP（Extended CP）6 symbols can be included during length. In terms of frequency domain, the communication resource is divided in units of subcarrier, and the least resource unit that base station can dispatch is a physical resource Block to (Physical Resource Block pair), wherein, a Physical Resource Block to have on frequency domain 12 it is continuous Subcarrier.One Physical Resource Block is equal to a subframe to the length in time domain, i.e., a subcarrier on a symbol Resource is called a resource unit (Resource Element, hereinafter referred to as RE).

In LTE versions 8 into version 11, traditional carrier type (Legacy Carrier Type, hereinafter referred to as LCT) Master sync signal (Primary Synchronization Signal, hereinafter referred to as PSS), auxiliary synchronous letter can be sent on carrier wave Number (Secondary Synchronization Signal, hereinafter referred to as SSS), Physical Broadcast Channel (Physical Broadcast Channel, hereinafter referred to as PBCH), Physical Downlink Control Channel (Physical Downlink Control Channel, hereinafter referred to as PDCCH).

In the prior art, CSI-RS in subframe in position in time domain for the 2nd symbol, the 6th symbol, the 9th Symbol, the 10th symbol, the 12nd symbol and the 13rd symbol, wherein, in subframe in position in time domain for the 9th symbol and Whole sub-carriers corresponding to 10th symbol, however, with the deployment of a large amount of cells in communication system, and prior art CSI-RS in subframe transmission location it is relatively simple, the multifarious demand of communications can not be met.

The content of the invention

The embodiment of the present invention provides a kind of method for sending information, base station and user equipment, to solve communications diversity Demand.

One side, the embodiment of the present invention provide a kind of method for sending information, including：

Base station determines that position of the Part II of the first channel state information reference signals CSI-RS in subframe is 13rd symbol in 2nd symbol to time domain in time domain, first CSI-RS include Part I and described second Point, portion subcarriers symbol corresponding to the symbol where the Part I takes in time domain, where the Part II takes Whole sub-carriers corresponding to symbol in time domain；

The base station position of the first CSI-RS in subframe determined by, reference signal is mapped to described User equipment is sent in subframe.

In the first possible implementation, user's specific reference signals UERS resources are also included in the subframe；

Position of the UERS resources in the subframe is reciprocal in the 2nd symbol to time domain in the time domain of the subframe Between 3rd symbol.

With reference to one side or the first possible implementation of one side, in second of possible realization In mode, master sync signal PSS resources and/or auxiliary synchronous signals SSS resources are also included in the subframe；

Position position with PSS resource in the subframe of the UERS resources in the subframe is misaligned, or, Position position with SSS and PSS resource in the subframe of the UERS resources in the subframe is misaligned.

With reference to one side to second of possible implementation for being one side, in the third possible realization In mode, if the subframe is normal cyclic prefix CP subframes, position of the UERS resources in the subframe is described 2nd symbol in the time domain of subframe, the 3rd symbol, the 9th symbol and the 10th symbol, or, the UERS resources are described Position in subframe is the 3rd symbol, the 4th symbol, the 10th symbol and the 11st symbol in the time domain of the subframe；With/ Or

If the subframe for extension CP subframes, position of the UERS resources in the subframe for the subframe when 1st symbol on domain, the 2nd symbol, the 7th symbol and the 8th symbol, or, the UERS resources are in the subframe Position is the 2nd symbol, the 3rd symbol, the 8th symbol and the 9th symbol in the time domain of the subframe.

With reference to one side to the third the possible implementation for being one side, in the 4th kind of possible realization In mode, if the subframe is normal CP subframes, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 6th symbol and the 5th symbol, or, the position of PSS resources and SSS resources in the subframe is described The 13rd symbol and the 12nd symbol in the time domain of subframe；

If the subframe is extension CP subframes, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 5th symbol and the 4th symbol, or, the position of PSS resources and SSS resources in the subframe is described The 11st symbol and the 10th symbol in the time domain of subframe.

With reference to one side to the 4th kind of possible implementation for being one side, in the 5th kind of possible realization In mode, position of the UERS resources in the subframe and position of first CSI-RS in the subframe are not Overlap.

With reference to the 5th kind of possible implementation of one side, in the 6th kind of possible implementation, if described Subframe is normal CP subframes, and the position of PSS resources and SSS resources in the subframe is the 6th in the time domain of the subframe Symbol and the 5th symbol, then position of the Part II in the subframe is the 12nd symbol in the time domain of the subframe Number and the 13rd symbol, or, the position of the PSS resources and the SSS resources in the subframe for the subframe when The 13rd symbol and the 12nd symbol on domain, then position of the Part II in the subframe is the time domain of the subframe On the 5th symbol and the 6th symbol；

If the subframe is extension CP subframes, the position of PSS resources and SSS resources in the subframe is the subframe The 5th symbol and the 4th symbol in time domain, then position of the Part II in the subframe is the time domain of the subframe On the 10th symbol and the 11st symbol, or, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 11st symbol and the 10th symbol, then the subframe is in position of the Part II in the subframe The 4th symbol and the 5th symbol in time domain.

With reference to the 5th kind of possible implementation of one side, in the 7th kind of possible implementation, if described Subframe is normal CP subframes, position of the Part I in the subframe be the 5th symbol in the time domain of the subframe, 6th symbol, the 12nd symbol and the 13rd symbol；

If the subframe is extension CP subframes, position of the Part I in the subframe is the time domain of the subframe On the 4th symbol, the 5th symbol, the 10th symbol and the 11st symbol.

With reference to the 7th kind of possible implementation of one side, in the 8th kind of possible implementation, if described Subframe is normal CP subframes, and position of the Part II in the subframe is the 9th symbol in the time domain of the subframe With the 10th symbol.

With reference to one side the 5th kind of possible implementation to the 8th kind of possible realization side of one side Formula, in the 9th kind of possible implementation, also include in the subframe：Second CSI-RS, the 2nd CSI-RS moneys Position of position of the source in the subframe with first CSI-RS in the subframe is misaligned.

The 5th kind of possible implementation, the 7th kind of possible implementation of one side with reference to one side Or the 8th kind of possible implementation of one side, in the tenth kind of possible implementation, also include in the subframe： Second CSI-RS, position of second CSI-RS in the subframe is with first CSI-RS described Position in subframe overlaps.

With reference to the tenth kind of possible realization side of the 9th kind of possible implementation or one side of one side Formula, in a kind of the tenth possible implementation, methods described also includes：

The base station sends notice signaling to the user equipment, and the notice signaling is used for the whole for indicating the subframe Or part, the subframe include first CSI-RS and/or the second CSI-RS.

With reference to a kind of the tenth possible implementation of one side, in the 12nd kind of possible implementation, institute Notice signaling is stated to be used to indicate that first CSI-RS and the bit number sum of the second CSI-RS are less than or equal to LTE The bit number shared by CSI-RS is notified in the system of version 10.

With reference to one side to the 12nd kind of possible implementation of one side, in the 13rd kind of possible realization In mode, methods described also includes：Second CSI-RS is used for smart synchronization and/or RRM metrical information；

Position of second CSI-RS in the subframe and position of the UERS resources in the subframe It is identical, second CSI-RS the 2nd symbol and the 7th symbol on the frequency domain in the subframe.

With reference to one side to the 13rd kind of possible implementation of one side, in the 14th kind of possible realization In mode, methods described also includes：

To the user equipment send configuration information, the configuration information is used to indicate in same Microcell not for the base station With the synchronism of user equipment (UE).

With reference to the on one side the 5th kind of possible implementation to the the 14th kind of possible implementation on one side, In the 15th kind of possible implementation, described method for sending information, it is characterised in that the reference signal includes described Any one or more in UERS, the PSS, the SSS and the first CSI-RS.

Second aspect, the embodiment of the present invention provide a kind of method for sending information, including：

User equipment (UE) receives subframe, wherein, it is mapped with reference signal in the subframe；

The UE demodulates the subframe, determines that the Part II of the first channel state information reference signals CSI-RS exists Position in subframe is between last 1 symbol in the 2nd symbol to time domain in the time domain of the subframe, the first CSI-RS Resource includes Part I and the Part II, and part carries corresponding to the symbol where the Part I takes in time domain Ripple symbol, whole sub-carriers corresponding to symbol where the Part II takes in time domain.

In second of possible implementation, user's specific reference signals UERS resources are also included in the subframe；

With reference to second aspect or the first possible implementation of second aspect, in second of possible realization In mode, master sync signal PSS resources and/or auxiliary synchronous signals SSS resources are also included in the subframe；

With reference to second aspect to second of possible implementation for being second aspect, in the third possible realization In mode, if the subframe is normal cyclic prefix CP subframes, position of the UERS resources in the subframe is described 2nd symbol in the time domain of subframe, the 3rd symbol, the 9th symbol and the 10th symbol, or, the UERS resources are described Position in subframe is the 3rd symbol, the 4th symbol, the 10th symbol and the 11st symbol in the time domain of the subframe；With/ Or

With reference to second aspect to the third the possible implementation for being second aspect, in the 4th kind of possible realization In mode, if the subframe is normal CP subframes, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 6th symbol and the 5th symbol, or, the position of PSS resources and SSS resources in the subframe is described The 13rd symbol and the 12nd symbol in the time domain of subframe；

With reference to second aspect to the 4th kind of possible implementation for being second aspect, in the 5th kind of possible realization In mode, position of the UERS resources in the subframe and position of first CSI-RS in the subframe are not Overlap.

With reference to the 5th kind of possible implementation of second aspect, in the 6th kind of possible implementation, if described Subframe is normal CP subframes, and the position of PSS resources and SSS resources in the subframe is the 6th in the time domain of the subframe Symbol and the 5th symbol, then position of the Part II in the subframe is the 12nd symbol in the time domain of the subframe Number and the 13rd symbol, or, the position of the PSS resources and the SSS resources in the subframe for the subframe when The 13rd symbol and the 12nd symbol on domain, then position of the Part II in the subframe is the time domain of the subframe On the 5th symbol and the 6th symbol；

With reference to second aspect the 5th kind of possible implementation, in the 7th kind of possible implementation,

If the subframe is normal CP subframes, position of the Part I in the subframe is the time domain of the subframe On the 5th symbol, the 6th symbol, the 12nd symbol and the 13rd symbol；

With reference to the 7th kind of possible implementation of second aspect, in the 8th kind of possible implementation, if described Subframe is normal CP subframes, and position of the Part II in the subframe is the 9th symbol in the time domain of the subframe With the 10th symbol.

With reference to second aspect the 5th kind of possible implementation to second aspect the 8th kind of possible realization side Formula, in the 9th kind of possible implementation, the second CSI-RS, position of second CSI-RS in the subframe The position put with first CSI-RS in the subframe is misaligned；

With reference to second aspect the 5th kind of possible implementation, second aspect the 7th kind of possible implementation Or the 8th kind of possible implementation of second aspect, in the tenth kind of possible implementation, the second CSI-RS, institute Position of position of second CSI-RS in the subframe with first CSI-RS in the subframe is stated to overlap.

With reference to second aspect the 9th kind of possible implementation or second aspect the tenth kind of possible realization side Formula, in a kind of the tenth possible implementation, methods described also includes：

With reference to a kind of the tenth possible implementation of second aspect, in the 12nd kind of possible implementation, institute Notice signaling is stated to be used to indicate that first CSI-RS and the bit number sum of the second CSI-RS are less than or equal to LTE The bit number shared by CSI-RS is notified in the system of version 10.

With reference to second aspect to the 12nd kind of possible implementation of second aspect, in the 13rd kind of possible realization In mode, methods described also includes：Second CSI-RS is used to send the smart synchronization and/or RRM is surveyed Measure information；

With reference to second aspect to the 13rd kind of possible implementation of second aspect, in the 14th kind of possible realization In mode, methods described also includes：

With reference to the on one side the 5th kind of possible implementation to the the 14th kind of possible implementation on one side, In the 15th kind of possible implementation, the reference signal includes the UERS, the PSS, the SSS and described first Any one or more in CSI-RS.

3rd aspect, the embodiment of the present invention provide a kind of base station, it is characterised in that including：

Processor, for determining the Part II of the first channel state information reference signals CSI-RS in subframe Position is the 13rd symbol in the 2nd symbol to time domain in time domain, and first CSI-RS includes Part I and described Part II, portion subcarriers symbol corresponding to the symbol where the Part I takes in time domain, the Part II account for With whole sub-carriers corresponding to the symbol in the time domain of place；

Transmitter, for position of first CSI-RS in subframe determined by, reference signal is mapped to User equipment is sent in the subframe.

With reference to the 3rd aspect or the first possible implementation of the 3rd aspect, in second of possible realization In mode, master sync signal PSS resources and/or auxiliary synchronous signals SSS resources are also included in the subframe；

With reference to the 3rd aspect to second of possible implementation for being the 3rd aspect, in the third possible realization In mode, if the subframe is normal cyclic prefix CP subframes, position of the UERS resources in the subframe is described 2nd symbol in the time domain of subframe, the 3rd symbol, the 9th symbol and the 10th symbol, or, the UERS resources are described Position in subframe is the 3rd symbol, the 4th symbol, the 10th symbol and the 11st symbol in the time domain of the subframe；With/ Or

With reference to the 3rd aspect to the third the possible implementation for being the 3rd aspect, in the 4th kind of possible realization In mode, if the subframe is normal CP subframes, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 6th symbol and the 5th symbol, or, the position of PSS resources and SSS resources in the subframe is described The 13rd symbol and the 12nd symbol in the time domain of subframe；

With reference to the 3rd aspect to the 4th kind of possible implementation for being the 3rd aspect, in the 5th kind of possible realization In mode, position of the UERS resources in the subframe and position of first CSI-RS in the subframe are not Overlap.

With reference to the 5th kind of possible implementation of the 3rd aspect, in the 6th kind of possible implementation, if described Subframe is normal CP subframes, and the position of PSS resources and SSS resources in the subframe is the 6th in the time domain of the subframe Symbol and the 5th symbol, then position of the Part II in the subframe is the 12nd symbol in the time domain of the subframe Number and the 13rd symbol, or, the position of the PSS resources and the SSS resources in the subframe for the subframe when The 13rd symbol and the 12nd symbol on domain, then position of the Part II in the subframe is the time domain of the subframe On the 5th symbol and the 6th symbol；

With reference to the 5th kind of possible implementation of the 3rd aspect, in the 7th kind of possible implementation, if described Subframe is normal CP subframes, position of the Part I in the subframe be the 5th symbol in the time domain of the subframe, 6th symbol, the 12nd symbol and the 13rd symbol；

With reference to the 7th kind of possible implementation of the 3rd aspect, in the 8th kind of possible implementation, if described Subframe is normal CP subframes, and position of the Part II in the subframe is the 9th symbol in the time domain of the subframe With the 10th symbol.

With reference to the 3rd aspect the 5th kind of possible implementation to the 3rd aspect the 8th kind of possible realization side Formula, in the 9th kind of possible implementation, also include in the subframe：Second CSI-RS, the 2nd CSI-RS moneys Position of position of the source in the subframe with first CSI-RS in the subframe is misaligned；

With reference to the 3rd aspect the 5th kind of possible implementation, the 3rd aspect the 7th kind of possible implementation Or the 8th kind of possible implementation of the 3rd aspect, in the tenth kind of possible implementation, also include in the subframe： Second CSI-RS, position of second CSI-RS in the subframe is with first CSI-RS described Position in subframe overlaps.

With reference to the 3rd aspect the 9th kind of possible implementation or the 3rd aspect the tenth kind of possible realization side Formula, in a kind of the tenth possible implementation, described base station, it is characterised in that the transmitter, be additionally operable to the use Family equipment dispatch order signaling, the notice signaling are used for all or part for indicating the subframe, and the subframe includes institute State the first CSI-RS and/or the second CSI-RS.

With reference to a kind of the tenth possible implementation of the 3rd aspect, in the 12nd kind of possible implementation, institute Notice signaling is stated to be used to indicate that first CSI-RS and the bit number sum of the second CSI-RS are less than or equal to LTE The bit number shared by CSI-RS is notified in the system of version 10.

With reference to the 3rd aspect to the 12nd kind of possible implementation of the 3rd aspect, in the 13rd kind of possible realization In mode, the base station also includes：Second CSI-RS is used for smart synchronization and/or RRM metrical information；

With reference to the 3rd aspect to the 13rd kind of possible implementation of the 3rd aspect, in the 14th kind of possible realization In mode, the transmitter, it is additionally operable to same micro- for indicating to the user equipment send configuration information, the configuration information Different user devices UE synchronism in cell.

With reference to the 3rd aspect the 5th kind of possible implementation to the 3rd aspect the 14th kind of possible implementation, In the 15th kind of possible implementation, the reference signal includes the UERS, the PSS, the SSS and described first Any one or more in CSI-RS.

4th aspect, the embodiment of the present invention provide a kind of user equipment, including：

Receiver, for receiving subframe, wherein, it is mapped with reference signal in the subframe；

Processor, for demodulating the subframe, determine the second of the first channel state information reference signals CSI-RS Position of the part in subframe is between last 1 symbol in the 2nd symbol to time domain in the time domain of the subframe, and described first CSI-RS includes Part I and the Part II, portion corresponding to the symbol where the Part I takes in time domain Molecule symbols, whole sub-carriers corresponding to symbol where the Part II takes in time domain.

With reference to the 4th aspect or the first possible implementation of the 4th aspect, in second of possible realization In mode, master sync signal PSS resources and/or auxiliary synchronous signals SSS resources are also included in the subframe；

With reference to the 4th aspect to second of possible implementation for being the 4th aspect, in the third possible realization In mode, if the subframe is normal cyclic prefix CP subframes, position of the UERS resources in the subframe is described 2nd symbol in the time domain of subframe, the 3rd symbol, the 9th symbol and the 10th symbol, or, the UERS resources are described Position in subframe is the 3rd symbol, the 4th symbol, the 10th symbol and the 11st symbol in the time domain of the subframe；With/ Or

With reference to the 4th aspect to the third the possible implementation for being the 4th aspect, in the 4th kind of possible realization In mode, if the subframe is normal CP subframes, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 6th symbol and the 5th symbol, or, the position of PSS resources and SSS resources in the subframe is described The 13rd symbol and the 12nd symbol in the time domain of subframe；

With reference to the 4th aspect to the 4th kind of possible implementation for being the 4th aspect, in the 5th kind of possible realization In mode, position of the UERS resources in the subframe and position of first CSI-RS in the subframe are not Overlap.

With reference to the 5th kind of possible implementation of the 4th aspect, in the 6th kind of possible implementation, if described Subframe is normal CP subframes, and the position of PSS resources and SSS resources in the subframe is the 6th in the time domain of the subframe Symbol and the 5th symbol, then position of the Part II in the subframe is the 12nd symbol in the time domain of the subframe Number and the 13rd symbol, or, the position of the PSS resources and the SSS resources in the subframe for the subframe when The 13rd symbol and the 12nd symbol on domain, then position of the Part II in the subframe is the time domain of the subframe On the 5th symbol and the 6th symbol；

With reference to the 5th kind of possible implementation of the 4th aspect, in the 7th kind of possible implementation, if described Subframe is normal CP subframes, position of the Part I in the subframe be the 5th symbol in the time domain of the subframe, 6th symbol, the 12nd symbol and the 13rd symbol；

With reference to the 7th kind of possible implementation of the 4th aspect, in the 8th kind of possible implementation, if described Subframe is normal CP subframes, and position of the Part II in the subframe is the 9th symbol in the time domain of the subframe With the 10th symbol.

With reference to the 4th aspect the 5th kind of possible implementation to the 4th aspect the 8th kind of possible realization side Formula, in the 9th kind of possible implementation, also include in the subframe：Second CSI-RS, the 2nd CSI-RS moneys Position of position of the source in the subframe with first CSI-RS in the subframe is misaligned；

With reference to the 4th aspect the 5th kind of possible implementation, the 4th aspect the 7th kind of possible implementation Or the 8th kind of possible implementation of the 4th aspect, in the tenth kind of possible implementation, also include in the subframe： Second CSI-RS, position of second CSI-RS in the subframe is with first CSI-RS described Position in subframe overlaps.

With reference to the 4th aspect the 9th kind of possible implementation or the 4th aspect the tenth kind of possible realization side Formula, in a kind of the tenth possible implementation, the user equipment also includes：

The transmitter, for sending notice signaling to the user equipment, the notice signaling is used to indicate the son The all or part of frame, the subframe include first CSI-RS and/or the second CSI-RS.

With reference to a kind of the tenth possible implementation of the 4th aspect, in the 12nd kind of possible implementation, institute Notice signaling is stated to be used to indicate that first CSI-RS and the bit number sum of the second CSI-RS are less than or equal to LTE The bit number shared by CSI-RS is notified in the system of version 10.

With reference to the 4th aspect to the 12nd kind of possible implementation of the 4th aspect, in the 13rd kind of possible realization In mode, the user equipment also includes：Second CSI-RS is used to send the smart synchronization and/or Radio Resource pipe Manage metrical information；

With reference to the 4th aspect to the 13rd kind of possible implementation of the 4th aspect, in the 14th kind of possible realization In mode, the transmitter, it is additionally operable to same micro- for indicating to the user equipment send configuration information, the configuration information Different user devices UE synchronism in cell.

With reference to the 4th aspect the 5th kind of possible implementation to the 4th aspect the 14th kind of possible implementation, In the 15th kind of possible implementation, the reference signal includes the UERS, the PSS, the SSS and described first Any one or more in CSI-RS.

Method for sending information, base station and user equipment provided in an embodiment of the present invention, the first CSI-RS is determined by base station Position of the Part II of resource in subframe is that the 13rd symbol, the first CSI-RS are provided in the 2nd symbol to time domain in time domain Source includes Part I and Part II, portion subcarriers symbol corresponding to the symbol where Part I takes in time domain, the Whole sub-carriers corresponding to symbol where two parts take in time domain, base station the first CSI-RS determined by are provided Position of the source in subframe, reference signal is mapped in subframe and is sent to user equipment.Second of first CSI-RS The 13rd symbol in the 2nd symbol to time domain can be arranged in subframe in time domain by dividing, and more positions are provided in subframe To transmit CSI-RS, so as to improve communications diversity.

Brief description of the drawings

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing There is the required accompanying drawing used in technology description to do one and simply introduce, it should be apparent that, drawings in the following description are this hairs Some bright embodiments, for those of ordinary skill in the art, without having to pay creative labor, can be with Other accompanying drawings are obtained according to these accompanying drawings.

Fig. 1 is the method for sending information flow chart that the embodiment of the present invention one provides；

Fig. 2 is the method for sending information flow chart that the embodiment of the present invention two provides；

Fig. 3 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention one provides；

Fig. 4 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention two provides；

Fig. 5 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention three provides；

Fig. 6 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention four provides；

Fig. 7 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention five provides；

Fig. 8 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention six provides；

Fig. 9 is the structural representation for the base station that the embodiment of the present invention one provides；

Figure 10 is the structural representation for the user equipment that the embodiment of the present invention one provides.

Embodiment

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

Fig. 1 is the method for sending information flow chart that the embodiment of the present invention one provides.As shown in figure 1, the method for the present embodiment Including：

Step 101, base station determine position of the Part II of the first CSI-RS in subframe for the 2nd symbol in time domain Number to the 13rd symbol in time domain.

In the present embodiment, the first CSI-RS includes Part I and Part II, when Part I takes place Portion subcarriers symbol corresponding to symbol on domain, whole subcarriers corresponding to symbol where Part II takes in time domain Symbol.

First CSI-RS of the present embodiment can be the CSI-RS of prior art, or CSI-RS A part in set.First CSI-RS can include Part I and Part II, where the Part I takes Portion subcarriers symbol corresponding to symbol in time domain, also, the Part II is taken corresponding to the symbol in the time domain of place Whole sub-carriers.

Specifically, base station can determine position of first CSI-RS in subframe, first CSI-RS is in son Position in frame can include time-domain position and frequency domain position, wherein, if subframe is normal CP subframes, subframe when 14 symbols can be included on domain, for example, the 0th symbol, the 1st symbol to the 13rd symbol can be included in time domain, this 14 symbols can temporally on sequencing arranged in time-domain resource.If subframe is extends CP subframes, a subframe Can include 12 symbols in time domain, for example, in time domain can include the 0th symbol, the 1st symbol to the 11st symbol Number, this 12 symbols can temporally on sequencing arranged in time-domain resource.Though subframe be normal CP subframes or Extend CP subframes, 12 sub-carriers can be included on the frequency domain of a subframe, for example, the 0th sub-carrier, the 1st Sub-carrier is to the 11st sub-carrier.

In the present embodiment, the Part I of the first CSI-RS can be located at identical in the subframe with UERS resources In symbol in time domain, and in the symbol on different frequency domains；The Part I of first CSI-RS can also be with UERS resources are located in the symbol in time domain different in the subframe, no matter the Part I of the first CSI-RS provides with UERS Whether the symbol that source is located in the time domain in the subframe is identical, and the Part II of the first CSI-RS can be in the position in subframe It is set in time domain in the 2nd symbol to time domain between the 13rd symbol.

Step 102, base station position of first CSI-RS in subframe determined by, reference signal is mapped to User equipment is sent in subframe.

Base station can be according to identified first CSI-RS in subframe position, i.e. the of the first CSI-RS Position of two parts in subframe is the 13rd symbol in the 2nd symbol to time domain in time domain, and reference signal is mapped into subframe In, and it is sent to user equipment (UE).

Method for sending information provided in an embodiment of the present invention, the Part II for determining the first CSI-RS by base station exist Position in subframe is the 13rd symbol in the 2nd symbol to time domain in time domain, the first CSI-RS include Part I and Part II, portion subcarriers symbol corresponding to the symbol where Part I takes in time domain, when Part II takes place Whole sub-carriers corresponding to symbol on domain, the base station position of the first CSI-RS in subframe determined by Put, reference signal is mapped in subframe and is sent to user equipment.The Part II of first CSI-RS can be arranged on son 13rd symbol in 2nd symbol to time domain in time domain in frame, so as to provide more positions in subframe to transmit CSI- RS resources, so as to improve communications diversity.

Further, on the basis of above-described embodiment, in step 101, the subframe can also include the specific ginseng of user Examine signal UERS resources.

Specifically, base station is determined the in time domain that position of user's specific reference signals UERS resources in subframe is subframe In 2 symbol to time domains between the 3rd symbol reciprocal, then, the base station position of UERS resources in subframe determined by, Reference signal is mapped in subframe and is sent to user equipment, so as to which UERS resources have moved to the centre position of each time slot, Balanced distances of the UERS relative to other resources, can improve precision of channel estimation, and improve the demodulation performance on NCT.

On the basis of above-described embodiment, in FDD（Frequency Division Duplexing, hereinafter referred to as FDD）In system, the 6th symbol and the 5th symbol progress PSS and SSS transmission in the time domain of subframe in the prior art can be avoided When the generation that conflicts, or in time division duplex（Time Division Duplexing, hereinafter referred to as TDD）In system, subframe The 5th symbol carries out the generation to conflict during SSS transmissions in time domain, further, because UERS resources are relative on prior art LCT UERS resources time domain on translated, that is, moved to the centre position of each time slot, balanced UERS is relative to it The distance of his resource, so as to improve precision of channel estimation.

Position of the UERS resources in subframe specifically can be set as follows：

If subframe is normal CP subframes, the position of UERS resources in the burst is the 2nd symbol in the time domain of subframe, 3rd symbol, the 9th symbol and the 10th symbol；

If subframe is extension CP subframes, the position of UERS resources in the burst is the 1st symbol in the time domain of subframe, 2nd symbol, the 7th symbol and the 8th symbol.

The present embodiment in FDD system, can be avoided in the prior art in subframe according to the setting of the position of UERS resources The generation that middle progress PSS and SSS conflict when sending, or in a tdd system, the generation to conflict when carrying out SSS transmissions in subframe, Further, because UERS resources are translated relative to the UERS resource locations on prior art LCT, that is, moved to every The centre position of individual time slot, balanced distances of the UERS relative to other resources, so as to improve precision of channel estimation.

Fig. 2 is the method for sending information flow chart that the embodiment of the present invention two provides.As shown in Fig. 2 the method for the present embodiment Including：

Step 201, UE receive subframe.

Specifically, UE receives subframe, wherein, reference signal can be mapped with the subframe, the reference signal can include UERS resources, PSS resources, SSS and the first CSI-RS it is any one or more.

Step 202, UE demodulation subframes, determine position of the Part II of the first CSI-RS in subframe for subframe In time domain in the 2nd symbol to time domain between last 1 symbol.

In the present embodiment, the first CSI-RS includes Part I and the Part II, and the Part I takes Portion subcarriers symbol corresponding to symbol in the time domain of place, the Part II take complete corresponding to the symbol in the time domain of place Portion's sub-carrier.

Method for sending information provided in an embodiment of the present invention, subframe is received by UE, wherein, it is mapped with subframe with reference to letter Number, then UE demodulates subframe, determines position of the Part II of the first CSI-RS in subframe for the in the time domain of subframe the 2nd In individual symbol to time domain between last 1 symbol, the first CSI-RS includes Part I and the Part II, and this first Portion subcarriers symbol corresponding to symbol where part takes in time domain, the symbol institute where the Part II takes in time domain Corresponding whole sub-carriers.The Part II of first CSI-RS can be arranged in subframe the 2nd symbol in time domain 13rd symbol on to time domain, provides more positions to transmit CSI-RS in subframe, is passed so as to improve communication Defeated diversity.

Further, on the basis of embodiment illustrated in fig. 2, the subframe can also include：UERS resources, the UERS resources In time domain in subframe in the 2nd symbol to time domain between the 3rd symbol reciprocal.

Specifically, UE can demodulate the subframe received, and determine that UERS resources accord with for the 2nd in the time domain in subframe Number between the 3rd symbol reciprocal in time domain.In FDD system, the 6th symbol in the time domain of subframe in the prior art can be avoided Number and the 5th symbol carry out the generation that conflicts when PSS and SSS is sent, or in a tdd system, the 5th symbol in the time domain of subframe The generation to conflict during SSS transmissions is carried out, further, because UERS resources are relative to the UERS resource-niches on prior art LCT Put and translated, that is, moved to the centre position of each time slot, balanced distances of the UERS relative to other resources, so as to Precision of channel estimation can be improved, and can further improve the demodulation performance on NCT.

Fig. 3 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention one provides.As shown in figure 3, with Subframe be normal CP subframes exemplified by, the position of UERS resources in the burst can be subframe time domain on the 2nd symbol, the 3rd Individual symbol, the 9th symbol and the 10th symbol.

Further, the position of PSS resources and SSS resources in subframe can be the 6th symbol in the time domain of subframe With the 5th symbol.

On the basis of above-described embodiment, the first channel state information reference signals CSI-RS can also be included in the subframe Resource；Wherein, the position and the position of UERS resources in the burst that first CSI-RS can be in the burst are not Overlap.

Specifically, first CSI-RS can include Part I and Part II, where the Part I takes Portion subcarriers symbol corresponding to symbol in time domain, also, the Part II is taken corresponding to the symbol in the time domain of place Whole sub-carriers.

The Part I of first CSI-RS of the present embodiment can be located at identical in the subframe with UERS resources In symbol in time domain, and in the symbol on different frequency domains；For example, so that subframe is normal CP subframes as an example, this first The Part I of CSI-RS can be with UERS resources in the burst position it is identical, i.e., the first CSI-RS in the subframe The Part I of resource the 2nd symbol in time domain, the 3rd symbol, the 9th symbol and the 10th symbol, the first CSI-RS The Part II of resource the 12nd symbol and the 13rd symbol in time domain.

The method for sending information that the present embodiment provides, can by the way that UERS resources to be moved to the centre position of each time slot To improve precision of channel estimation, and the demodulation performance on NCT can be optimized.Meanwhile the UERS after translation can be avoided and FDD systems SSS in PSS/SSS or TDD system in system produces conflict.

The present embodiment subframe for extension CP subframes when, the position of UERS resources in the burst can be subframe when 1st symbol on domain, the 2nd symbol, the 7th symbol and the 8th symbol.

Further, the position of PSS resources and SSS resources in subframe is the 5th symbol and the 4th in the time domain of subframe Individual symbol.

On the basis of above-described embodiment, the first CSI-RS can also be included in the subframe；Wherein, the first CSI- RS resources can be in the burst position and the position of UERS resources in the burst it is misaligned.

The Part I of first CSI-RS of the present embodiment can be located at identical in the subframe with UERS resources In symbol in time domain, and in the symbol on different frequency domains；For example, so that subframe is extension CP subframe as an example, this first The Part I of CSI-RS can be with UERS resources in the burst position it is identical, i.e., the first CSI-RS in the subframe The Part I of resource the 1st symbol in time domain, the 2nd symbol, the 7th symbol and the 8th symbol, the first CSI-RS moneys The Part II in source the 10th symbol and the 11st symbol in time domain.

Fig. 4 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention two provides.As shown in figure 4, On the basis of above-described embodiment, the Part II of the first CSI-RS can be carried out in the time domain of subframe with PSS and SSS Exchange.

Specifically, so that subframe is normal CP subframes as an example, the position of UERS resources in the burst is in the time domain of subframe In the case of 2nd symbol, the 3rd symbol, the 9th symbol and the 10th symbol, PSS resources and SSS resources are in subframe Position can be the 13rd symbol and the 12nd symbol in the time domain of subframe,

On the basis of above-described embodiment, the first CSI-RS can also be included in the subframe；Wherein, the first CSI- RS resources can include Part I and Part II, and part carries corresponding to the symbol where the Part I takes in time domain Ripple symbol, also, the Part II takes whole sub-carriers corresponding to the symbol in the time domain of place.

The Part I of first CSI-RS of the present embodiment can be located at identical in the subframe with UERS resources In symbol in time domain, and in the symbol on different frequency domains；For example, so that subframe is normal CP subframes as an example, this first The Part I of CSI-RS can be with UERS resources in the burst position it is identical, i.e., the first CSI-RS in the subframe The Part I of resource the 2nd symbol in time domain, the 3rd symbol, the 9th symbol and the 10th symbol, the first CSI-RS The Part II of resource the 5th symbol and the 6th symbol in time domain.

The present embodiment by subframe for extension CP subframes exemplified by, the position of UERS resources in the burst can be subframe when 1st symbol on domain, the 2nd symbol, the 7th symbol and the 8th symbol.

Further, the position of PSS resources and SSS resources in subframe is the 11st symbol in the time domain of subframe and the 10 symbols,

The Part I of first CSI-RS of the present embodiment can be located at identical in the subframe with UERS resources In symbol in time domain, and in the symbol on different frequency domains；For example, so that subframe is extension CP subframe as an example, this first The Part I of CSI-RS can be with UERS resources in the burst position it is identical, i.e., the first CSI-RS in the subframe The Part I of resource the 1st symbol in time domain, the 2nd symbol, the 7th symbol and the 8th symbol, the first CSI-RS moneys The Part II in source the 4th symbol and the 5th symbol in time domain.

Fig. 5 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention three provides.As shown in figure 5, On the basis of above-described embodiment, it can also include in the subframe：Second CSI-RS, second CSI-RS is in subframe Position and the position of the first CSI-RS in the burst it is misaligned.

Specifically, so that subframe is normal CP subframes as an example, the first CSI-RS, UERS resources and CRS resources are in subframe In position with CSI-RS, UERS resources and the CRS resources in traditional carrier type LCT in the prior art in subframe Position is identical.Position of second CSI-RS in subframe can be the 1st symbol and the 2nd symbol in the time domain of subframe, The number for the resource unit that the CSI-RS of the present embodiment second is occupied in subframe and the position in subframe not as Limit, can arbitrarily be set, every misaligned with the position of the first CSI-RS in the burst.

The present embodiment is extended on the basis of the first CSI-RS, and being further provided with can provide more Second CSI-RS of CSI measuring reference signals, for example, the second CSI-RS can provide the synchronization of time-frequency essence and/or nothing Line resource management measures, so as to improve utilization ratios of the CSI-RS in NCT.

On the basis of above-described embodiment, position of first CSI-RS in subframe can be with LCT in the prior art In position of the CSI-RS in subframe it is different, and be provided with the first CSI-RS and second simultaneously in subframe CSI-RS, a variety of implementations can be included, be specifically as follows：

The first implementation, so that subframe is normal CP subframes as an example, if first of the first CSI-RS in subframe Part the 2nd symbol, the 3rd symbol, the 9th symbol and the 10th symbol in time domain, Part II is the 12nd in time domain Symbol and the 13rd symbol.Then position of second CSI-RS in subframe can be in the time domain of subframe the 5th symbol and 6th symbol.

It should be noted that when not sending PSS and SSS subframes, can send the second CSI-RS subframe when On domain on the 5th symbol and the 6th symbol.

Second of implementation, so that subframe is normal CP subframes as an example, if first of the first CSI-RS in subframe Part the 2nd symbol, the 3rd symbol, the 9th symbol and the 10th symbol in time domain, Part II the 5th symbol in time domain Number and the 6th symbol.Then position of second CSI-RS in subframe can be the 12nd symbol and the in the time domain of subframe 13 symbols.

The third implementation, so that subframe is extension CP subframe as an example, if first of the first CSI-RS in subframe Part the 2nd symbol, the 3rd symbol, the 9th symbol and the 10th symbol in time domain, Part II is the 12nd in time domain Symbol and the 13rd symbol.Then position of second CSI-RS in subframe can be in the time domain of subframe the 4th symbol and 5th symbol.

4th kind of implementation, so that subframe is extension CP subframe as an example, if first of the first CSI-RS in subframe Part the 2nd symbol, the 3rd symbol, the 9th symbol and the 10th symbol in time domain, Part II is the 12nd in time domain Symbol and the 13rd symbol.Then position of second CSI-RS in subframe can be in the time domain of subframe the 10th symbol and 11st symbol.

Fig. 6 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention four provides.As shown in fig. 6, On the basis of above-described embodiment, position of second CSI-RS in subframe can be with the first CSI-RS in subframe Position overlaps.

It should be noted that the position of first CSI-RS in subframe and the tradition load in LTE system version 10 Position of first CSI-RS in subframe on ripple type LCT is identical, specifically, so that subframe is normal CP subframes as an example, Part I of first CSI-RS in subframe on LCT the 5th symbol, the 6th symbol, the 12nd symbol in time domain Number and the 13rd symbol, Part II the 9th symbol and the 10th symbol in time domain.

In the present embodiment, position of second CSI-RS in subframe and position of first CSI-RS in subframe Coincidence is put, is included so as to produce the resource unit of coincidence：{ 5,3 }, { 6,3 }, { 5,4 }, { 6,4 }, { 5,8 }, { 6,8 }, { 5,9 }, { 6,9 }.Wherein, for the label in a subframe, represented with { L, K }, L represents the symbol in time domain；K is represented on subcarrier Symbol, be represented sequentially as the 0th symbol, the 1st symbol to the 11st symbol from bottom to up or from low to high.

In the present embodiment, if position of second CSI-RS in subframe and the first CSI-RS are in subframe Position coincidence is more, and the evolution to LTE is better, specifically, in the LTE system compared with lowest version, if misaligned CSI-RS Resource is configured for new resource, and lowest version UE does not know that new CSI-RS specifically carries which information, therefore second CSI-RS can reduce the performance of the data demodulation to the subframe.

In the present embodiment, base station can configure position of second CSI-RS in subframe and the first CSI-RS Position in subframe overlaps, so as to after highest version UE receives the subframe, be carried out according to the second CSI-RS Demodulation, after lowest version UE receives the subframe, can be demodulated according to the first CSI-RS.Therefore, the 2nd CSI- RS resources do not interfere with the data demodulation to the subframe, and the second CSI-RS flexibly can be configured, and then Improve the flexibility configured to the second CSI-RS.

On the basis of above-described embodiment, base station can send notice signaling to user equipment, and the notice signaling can be used Include the first CSI-RS and/or the 2nd CSI-RS in instruction subframe.

Specifically, the first CSI-RS that can include in notice signaling for indicating subframe and/or the 2nd CSI- RS resources, it can at least include 3 kinds of implementations, wherein,

First implementation, the first CSI-RS is only included in the notice signaling for indicating subframe, wherein, first The resource index that CSI-RS includes is 0 to 19 CSI-RS, such as in the prior art CSI-s of the LCT in FDD system RS resources.

Second implementation, the second CSI-RS is only included in the notice signaling for indicating subframe, wherein, including money Original label is 20 to 31 CSI-RS, such as the CSI-RSs of LCT in a tdd system in the prior art.

3rd implementation, the notice signaling for indicating subframe include the first CSI-RS and provided with the 2nd CSI-RS Source, specifically, in the prior art, LCT in order to avoid the position of the reference symbol of antenna port 5, is especially set in a tdd system CSI-RS is put, both resource index was 20 to 31 CSI-RS.However, NCT no longer supports antenna port 5, therefore NCT need not be in the CSI-RS that the resource index in prior art LCT TDD system is 20 to 31, simultaneously, it is contemplated that the One CSI-RS may only use 20 resource index of the LCT in FDD system, therefore according to different editions in the prior art Between CSI-RS overlap it is The more the better, can by the resource index of TDD system in LCT be 20 to 31 12 CSI-RS Resource application in the present embodiment, i.e., sets the resource index of the second CSI-RS as 20 to 31 in the present embodiment.

Fig. 7 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention five provides.As shown in fig. 7, this Second CSI-RS of embodiment can be arranged on the 5th symbol and the 6th symbol in the time domain of subframe, it is necessary to explanation It is that the particular location that the CSI-RS of the present embodiment second is arranged in the time domain of subframe is not limited.So as to the present embodiment The bit or state being multiplexed by the first CSI-RS and the second CSI-RS in the signaling that CSI-RS is notified on LCT Notified, and then realize multiplexing 5 indication bits of that on LCT in the prior art, can further be multiplexed prior art The state or code-point of CSI-RS on middle LCT.

Fig. 8 is each resource location schematic diagram in the method for sending information that the embodiment of the present invention six provides.It is as shown in figure 8, sub Can also include the second CSI-RS in frame, second CSI-RS can be used for sending the smart synchronizing information and/or RRM metrical information, that is to say, that base station can send smart synchronizing information to user equipment, and the essence is synchronously used to refer to Show the smart synchronization of RRC connected states or the essence synchronization of RRC Idle state, and/or, wherein, base station sends Radio Resource to user equipment Metrical information is managed, the RRM metrical information is used for the RRM measurement for indicating RRC connected states or RRC is empty The RRM measurement of not busy state, also, the position of the second CSI-RS in the burst can provide with the first CSI-RS The position of source in the burst is misaligned.

Specifically, so that subframe is normal CP subframes as an example, the position of PSS resources and SSS resources in subframe is subframe The 5th symbol and the 6th symbol in time domain, position of first CSI-RS in subframe are the 3rd in the time domain of subframe Individual symbol, the 4th symbol, the 10th symbol and the 11st symbol, the second CSI-RS are arranged on the symbol in the time domain of subframe The position of number label with UERS resources in the burst is identical for the symbolic label in the time domain of subframe, i.e., the in the time domain of subframe 3 symbols, the 4th symbol, the 10th symbol and the 11st symbol, then the second CSI-RS can be arranged on the time domain of subframe On symbolic label and UERS resources time domain in the burst on symbolic label it is identical, and the subcarrier of frequency domain is the 2nd On the position of label and the 7th label.Wherein, the second CSI-RS can be used for radio resource control（Radio Resource Control, hereinafter referred to as RRC）The essence of connected state and/or RRC Idle state is synchronous and RRM measures.

Subframe in the present embodiment can include the second CSI-RS, wherein, the 2nd CSI-RS in a subframe The number of resource units of resources occupation is 8, therefore, with the money of the CRS of single antenna port in the prior art in a subframe Source unit quantity is identical, and the second CSI-RS can include two continuous resource units, so as to improve frequency Synchronous estimation range, further, the second CSI-RS is used for essence and synchronously measured with RRM, can be carried very well Its high performance, and because the PSS/SSS of the symbol shared by UERS and FDD and TDD is avoided, in the absence of any collision problem.

Further, on the basis of above-described embodiment, base station can should match somebody with somebody confidence to user equipment send configuration information Cease the synchronism for indicating different user devices UE in same Microcell.

Specifically, in the coverage of a macrocell under the application scenarios with multiple Microcells, different Microcells With with macrocell identical Physical Cell Identifier, and all Microcells can send CRS, however, UE is to lead to Cross CRS and distinguish specific cell, therefore the base station of the present embodiment can be configured by broadcast signaling or proprietary RRC signaling for UE One the second CSI-RS, measured for synchronization and RRM, in order to distinguish the cell that UE is measured or is synchronized to, Can increase by the second CSI-RS in different subframes, for carried out between the different Microcells under same macrocell it is identical or Similar quasi- same position is it is assumed that it is all that the cell from same geographical position is sent out that can characterize this group of CSI-RS , to ensure synchronous and measurement accuracy and practicality.

Specifically, the position of each resource for the subframe that UE demodulation receives is identical with the description of above-described embodiment, herein not Repeat again.

Fig. 9 is the structural representation for the base station that the embodiment of the present invention one provides.As shown in figure 9, a kind of user equipment, bag Include：Processor 901 and transmitter 902.

Processor 901, for determining the Part II of the first channel state information reference signals CSI-RS in subframe In position be the 13rd symbol in the 2nd symbol to time domain in time domain, the first CSI-RS includes Part I and second Part, portion subcarriers symbol corresponding to the symbol where Part I takes in time domain, where Part II takes in time domain Symbol corresponding to whole sub-carriers；

Transmitter 902, for position of first CSI-RS in subframe determined by, reference signal is mapped User equipment is sent into subframe.

Further, user's specific reference signals UERS resources are also included in the subframe；

Position of the UERS resources in subframe in the time domain of subframe in the 2nd symbol to time domain the 3rd symbol reciprocal it Between.

Further, master sync signal PSS resources and/or auxiliary synchronous signals SSS resources are also included in subframe；

Position of position of the UERS resources in subframe with PSS resources in subframe is misaligned, or, UERS resources are in son Position of the position with SSS and PSS resources in subframe in frame is misaligned.

Further, if subframe is normal cyclic prefix CP subframes, position of the UERS resources in subframe is subframe 2nd symbol in time domain, the 3rd symbol, the 9th symbol and the 10th symbol, or, position of the UERS resources in subframe is 3rd symbol in the time domain of subframe, the 4th symbol, the 10th symbol and the 11st symbol；

If subframe is extension CP subframes, position of the UERS resources in subframe is the 1st symbol in the time domain of subframe, the 2 symbols, the 7th symbol and the 8th symbol, or, position of the UERS resources in subframe is the 2nd symbol in the time domain of subframe Number, the 3rd symbol, the 8th symbol and the 9th symbol.

Further, if subframe is normal CP subframes, the position of PSS resources and SSS resources in subframe is subframe The 6th symbol and the 5th symbol in time domain, or, the position of PSS resources and SSS resources in subframe is the time domain of subframe On the 13rd symbol and the 12nd symbol；

If subframe is extension CP subframes, the position of PSS resources and SSS resources in subframe is the in the time domain of subframe 5 symbols and the 4th symbol, or, the position of PSS resources and SSS resources in subframe is the 11st in the time domain of subframe Symbol and the 10th symbol.

Further, position of position of the UERS resources in subframe with the first CSI-RS in subframe is misaligned.

Further, if subframe is normal CP subframes, the position of PSS resources and SSS resources in subframe for subframe when The 6th symbol and the 5th symbol on domain, then position of the Part II in subframe is the 12nd symbol in the time domain of subframe With the 13rd symbol, or, the position of PSS resources and SSS resources in subframe for subframe time domain on the 13rd symbol and 12nd symbol, then position of the Part II in subframe is the 5th symbol and the 6th symbol in the time domain of subframe；

If subframe is extension CP subframes, the position of PSS resources and SSS resources in subframe is the 5 in the time domain of subframe Individual symbol and the 4th symbol, then position of the Part II in subframe is the 10th symbol in the time domain of subframe and the 11st Symbol, or, the position of PSS resources and SSS resources in subframe is the 11st symbol in the time domain of subframe and the 10th symbol Number, then position of the Part II in subframe is the 4th symbol and the 5th symbol in the time domain of subframe.

Further, if subframe is normal CP subframes, position of the Part I in subframe is the 5th in the time domain of subframe Individual symbol, the 6th symbol, the 12nd symbol and the 13rd symbol；

If subframe is extension CP subframes, position of the Part I in subframe is the 4th symbol in the time domain of subframe, the 5 symbols, the 10th symbol and the 11st symbol.

Further, if subframe is normal CP subframes, position of the Part II in subframe is the 9th in the time domain of subframe Individual symbol and the 10th symbol.

Further, also include in subframe：Second CSI-RS, position of second CSI-RS in subframe and the Position of one CSI-RS in subframe is misaligned；

Further, also include in subframe：Second CSI-RS, position of second CSI-RS in subframe and the Position of one CSI-RS in subframe overlaps.

Further, transmitter 902, it is additionally operable to send notice signaling to user equipment, notice signaling is used to indicate subframe All or part, subframe includes the first CSI-RS and/or the second CSI-RS.

Further, notice signaling is used to indicate that the bit number sum of the first CSI-RS and the second CSI-RS is small In or equal to notifying bit number shared by CSI-RS in the system of LTE versions 10.

Further, the second CSI-RS is used for smart synchronization and/or RRM metrical information；

Position of position of second CSI-RS in subframe with UERS resources in subframe is identical, the 2nd CSI-RS moneys Source the 2nd symbol and the 7th symbol on the frequency domain in subframe.

Further, transmitter 902, it is additionally operable to same for indicating to user equipment send configuration information, configuration information Different user devices UE synchronism in Microcell.

Further, reference signal includes any one or more in UERS, PSS, SSS and the first CSI-RS.

Figure 10 is the structural representation for the user equipment that the embodiment of the present invention one provides.As shown in Figure 10, the user equipment Including：Receiver 1001 and processor 1002.

Receiver 1001, for receiving subframe, wherein, reference signal is mapped with subframe；

Processor 1002, for demodulating subframe, determine the second of the first channel state information reference signals CSI-RS Position of the part in subframe is between last 1 symbol in the 2nd symbol to time domain in the time domain of subframe, the first CSI-RS moneys Source includes Part I and Part II, portion subcarriers symbol corresponding to the symbol where Part I takes in time domain, the Whole sub-carriers corresponding to symbol where two parts take in time domain.

Further, user's specific reference signals UERS resources are also included in subframe；

Further, base station also includes：Transmitter 1003, for sending notice signaling to user equipment, notice signaling is used In all or part of instruction subframe, subframe includes the first CSI-RS and/or the second CSI-RS.

Further, the second CSI-RS is used to send smart synchronization and/or RRM metrical information；

Further, transmitter 1003, it is additionally operable to same for indicating to user equipment send configuration information, configuration information Different user devices UE synchronism in Microcell.

One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can pass through Programmed instruction related hardware is completed, and foregoing program can be stored in a computer read/write memory medium, the program Upon execution, the step of execution includes above method embodiment；And foregoing storage medium includes：ROM, RAM, magnetic disc or light Disk etc. is various can be with the medium of store program codes.

Finally it should be noted that：Various embodiments above is merely illustrative of the technical solution of the present invention, rather than its limitations；To the greatest extent The present invention is described in detail with reference to foregoing embodiments for pipe, it will be understood by those within the art that：Its according to The technical scheme described in foregoing embodiments can so be modified, either which part or all technical characteristic are entered Row equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from various embodiments of the present invention technology The scope of scheme.

Claims

A kind of 1. method for sending information, it is characterised in that including：

Base station determines that position of the Part II of the first channel state information reference signals CSI-RS in subframe is time domain 13rd symbol in upper 2nd symbol to time domain, first CSI-RS include Part I and the Part II, institute Portion subcarriers symbol corresponding to the symbol in time domain where Part I takes is stated, where the Part II takes in time domain Symbol corresponding to whole sub-carriers；

The base station position of the first CSI-RS in subframe determined by, reference signal is mapped to the subframe In be sent to user equipment；

Also include in the subframe：User's specific reference signals UERS resources；

Position of the UERS resources in the subframe is inverse the 3rd in the 2nd symbol to time domain in the time domain of the subframe Between individual symbol；

Wherein, also include in the subframe：Second CSI-RS；Second CSI-RS is used for smart synchronization and/or nothing Line resource management metrical information；

Position of position of second CSI-RS in the subframe with the UERS resources in the subframe is identical, Second CSI-RS the 2nd symbol and the 7th symbol on the frequency domain in the subframe.
2. according to the method for claim 1, it is characterised in that in the subframe also include master sync signal PSS resources and/ Or auxiliary synchronous signals SSS resources；

Position position with PSS resource in the subframe of the UERS resources in the subframe is misaligned, or, it is described Position of position of the UERS resources in the subframe with SSS and PSS resources in the subframe is misaligned.
3. according to the method for claim 1, it is characterised in that if the subframe is normal cyclic prefix CP subframes, institute State the 2nd symbol in the time domain that position of the UERS resources in the subframe is the subframe, the 3rd symbol, the 9th symbol and 10th symbol, or, position of the UERS resources in the subframe for the subframe time domain on the 3rd symbol, the 4th Individual symbol, the 10th symbol and the 11st symbol；And/or

If the subframe is extension CP subframes, position of the UERS resources in the subframe is in the time domain of the subframe 1st symbol, the 2nd symbol, the 7th symbol and the 8th symbol, or, position of the UERS resources in the subframe For the 2nd symbol in the time domain of the subframe, the 3rd symbol, the 8th symbol and the 9th symbol.
4. according to the method for claim 2, it is characterised in that if the subframe be normal CP subframes, PSS resources with Position of the SSS resources in the subframe is the 6th symbol and the 5th symbol in the time domain of the subframe, or, PSS moneys The position of source and SSS resources in the subframe is the 13rd symbol and the 12nd symbol in the time domain of the subframe；

If the subframe for extension CP subframes, the position of PSS resources and SSS resources in the subframe for the subframe when The 5th symbol and the 4th symbol on domain, or, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 11st symbol and the 10th symbol.
5. according to the method described in claim any one of 1-4, it is characterised in that position of the UERS resources in the subframe The position put with first CSI-RS in the subframe is misaligned.
6. according to the method for claim 5, it is characterised in that if the subframe is normal CP subframes, PSS resources and SSS Position of the resource in the subframe is the 6th symbol and the 5th symbol in the time domain of the subframe, then the Part II Position in the subframe is the 12nd symbol and the 13rd symbol in the time domain of the subframe, or, the PSS resources It is the 13rd symbol and the 12nd symbol in the time domain of the subframe with position of the SSS resources in the subframe, then Position of the Part II in the subframe is the 5th symbol and the 6th symbol in the time domain of the subframe；

If the subframe is extension CP subframes, the position of PSS resources and SSS resources in the subframe is the time domain of the subframe On the 5th symbol and the 4th symbol, then position of the Part II in the subframe for the subframe time domain on 10th symbol and the 11st symbol, or, the position of PSS resources and SSS resources in the subframe for the subframe when The 11st symbol and the 10th symbol on domain, then position of the Part II in the subframe is the time domain of the subframe On the 4th symbol and the 5th symbol.
7. according to the method for claim 5, it is characterised in that

If the subframe is normal CP subframes, position of the Part I in the subframe is in the time domain of the subframe 5th symbol, the 6th symbol, the 12nd symbol and the 13rd symbol；

If the subframe is extension CP subframes, position of the Part I in the subframe is in the time domain of the subframe 4th symbol, the 5th symbol, the 10th symbol and the 11st symbol.
8. according to the method for claim 7, it is characterised in that if the subframe is normal CP subframes, the Part II Position in the subframe is the 9th symbol and the 10th symbol in the time domain of the subframe.
9. according to the method for claim 8, it is characterised in that position of second CSI-RS in the subframe It is misaligned with position of first CSI-RS in the subframe.
10. according to the method for claim 8, position of second CSI-RS in the subframe and described first Position of the CSI-RS in the subframe overlaps.
11. the method according to claim 9 or 10, it is characterised in that methods described also includes：

The base station sends notice signaling to the user equipment, and the notice signaling is used for whole or the portion for indicating the subframe Point, the subframe includes first CSI-RS and/or the second CSI-RS.
12. according to the method for claim 11, it is characterised in that the notice signaling is used to indicate the first CSI-RS The bit number sum of resource and the second CSI-RS, which is less than or equal in the system of LTE versions 10, to be notified shared by CSI-RS Bit number.
13. according to the method described in claim any one of 1-4, it is characterised in that methods described also includes：

To the user equipment send configuration information, the configuration information is used to indicate different use in same Microcell for the base station The synchronism of family equipment UE.
14. method for sending information according to claim 13, it is characterised in that the reference signal include UERS, PSS, Any one or more in SSS and the first CSI-RS.
A kind of 15. method for sending information, it is characterised in that including：

User equipment (UE) receives subframe, wherein, it is mapped with reference signal in the subframe；

The UE demodulates the subframe, determines the Part II of the first channel state information reference signals CSI-RS in subframe In position in the time domain of the subframe in the 2nd symbol to time domain between last 1 symbol, first CSI-RS Including Part I and the Part II, portion subcarriers symbol corresponding to the symbol where the Part I takes in time domain Number, whole sub-carriers corresponding to symbol where the Part II takes in time domain；

Also include in the subframe：User's specific reference signals UERS resources；

Position of the UERS resources in the subframe is inverse the 3rd in the 2nd symbol to time domain in the time domain of the subframe Between individual symbol；

Wherein, also include in the subframe：Second CSI-RS, second CSI-RS be used to sending it is smart synchronous and/ Or RRM metrical information；

Position of position of second CSI-RS in the subframe with the UERS resources in the subframe is identical, Second CSI-RS the 2nd symbol and the 7th symbol on the frequency domain in the subframe.
16. according to the method for claim 15, it is characterised in that also include master sync signal PSS resources in the subframe And/or auxiliary synchronous signals SSS resources；

Position position with PSS resource in the subframe of the UERS resources in the subframe is misaligned, or, it is described Position of position of the UERS resources in the subframe with SSS and PSS resources in the subframe is misaligned.
17. according to the method for claim 15, it is characterised in that if the subframe is normal cyclic prefix CP subframes, Position of the UERS resources in the subframe for the subframe time domain on the 2nd symbol, the 3rd symbol, the 9th symbol With the 10th symbol, or, position of the UERS resources in the subframe for the subframe time domain on the 3rd symbol, 4th symbol, the 10th symbol and the 11st symbol；And/or

If the subframe is extension CP subframes, position of the UERS resources in the subframe is in the time domain of the subframe 1st symbol, the 2nd symbol, the 7th symbol and the 8th symbol, or, position of the UERS resources in the subframe For the 2nd symbol in the time domain of the subframe, the 3rd symbol, the 8th symbol and the 9th symbol.
18. according to the method for claim 16, it is characterised in that if the subframe be normal CP subframes, PSS resources with Position of the SSS resources in the subframe is the 6th symbol and the 5th symbol in the time domain of the subframe, or, PSS moneys The position of source and SSS resources in the subframe is the 13rd symbol and the 12nd symbol in the time domain of the subframe；

If the subframe for extension CP subframes, the position of PSS resources and SSS resources in the subframe for the subframe when The 5th symbol and the 4th symbol on domain, or, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 11st symbol and the 10th symbol.
19. according to the method described in claim any one of 15-18, it is characterised in that the UERS resources are in the subframe Position of the position with first CSI-RS in the subframe it is misaligned.
20. according to the method for claim 19, it is characterised in that if the subframe be normal CP subframes, PSS resources with Position of the SSS resources in the subframe is the 6th symbol and the 5th symbol in the time domain of the subframe, then described second Position of the part in the subframe is the 12nd symbol and the 13rd symbol in the time domain of the subframe, or, the PSS The position of resource and the SSS resources in the subframe is the 13rd symbol in the time domain of the subframe and the 12nd symbol Number, then position of the Part II in the subframe is the 5th symbol and the 6th symbol in the time domain of the subframe；

If the subframe is extension CP subframes, the position of PSS resources and SSS resources in the subframe is the time domain of the subframe On the 5th symbol and the 4th symbol, then position of the Part II in the subframe for the subframe time domain on 10th symbol and the 11st symbol, or, the position of PSS resources and SSS resources in the subframe for the subframe when The 11st symbol and the 10th symbol on domain, then position of the Part II in the subframe is the time domain of the subframe On the 4th symbol and the 5th symbol.
21. according to the method for claim 19, it is characterised in that

If the subframe is normal CP subframes, position of the Part I in the subframe is in the time domain of the subframe 5th symbol, the 6th symbol, the 12nd symbol and the 13rd symbol；

If the subframe is extension CP subframes, position of the Part I in the subframe is in the time domain of the subframe 4th symbol, the 5th symbol, the 10th symbol and the 11st symbol.
22. according to the method for claim 21, it is characterised in that if the subframe is normal CP subframes, described second Divide the position in the subframe for the 9th symbol and the 10th symbol in the time domain of the subframe.
23. according to the method for claim 22, it is characterised in that position of second CSI-RS in the subframe The position put with first CSI-RS in the subframe is misaligned.
24. according to the method for claim 22, it is characterised in that position of second CSI-RS in the subframe The position with first CSI-RS in the subframe is put to overlap.
25. according to the method for sending information described in claim any one of 15-18, it is characterised in that the reference signal includes Any one or more in UERS, PSS, SSS and the first CSI-RS.
A kind of 26. base station, it is characterised in that including：

Processor, for determining position of the Part II of the first channel state information reference signals CSI-RS in subframe For the 13rd symbol, first CSI-RS include Part I and described second in the 2nd symbol to time domain in time domain Part, portion subcarriers symbol corresponding to the symbol where the Part I takes in time domain, the Part II take institute Whole sub-carriers corresponding to symbol in time domain；Transmitter, exist for the first CSI-RS determined by Position in subframe, reference signal is mapped in the subframe and is sent to user equipment；

Also include in the subframe：User's specific reference signals UERS resources；

Position of the UERS resources in the subframe is inverse the 3rd in the 2nd symbol to time domain in the time domain of the subframe Between individual symbol；

Wherein, also include in the subframe：Second CSI-RS, second CSI-RS are used for smart synchronization and/or nothing Line resource management metrical information；

Position of position of second CSI-RS in the subframe with the UERS resources in the subframe is identical, Second CSI-RS the 2nd symbol and the 7th symbol on the frequency domain in the subframe.
27. base station according to claim 26, it is characterised in that also include master sync signal PSS resources in the subframe And/or auxiliary synchronous signals SSS resources；

Position position with PSS resource in the subframe of the UERS resources in the subframe is misaligned, or, it is described Position of position of the UERS resources in the subframe with SSS and PSS resources in the subframe is misaligned.
28. base station according to claim 26, it is characterised in that if the subframe is normal cyclic prefix CP subframes, Position of the UERS resources in the subframe for the subframe time domain on the 2nd symbol, the 3rd symbol, the 9th symbol With the 10th symbol, or, position of the UERS resources in the subframe for the subframe time domain on the 3rd symbol, 4th symbol, the 10th symbol and the 11st symbol；And/or

If the subframe is extension CP subframes, position of the UERS resources in the subframe is in the time domain of the subframe 1st symbol, the 2nd symbol, the 7th symbol and the 8th symbol, or, position of the UERS resources in the subframe For the 2nd symbol in the time domain of the subframe, the 3rd symbol, the 8th symbol and the 9th symbol.
29. base station according to claim 27, it is characterised in that if the subframe is normal CP subframes, PSS resources and Position of the SSS resources in the subframe is the 6th symbol and the 5th symbol in the time domain of the subframe, or, PSS moneys The position of source and SSS resources in the subframe is the 13rd symbol and the 12nd symbol in the time domain of the subframe；

If the subframe for extension CP subframes, the position of PSS resources and SSS resources in the subframe for the subframe when The 5th symbol and the 4th symbol on domain, or, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 11st symbol and the 10th symbol.
30. according to the base station described in claim any one of 26-29, it is characterised in that the UERS resources are in the subframe Position of the position with first CSI-RS in the subframe it is misaligned.
31. base station according to claim 30, it is characterised in that if the subframe is normal CP subframes, PSS resources and Position of the SSS resources in the subframe is the 6th symbol and the 5th symbol in the time domain of the subframe, then described second Position of the part in the subframe is the 12nd symbol and the 13rd symbol in the time domain of the subframe, or, the PSS The position of resource and the SSS resources in the subframe is the 13rd symbol in the time domain of the subframe and the 12nd symbol Number, then position of the Part II in the subframe is the 5th symbol and the 6th symbol in the time domain of the subframe；

If the subframe is extension CP subframes, the position of PSS resources and SSS resources in the subframe is the time domain of the subframe On the 5th symbol and the 4th symbol, then position of the Part II in the subframe for the subframe time domain on 10th symbol and the 11st symbol, or, the position of PSS resources and SSS resources in the subframe for the subframe when The 11st symbol and the 10th symbol on domain, then position of the Part II in the subframe is the time domain of the subframe On the 4th symbol and the 5th symbol.
32. base station according to claim 30, it is characterised in that

If the subframe is normal CP subframes, position of the Part I in the subframe is in the time domain of the subframe 5th symbol, the 6th symbol, the 12nd symbol and the 13rd symbol；

If the subframe is extension CP subframes, position of the Part I in the subframe is in the time domain of the subframe 4th symbol, the 5th symbol, the 10th symbol and the 11st symbol.
33. base station according to claim 32, it is characterised in that if the subframe is normal CP subframes, described second Divide the position in the subframe for the 9th symbol and the 10th symbol in the time domain of the subframe.
34. base station according to claim 33, it is characterised in that position of second CSI-RS in the subframe The position put with first CSI-RS in the subframe is misaligned.
35. base station according to claim 33, it is characterised in that position of second CSI-RS in the subframe The position with first CSI-RS in the subframe is put to overlap.
36. the base station according to claim 34 or 35, it is characterised in that the transmitter, be additionally operable to set to the user Preparation send notice signaling, and the notice signaling is used for all or part for indicating the subframe, and the subframe includes described the One CSI-RS and/or the second CSI-RS.
37. base station according to claim 36, it is characterised in that the notice signaling is used to indicate the first CSI-RS The bit number sum of resource and the second CSI-RS, which is less than or equal in the system of LTE versions 10, to be notified shared by CSI-RS Bit number.
38. according to the base station described in claim any one of 26-29, it is characterised in that the transmitter, be additionally operable to the use Family equipment send configuration information, the configuration information are used for the synchronism for indicating different user devices UE in same Microcell.
39. the base station according to claim 38, it is characterised in that the reference signal includes UERS, PSS, SSS and first Any one or more in CSI-RS.
A kind of 40. user equipment, it is characterised in that including：

Receiver, for receiving subframe, wherein, it is mapped with reference signal in the subframe；

Processor, for demodulating the subframe, determine the Part II of the first channel state information reference signals CSI-RS Position in subframe is between last 1 symbol in the 2nd symbol to time domain in the time domain of the subframe, the first CSI- RS resources include Part I and the Part II, part corresponding to the symbol where the Part I takes in time domain Symbols, whole sub-carriers corresponding to symbol where the Part II takes in time domain；

Also include in the subframe：User's specific reference signals UERS resources；

Position of the UERS resources in the subframe is inverse the 3rd in the 2nd symbol to time domain in the time domain of the subframe Between individual symbol；

Wherein, also include in the subframe：Second CSI-RS, second CSI-RS be used to sending it is smart synchronous and/ Or RRM metrical information；

Position of position of second CSI-RS in the subframe with the UERS resources in the subframe is identical, Second CSI-RS the 2nd symbol and the 7th symbol on the frequency domain in the subframe.
41. user equipment according to claim 40, it is characterised in that also include master sync signal PSS in the subframe Resource and/or auxiliary synchronous signals SSS resources；

Position position with PSS resource in the subframe of the UERS resources in the subframe is misaligned, or, it is described Position of position of the UERS resources in the subframe with SSS and PSS resources in the subframe is misaligned.
42. user equipment according to claim 40, it is characterised in that if the subframe is normal cyclic prefix CP Frame, then position of the UERS resources in the subframe for the subframe time domain on the 2nd symbol, the 3rd symbol, the 9th Individual symbol and the 10th symbol, or, position of the UERS resources in the subframe is the 3rd in the time domain of the subframe Symbol, the 4th symbol, the 10th symbol and the 11st symbol；And/or

If the subframe is extension CP subframes, position of the UERS resources in the subframe is in the time domain of the subframe 1st symbol, the 2nd symbol, the 7th symbol and the 8th symbol, or, position of the UERS resources in the subframe For the 2nd symbol in the time domain of the subframe, the 3rd symbol, the 8th symbol and the 9th symbol.
43. user equipment according to claim 41, it is characterised in that if the subframe is normal CP subframes, PSS moneys The position of source and SSS resources in the subframe is the 6th symbol and the 5th symbol in the time domain of the subframe, or, The position of PSS resources and SSS resources in the subframe is the 13rd symbol and the 12nd symbol in the time domain of the subframe；

If the subframe for extension CP subframes, the position of PSS resources and SSS resources in the subframe for the subframe when The 5th symbol and the 4th symbol on domain, or, the position of PSS resources and SSS resources in the subframe is the subframe Time domain on the 11st symbol and the 10th symbol.
44. according to the user equipment described in claim any one of 40-43, it is characterised in that the UERS resources are in the son Position of the position with first CSI-RS in the subframe in frame is misaligned.
45. user equipment according to claim 44, it is characterised in that if the subframe is normal CP subframes, PSS resources Be the 6th symbol and the 5th symbol in the time domain of the subframe with position of the SSS resources in the subframe, then described the Position of two parts in the subframe is the 12nd symbol and the 13rd symbol in the time domain of the subframe, or, it is described The position of PSS resources and the SSS resources in the subframe is the 13rd symbol in the time domain of the subframe and the 12nd Symbol, then position of the Part II in the subframe is the 5th symbol in the time domain of the subframe and the 6th symbol Number；

If the subframe is extension CP subframes, the position of PSS resources and SSS resources in the subframe is the time domain of the subframe On the 5th symbol and the 4th symbol, then position of the Part II in the subframe for the subframe time domain on 10th symbol and the 11st symbol, or, the position of PSS resources and SSS resources in the subframe for the subframe when The 11st symbol and the 10th symbol on domain, then position of the Part II in the subframe is the time domain of the subframe On the 4th symbol and the 5th symbol.
46. user equipment according to claim 44, it is characterised in that

If the subframe is normal CP subframes, position of the Part I in the subframe is in the time domain of the subframe 5th symbol, the 6th symbol, the 12nd symbol and the 13rd symbol；

If the subframe is extension CP subframes, position of the Part I in the subframe is in the time domain of the subframe 4th symbol, the 5th symbol, the 10th symbol and the 11st symbol.
47. user equipment according to claim 46, it is characterised in that if the subframe is normal CP subframes, described Position of two parts in the subframe is the 9th symbol and the 10th symbol in the time domain of the subframe.
48. user equipment according to claim 47, it is characterised in that second CSI-RS is in the subframe Position of the position with first CSI-RS in the subframe it is misaligned.
49. user equipment according to claim 47, it is characterised in that second CSI-RS is in the subframe Position of the position with first CSI-RS in the subframe overlap.
50. according to the user equipment described in claim any one of 40-43, it is characterised in that the reference signal include UERS, Any one or more in PSS, SSS and the first CSI-RS.