CN108566267A - It is transmitted using dynamic hybrid automatic repeat-request-acknowledgement of enhanced physical downlink control channel - Google Patents
It is transmitted using dynamic hybrid automatic repeat-request-acknowledgement of enhanced physical downlink control channel Download PDFInfo
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- CN108566267A CN108566267A CN201810412036.9A CN201810412036A CN108566267A CN 108566267 A CN108566267 A CN 108566267A CN 201810412036 A CN201810412036 A CN 201810412036A CN 108566267 A CN108566267 A CN 108566267A
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Abstract
The embodiment for the system and method that the dynamic hybrid automatic repeat-request acknowledgement (HARQ ACK) for providing using enhanced physical downlink control channel is transmitted is generally described herein.In some embodiments, receiver is disposed for receiving minimum control channel element index (n on enhanced physical downlink control channel (ePDCCH)CCE) and minimum enhanced control channel element index (neCCE) in one, the special start offset of user equipment (N (1)PUCCH) and at least one additional offset relevant parameter.Processor is based on minimum control channel element and indexes (nCCE) and minimum enhanced control channel element index (neCCE) in one, the special start offset of user equipment (N (1)PUCCH) and at least one additional offset relevant parameter determine the distribution of the uplink resource of the physical uplink control channel (PUCCH) for HARQ ACK transmission.Transmitter uploads the number of delivering letters using the uplink resource distributed in the PUCCH.
Description
Present patent application is that international application no is PCT/US2013/062132, and international filing date is September 27 in 2013
Day, it is entitled " to be controlled using enhanced physical down link into National Phase in China application No. is 201380045563.6
The divisional application of the application for a patent for invention of the dynamic hybrid automatic repeat-request of channel-acknowledgement (HARQ-ACK) transmission ".
Related application
This application claims Serial No. S/N.61/707,784, entitled " ADVANCED that September in 2012 is submitted on the 28th
The U.S. of WIRELESS COMMUNICATION SYSTEMS AND TECHNIQUES " (Advanced wireless communication system and technology) "
The benefit of priority of temporary patent application, the U.S. Provisional Patent Application are integrally joined to this by reference.
Background technology
In 3GPP networks, physical uplink control channel (PUCCH) be used for by uplink control information (UCI) from
User equipment (UE) is transmitted to 3GPP evolved nodes B (eNB).The example of UCI information is hybrid automatic repeat-request-acknowledgement
(HARQ-ACK) acknowledgement signal during.Existed using one or more carrier Control elements (CCE) generally, based on by eNB
The minimum CCE indexes of the signal transmitted on PDCCH, are dynamically assigned to movement station by PUCCH resource.Due to for given
UE, PDCCH transmission are unique, therefore unique uplink on UE assignments PUCCH will be caused to provide using CCE indexes
Source.
However, the enhanced physical down chain of one or more enhanced carrier Control elements (eCCE) will be used recently
Road control channel (ePDCCH) introduces in 3GPP specifications.The uplink resource of PUCCH can be based on the biography on ePDCCH
The minimum eCCE indexes of defeated one or more eCCE.In some instances, minimum CCE indexes and minimum eCCE indexes may be
It is identical.In these examples, the uplink resource that the first UE is assigned to using the minimum CCE indexes of PDCCH may be with
The uplink resource for being assigned to the 2nd UE using the minimum eCCE indexes of ePDCCH is identical, so as to cause resource allocation punching
It is prominent.
Cellular cell DRS (Dedicated Reference Signal) (CRS) can be except more in multimedia broadcast/multicast service net (MBSFN) subframe
It is transmitted in DL subframe except the area media broadcast/multicast service (MBMS).It, can due to non-backward compatibility in some carrier wave
CRS is removed or reduced to increase DL handling capacities and provide network energy-saving.Equally, traditional PDCCH is not transmitted, and is passed through
EPDCCH dispatches PDSCH or by dispatching using the cross-carrier scheduling of tradition PDCCH from conventional cellular cell
PDSCH。
(for example, coordinating multiple points in the heterogeneous network with low-power RRH within the coverage area of macro cells
(CoMP) scene 4), what RRH was created, which transmits/receives, a little has cellular cell ID identical with the macro cells.Due to phase
Same physical cellular cell ID is used for several RRH, therefore the capacity of the PDCCH based on CRS is limited.This is primarily due to same
Step or quasi synchronous mode transmit CRS from RRH and from macro cells.Correspondingly, it has been suggested that enhanced PDCCH is to solve
The capacity problem of PDCCH.
In order to reduce the interference level between expense and cellular cell, new carrier type (NCT) has been had been introduced into.The new carrier wave
Type is complementary with conventional carrier type, and is back compatible.For example, can be transmitted in the new carrier type (NCT)
ePDCCH.However, also it is untapped go out ePDCCH for being transmitted on NCT resource allocation methods.In addition, not solving fully also
The certainly dynamic resource allocation problem of HARQ-ACK transmission.
Brief description
Fig. 1 shows the high-level example of the network system including UE and eNB according to each embodiment by way of illustration;
Fig. 2 shows radio frame structures according to the embodiment;
Fig. 3 shows PDCCH transmission according to the embodiment;
Fig. 4 show it is according to the embodiment within the coverage area of macro cells have low power remote Radio heads
(RRH) network;
Fig. 5 shows the enhanced physical downlink control channel (ePDCCH) according to the embodiment for enabling frequency domain dispatching.
CCE and REG associated with ePDCCH is referred to as eCCE and eREG;
Fig. 6 shows that PUCCH resource according to the embodiment uses;
Fig. 7 shows the block interleaving mapping according to the embodiment for the PUCCH resource (HARQ) in TDD;
Fig. 8 shows the example of the PUCCH resource conflict according to the embodiment as caused by traditional PDCCH and ePDCCH;
Fig. 9 shows the example system that can be used for implementing embodiments described herein by way of illustration;And
Figure 10 shows the dynamic mixing according to the embodiment for providing using enhanced physical downlink control channel
The block diagram of the example machine of automatic repeat request-acknowledgement (HARQ-ACK) transmission.
Specific implementation mode
Embodiment described herein the dynamic mixed automatic retransfers provided using enhanced physical downlink control channel
Request-acknowledgement (HARQ-ACK) is transmitted.Minimum control can be received on enhanced physical downlink control channel (ePDCCH)
Channel element (CCE) indexes (nCCE), minimum enhanced control channel element index (neCCE), the special start offset of user equipmentAnd at least one additional offset relevant parameter.It can be based on the minimum control channel element and index (nCCE) and should
One, the special start offset of the user equipment in minimum enhanced control channel element index (neCCE)And
At least one selected at least one additional offset relevant parameter determines for hybrid automatic repeat-request-acknowledgement
(HARQ-ACK) distribution of the uplink resource for the physical uplink control channel (PUCCH) transmitted.It can be enhanced object
It manages downlink control channel (ePDCCH) and offer subframe stacking is provided, and can be in uplink (UL) coordinating multiple points (CoMP)
Middle covering start offset.By ARO, (ACK/NACK is provided deviant acknowledgement (ACK)/negative acknowledgement (NACK) resource indicator (ARI)
Source offset) substitution.Offset ARO is only used for main cellular cell (PCell).ARO is used as the ACK/ in main cellular cell
NACK resource indicators, such as the PUCCH resource that is used to indicate between the resource being configured in PCell.Delivering power controls
(TPC) order is used as the reality of the time division duplex (TDD) for downlink assignments index (DAI) > 1 in main cellular cell
Border TPC.
Fig. 1 shows the cordless communication network 100 according to each embodiment by way of illustration.Cordless communication network 100 is (hereinafter
Referred to as " network 100 ") can be the 3GPP LTE nets that such as evolved universal terrestrial radio accesses net (" E-UTRAN ") etc
The access network of network.Network 100 may include being disposed for the eNB wirelessly communicated with UE 110 105.
As shown in fig. 1, UE 110 may include transceiver module 120.The transceiver module 120 can further with UE 110
More antennas 125 in one or more antenna coupling, for wirelessly with the network 100 of such as eNB 105 etc its
He communicates component.Antenna 125 can be driven by power amplifier 130, which can be as shown in fig. 1, is
The component of transceiver module 120, or can be the independent assembly of UE 110.In one embodiment, power amplifier provides
Power is for the transmission on antenna 125.In other embodiments, there can be multiple power amplifiers on UE 110.More
Antenna 125 allows UE 110 to use the transmission diversity technique of such as orthogonal space resource transmission diversity (SORTD) etc.
Fig. 2 shows radio frame structures 200 according to the embodiment.In fig. 2, radio frame 200 has the overall length of 10ms
Degree 214.Then, which is divided into 20 individual time slots 210 in total.Each subframe 212 is including two length
The time slot 210 of 0.5ms, and each time slot 210 includes multiple OFDM symbol Nsymb220.There are 10 sons within frame 200 as a result,
Frame 212.Subframe #18 is shown as being extended with reference to subcarrier (frequency) axis 216 and OFDM symbol (time) axis 218.
Resource element (RE) 230 is the recognizable transmission unit of minimum, and includes the son for the OFDM symbol period 234
Carrier wave 232.The scheduled transmission in being referred to as the unit of bigger of resource block (RB) 240, resource block (RB) 240 include being directed to one
Multiple adjacent subcarriers 232 of the period in gap when 0.5ms.Correspondingly, for the minimum ruler of assigned resources in a frequency domain
Very little unit is " resource block " (RB) 240, i.e. the group of N_sc^RB adjacent subcarriers 232 constitutes resource block (RB) 240.Each
Subframe 212 includes " NRB " a resource block, i.e., the sum of the subcarrier within subframe is NRB x N_sc^RB 250.
CSI-IM resource elements can be configured to the resource element of zero energy (ZP) CSI-RS.ZP CSI-RS can refer to quiet
Silent (muted) CSI-RS or silent resource element (RE).Zero energy CSI-RS is the CSI-RS patterns without using resource element, i.e.,
There is no the signal of transmission on those resource elements.In the case where UE can be assumed that some cases that do not transmit, zero energy CSI-RS is
The set of RE.Therefore, ZP CSI-RS have structure identical with non-silence (non-muted) CSI-RS, difference lies in, for
ZP CSI-RS do not transmit anything actually on corresponding resource element.A kind of use of ZP CSI-RS is can to create
" transmission hole " corresponding to the data transmission in other (neighbouring) cellular cells is built, consequently facilitating being interfered using CSI-IM
It measures.The another object of ZP CSI-RS is that the actual CSI- corresponding in other (neighbouring) cellular cells can be created
" transmission hole " of RS transmission.This makes terminal be possible to receive the CSI-RS of neighbouring cellular cell and in the terminal honeycomb of itself
The not interference from CSI-RS transmission in cell.Correspondingly, by configure interference cellular cell in ZP CSI-RS make it is no
The resource element that then will produce interference is mute, and the signal that ZP CSI-RS can be used to improve CSI-RS in given cellular cell is dry
Disturb noise ratio (SINR).
For the purpose of interference measurement, one or several CSI-IM can be configured by network (for example, with corresponding to
The disturbance of data blank or the CSI of data transmission from cooperative node measure).
Physical down link channel (PDCCH) carries scheduling assignment and other control information.One or several continuous
Physical control channel is transmitted in the polymerization of control channel element (CCE), wherein a control channel element corresponds to 9 resource elements
Plain group.The quantity for not being dispatched to the resource element groups of PCFICH or PHICH is NREG.In system available CCE be numbered as from
0 arrives NCCE- 1, whereinListed multiple format in PDCCH support matrixes 1.By n continuous CCE groups
At PDCCH can only start on the CCE for meeting i mod n=0 (wherein, i be CCE number).It can be transmitted in subframe more
A PDCCH.
Table 1
The position block in each control channel to be transmitted in subframe(wherein,
It is the quantity of the position in the subframe to be transmitted on the physical downlink control channel that number is i) it is re-used, to shape
At position block
(wherein, nPDCCHIt is the quantity of the PDCCH transmitted in subframe).
Before modulation, with cellular cell dedicated sequences, according to following equation bit block Into
Row scrambling, to form scrambled position block
At the beginning of each frame, useScrambling sequence generator is initialized.
CCE numbers n correspond to position b (72n), b (72n+1) ..., b (72n+71).If it is necessary, can be in place before the scrambling
It is inserted into < NIL > elements in block, to ensure that PDCCH starts at the positions CCE, and ensures the length of scrambled position blockMatching is not dispatched to the number of the resource element groups of PCFICH or PHICH
Amount.
Scrambled positionBlock modulated, to form (the complex- of complex values
Valued) modulated symbol d (0) ..., d (Msymb-1).Show that the modulation suitable for physical downlink control channel is reflected in table 2
It penetrates.
Physical channel | Modulation scheme |
PDCCH | QPSK |
Table 2
It is utilized according to chapters and sections 6.3.3.1 or 6.3.3.3By modulated symbol block d (0) ..., d (Msymb-
1) it is mapped to multilayer, and precoding is carried out according to chapters and sections 6.3.4.1 or 6.3.4.3, it is to be mapped to for passing to be formed
The vector block y (i) of resource on defeated antenna port=[y(0)(i)…y(p-1)(i)], i=0 ... Msymb- 1, wherein y(p)(i)
Indicate the signal for antenna port p.PDCCH can be closed in the collection of antenna port identical with PBCH to be transmitted.
The mapping to resource element is defined by the operation of the tetrad group to complex values (complex-valued) symbol.
For example, z(p)(i)=< y(p)(4i), y(p)(4i+1), y(p)(4i+2), y(p)(4i+3) > indicates the symbol for antenna port p
Tetrad group i.Tetrad chunking z(p)(0)、…、z(p)(Mquad- 1) (wherein Mquad=Msymb/ 4) through displacement, w is generated(p)(0)、…、w(p)(Mquad-1).The displacement includes following exceptions:
Outputting and inputting for interleaver is defined by symbol tetrad group rather than position;
By replacing term respectively with " symbol tetrad group ", " multiple symbol tetrad groups " and " symbol tetrad group sequence "
" position ", " multiple positions " and " bit sequence ", can to symbol tetrad group rather than position executes intertexture;
As formation w(p)(0)、…、w(p)(Mquad- 1) when, the < NULL > elements at the output of interleaver are removed.Note that
The removal of < NULL > elements does not influence any < NIL > elements being inserted into chapters and sections 6.8.2.
Tetrad chunking w(p)(0)、…、w(p)(Mquad- 1) it periodically shifts, generates
WhereinTetrad chunking can be defined according to resource element groupsMapping.
Fig. 3 shows PDCCH transmission 300 according to the embodiment.Three PDCCH are transmitted from first to third OFDM symbol
OFDM symbol 310,312,314, wherein can PDCCH symbols be determined by PCFICH (physical control format indicator channel)
Quantity.For example, in figure 3, PDCCH OFDM symbols 410,312,314 are shown in the areas PDCCH 316 of time slot 0320.Time slot
0320 and time slot 1330 formed subframe 1340.It is shown in FIG. 3 and the symbol from time slot 0320 and time slot 1330 can be used
The areas PDSCH 350.
Can PDSCH be dispatched by the DCI (down link control information) in PDCCH.Based on CRS, (honeycomb is small for PDCCH demodulation
Area's DRS (Dedicated Reference Signal)), and PDSCH demodulation can be based on the special RS of CRS or UE.It can be passed by way of TDM (time division multiplexing)
Send PDCCH and PDSCH so that UE can detect PDCCH to obtain scheduling information first, then demodulate PDSCH to obtain data
Information.PDCCH is distributed to whole bandwidth by frequency diversity gain in order to obtain by CCE to RE mapping process.For from
The PDCCH that the CCE of each cellular cell map to RE, which is mapped, to be provided based on PCI (physical cellular cell i D) between cellular cell
Interference randomization.The interference randomization (not evading) being designed between cellular cell due to PDCCH physical mappings,
Some physics RE from multiple cellular cells may collide with one another.(for example, macro in the scene of HetNet (heterogeneous network)
The cellular cell pica (macro-pica)), which will become more serious, therefore, for the interference between the cellular cell of PDCCH
Coordination is nearly impossible.This is to introduce new PDCCH (i.e. ePDCCH) so that the tune for passing through dependent Frequency in publication 11
Degree makes frequency domain eiCIC (enhanced cellular Inter-Cell Interference Coordination) become a possible motivation.
Fig. 4 show it is according to the embodiment within macro cells coverage area 400 have low power remote radio
The network of head end (RRH).(for example, CoMP in the heterogeneous network with low-power RRH within the coverage area of macro cells
Scene 4), the transmitting/receiving point 410 that RRH 420 is created has cellular cell ID identical with macro cells 430.It can be through
It couples eNB 440 to RRH 420 by optical fiber 450.Since identical physical cellular cell ID is used for several RRH 420, because
The capacity of this PDCCH based on CRS may be a problem.This is primarily due in a manner of synchronous or quasi synchronous from RRH 420
And transmit CRS from macro cells 430.
Fig. 5 shows resource block 500 according to the embodiment.First resource block and the enhanced physics in cellular cell A 510
Downlink control channel (ePDCCH) transmission is associated.Secondary resource block and the physical down link in cellular cell B 520
Shared transmission is associated.EPDCCH CCE and REG associated with ePDCCH are referred to as eCCE and eREG.
Fig. 6 shows that PUCCH resource according to the embodiment uses 600.Note that the first time slot is only described in detail, because passing through
For the frequency hopping (hopping) of the time slot level of PUCCH, the second time slot is symmetrical.Can be from band edge PRB to higher
What signaling was configured622 couples of PRB 610 for PUCCH format 2/2a/2b 620 are positioned.IfIt is configured
, the mixing PRB for PUCCH format 2/2a/2b 630 and PUCCH format 1/1a/1b exists, then only one PRB is available
's.After following mixing RB 630, PUCCH format can be used for what is be semi-statically configured by radio resource control (RRC) 640
The PRB of 1/1a/1b is positioned.From642 start, and pass through the use of the dynamic resource allocation 650 based on minimum CCE indexes
In PUCCH format 1a/1b PRB there may be.Note that according to scheduling strategy, can also be transmitted in dynamic PUCCH resource area
PUSCH.It can be configured by RRC and any PRB for PUCCH format 3 is positioned, still, these usual PRB may be also like
Other PUCCH formats are the same, transmitted in the edge of frequency band.
Simplest method for the PUCCH resource distribution in being transmitted in HARQ-ACK is more to configure for multiple UE
A PUCCH resource.However, this can generate many expenses due to being preserved for many PUCCH resources of many UE.Though for example,
Some UE can be so dispatched in other DL subframes in addition to subframe A, but the PUCCH resource for those UE should be not make
It is retained on subframe A with state.This is the mainspring of the dynamic resource allocation for using the mode based on CCE.
To simplify the explanation, it is assumed that configuration single carrier wave, i.e. carrierfree polymerize.For utilizing PUCCH format 1a/1b's
FDD, the PUCCH resource that be used for HARQ-ACK transmission are directed to antenna port 0 and antenna port 1 (if be configured with for PUCCH
The TxD of format 1a/1b) respectively by WithTo determine.Change speech
It, PUCCH resource for PDSCH by dispatching and being determined for the function of the minimum CCE indexes of the PDCCH of both SPS releases.
Due to being exclusive for the PDCCH of multiple UE, determination is automatically derived for the PUCCH resource dynamically distributed.
For TDD, it is multiplexed (channel selection based on PUCCH format 1b) using the HARQ-ACK of M=1, determination will be used for
The PUCCH resource of HARQ-ACK transmission.
The TDD HARQ-ACK of serve cell for being configured for one are bound or TDD HARQ-ACK multiplexings
And the subframe n of M=1 (wherein, M is the number of elements in set K), for PUCCH format 1b, UE is by PUCCH resource
For it is in subframe n, for being mapped to antenna port p'sHARQ-ACK transmission.
If within subframe n-k (wherein, k ∈ K, and K is M element for depending on subframe n and UL-DL configuration
{k0, k1... kM-1Set) there are indicated by the detection of corresponding PDCCH PDSCH transmission or there are indicating downlink links
The PDCCH of SPS releases, then selection makes Nc≤n to UE first from { 0,1,2,3 }CCE< Nc+1C values, and be directed to antenna port
P0 uses resourceWherein:Matched by higher layer
It sets,nCCEIt is to be used for subframe nkmIn corresponding PDCCH and corresponding
The number of first CCE of the transmission of m;Wherein, km is that UE is made to detect subframe n in set KkmIn PDCCH minimum value.When
When being configured with two antenna port transmission for PUCCH format 1a/1b, for antenna port p1, for HARQ-ACK bindings
PUCCH resource byIt provides.
Fig. 7 shows the block interleaving mapping according to the embodiment for the PUCCH resource (HARQ) in TDD 700.For
TDD retains the PUCCH resource for each DL subframe, and the block interleaving by application as seen in fig. 7 as much as possible
Mapping so that the quantity for the resource of each DL subframe reservation is similar to each other.It is shown in FIG. 7 and is directed to downlink subframe 0
720 three ACK/NACK indexes 710,712,714.Show three ACK/NACK ropes for downlink subframe 0 740
Draw 730,732,734.Further there is illustrated the CCE numbers 750 with PCFICH values n.
The PUSCH resources for DL subframe can be efficiently dispatched within binding window as a result,.Under any circumstance,
The PUCCH resource for the HARQ-ACK in TDD is determined by the function of the minimum CCE indexes of scheduling PDCCH.With CA
The FDD PUCCH formats 1b of channel selection in (carrier wave polymerization) or TDD PUCCH lattice with the channel selection of M=1 in CA
Formula 1b is another example using n_CCE+1.
UE determines PUCCH resource associated with HARQ-ACKU according to following situationsWherein, 0≤j≤A-1:
The PDSCH transmission or right indicated by detection for corresponding PDCCH in the subframe n-4 on main cellular cell
In the PDCCH for indicating the downlink SPS releases in the subframe n-4 on main cellular cell, PUCCH resource isWherein nCCEIt is the number of first CCE of the transmission for corresponding PDCCH, and
It is configured by higher layer.
The feelings of corresponding PDCCH are not detected for the PDSCH transmission on main cellular cell and in subframe n-4
Condition is determined according to the configuration of higher layerValue.For supporting the j transmission modes of up to two transmission blocks, for
PDSCH transmission in subframe n-4 on secondary cellular cell indicated by the detection of corresponding PDCCH, PUCCH resourceIt is logical
It crossesIt provides, and is directed to the transmission mode for supporting up to two transmission blocks,Value andValue determined according to the configuration of higher layer.TPC fields in the DCI format of corresponding PDCCH be used to utilize
PUCCH resource value is determined in a value in four resource values for mapping to be configured from higher layer.For being disposed for
The UE of the transmission mode of up to two transmission blocks, PUCCH resource value is supported to map to two PUCCH resourcesOtherwise, PUCCH resource value maps to single PUCCH resource
According to embodiment, it can be achieved that for ePDCCH the implicit resource allocation based on eCCE, and with based on traditional CCE
Implicit resource allocation coexist.
For transmitting the FDD UE of diversity configuration by PUCCH, distinguish for the resource of antenna port 0 and antenna port 1
ByWithTo determine.For transmitting diversity configuration by PUCCH
TDD UE can be determined by means of "+1 " for the second antenna as the channel selection (HARQ-ACK multiplexings) for M=1
The Secondary resource of port.That is, for antenna port 0 and antenna port 1 resource respectively byWith
To determine.
The simplest method of dynamic resource allocation for ePDCCH is to follow the identical of shared same criterion to be based on
The criterion of CCE.I.e.AndWherein neCCEIt is the minimum of ePDCCH
CCE indexes.However, in the UE#0 dispatched through traditional PDCCH and the UE#1 minimum CCE/ having the same dispatched through ePDCCH
In the case of eCCE indexes, obtained PUCCH resource index also becomes identical.
Fig. 8 shows the example of the PUCCH resource conflict 800 generated by traditional PDCCH and ePDCCH.As shown in Figure 8,
CCE or eCCE indexes 810 are shown.Index #m+2820 and #m+3822 has the PDCCH 830 for polymerizeing level 2 with for UE#0
It is associated.However, index #m+2820 and #m+3822 also has the polymerization PDCCH 840 of level 2 associated with for UE#1.
Two UE (for example, UE#0830 and UE#1840) minimum CCE (eCCE) index having the same as a result, so as to cause phase is used
Same PUCCH resource.This can be solved the problems, such as by introducing deviant when causing PUCCH resource.Deviant is expressed as
nOffset, then the PUCCH resource for HARQ-ACK generated by ePDCCH can be identified as:
For FDD:
For antenna port 0,
For antenna port 1,
For TDD:
For antenna port 0,
For antenna port 1,
Deviant n can be provided by DCIOffset.The deviant can be x, natural more than x to provide more
Degree of freedom avoids conflicting.Alternatively, deviant nOffsetCan be antenna-specific offset associated with antenna port p, wherein p
It is the antenna port for first CCE for being assigned to corresponding ePDCCH.For distributed ePDCCH, kp=0, p=107,
109;For local ePDCCH, kp=p-107, p ∈ { 107,108,109,110 }.In such a case, it is possible to be nOffset=2
m·kp(wherein m is integer).If m=1, nOffset=2kp.Another expression formula with antenna-specific offset is as follows:
For FDD:
For antenna port 0,
For antenna port 1,
For TDD:
For antenna port 0,
For antenna port 1,
Wherein, kP can be the offset of associated with antenna port p antenna-specific, wherein p be assigned to it is corresponding
The antenna port of first CCE of ePDCCH.For distributed ePDCCH, kP=0, p=107,109;For local ePDCCH,
KP=2 (p-107), p ∈ { 107,108,109,110 }.
Note that can also introduce the new RRC configurations for being used to indicate the start offset for dynamic resource allocationIn this case, in the replaceable above equation of the value
In other words, it is determined by two continuous PUCCH resources for two PUCCH resources of SORTD, and wherein first
It is a to be determined by minimum CCE indexes.Consider that (orthogonal space resource transmits diversity by scheduling influence and SORTD;PUCCH transmission point
Collection), it is expected that deviant is defined as even number (e.g., -4, -2,0,2,4 ...) so that scheduler is contemplated that for two antenna ends
Two resources of mouth are to avoid conflict.For example, in fig. 8, if nOffset=-1 is then used for the of the UE#1 corresponding to ePDCCH
The resource of two antenna ports mutually conflicts with the resource of the first antenna port for the UE#0 corresponding to tradition PDCCH.In addition, examining
Consider the following migration that equation identical with tradition PDCCH is built for ePDCCH, ' 0 ' is included is also for deviant
It is desired.
For example it is assumed that the number of the bit field for the deviant in DCI is 2, then possible deviant provides following (false
Surely should include ' 0 ').
DCI contents (position expression) for offset | nOffset |
00 | 0 |
01 | 2 |
10 | 4 |
11 | 6 |
Table 3
Note that position indicates and nOffsetBetween different mappings be also possible.
DCI contents (position expression) for offset | nOffset |
00 | -2 |
01 | 0 |
10 | 2 |
11 | 4 |
Table 4
DCI contents (position expression) for offset | nOffset |
00 | -4 |
01 | -2 |
10 | 0 |
11 | 2 |
Table 5
Note that if the polymerization level of previous PDCCH is very big, then the negative value deviated is beneficial.For example, when for first
When the polymerization level of preceding PDCCH is 8, then correspond to n_CCE+2, n_CCE+3, n_CCE+4, n_CCE+5, n_CCE+6, n_
The PUCCH resource of CCE+7 is retained automatically.
In fig. 8, exemplary index includes minimum index #m, and then sequentially increased index #m+1, #m+
2、…#m+7.As described above, the minimum CCE indexes of PDCCH transmission may be identical as the minimum eCCE indexes that ePDCCH is transmitted.Example
Such as, minimum CCE indexes and minimum eCCE indexes may be identical, such as both using index #m+2.If using should
CCE/eCCE indexes #m+2 transmits to dispatch the PUCCH transmission of the first UE and the ePDCCH of the 2nd UE, then due to the use of identical
PUCCH resource index, the transmission of PUCCH can conflict.
However, if it is using the dynamic resource allocation of the uplink resource of eCCE to use deviant, punching can avoid
Prominent transmission.In some embodiments, can these deviants be configured by radio resource control (RRC) entity of network.So
And in other embodiments, other entities can configure these deviants.
DCI contents (position expression) for offset | nOffset |
00 | -6 |
01 | -4 |
10 | -2 |
11 | 0 |
Table 6
DCI contents (position expression) for offset | nOffset |
00 | 0 |
01 | 2 |
10 | 6 |
11 | 8 |
Table 7
In another embodiment, if most of without SORTD configurations in UE, offset distance 1 will be more efficient.At this
In the case of kind, predetermined x can be gathered as RRC and be configured to as network is desirable for.By taking x=2 as an example, two collection
Conjunction can be identified as:
Set A:{ -2, -1,0,1 }
Set B:{ -4, -2,0,2 }
Network may depend on the use for the SORTD of UE to configure one in above-mentioned two set.Alternatively, making basis
Collection is combined into { -2, -1,0,1 }, and can configure zoom factor by eNB.For example, if eNB is configured with zoom factor 2, institute
The set used become { -4, -2,0,2 } (=2* { -2, -1,0,1 } }.Other examples indicated for one are contemplated that as follows:
DCI contents (position expression) for offset | nOffset |
0 | -2 |
1 | 0 |
Table 8
DCI contents (position expression) for offset | nOffset |
0 | 0 |
1 | 2 |
Table 9
For offset the positions DCI can by plus on other DCI some positions or by reusing as TPC/CIF etc.
Existing field define.It is as shown below to become other examples as the mixing of even number and odd number;
DCI contents (position expression) for offset | nOffset |
00 | -4 |
01 | -2 |
10 | 0 |
11 | 1 |
Table 10
DCI contents (position expression) for offset | nOffset |
00 | -2 |
01 | 0 |
10 | 1 |
11 | 2 |
Table 11
DCI contents (position expression) for offset | nOffset |
00 | -2 |
01 | -1 |
10 | 0 |
11 | 2 |
Table 12
In the case where ePDCCH is used to may be independent NCT (new carrier type) of PCell, following method can be used
One of.In view of the extension in possible future as DL MU-MIMO or CoMP etc, the offset field can be kept.It can remove this partially
Field is moved, because not retaining its needs, i.e., offset can be 0.Also the offset field can be kept, but its value may be configured as
The predetermined value as 0.The predetermined value is used as virtual CRC.
The minimum eCCE indexes of corresponding ePDCCH are the component parts that PUCCH resource determines.With for each PDCCH collection
The semi-static PUCCH resource start offset closed configures UE.It indexs to eCCE for each ePDCCH set.It can be used
Or it can not use and dynamically be deviated with the PUCCH resource that signal transmits by ePDCCH.No matter option A and B which of are selected,
RRC signaling will not all be introduced.
For local ePDCCH, antenna port can not used and indexed.Alternatively, the antenna port index of ePDCCH can be used.
Furtherly, the antenna port index of PDSCH can be used.
The case where being inherently present the PUCCH resource conflict of the three kinds of resource allocations of utilization based on minimum eCCE.The first
Situation be related to minimum eCCE indexes having the same, for the conflict between the different UE of MU-MIMO.The second situation is related to
Minimum eCCE indexes having the same, utilize conflict between the different UE of different ePDCCH set.The third situation relates to
And minimum eCCE indexes having the same, conflict between the difference UE caused by traditional PDCCH and ePDCCH.
The second situation generates due to using local eCCE indexes rather than overall situation eCCE index the fact.Therefore, it takes
Certainly in the special PUCCH start offsets values of UE gathered for each ePDCCH, PUCCH resource potentially conflicting.The special startings of UE are inclined
Shifting can not may also solve the third situation, because the starting point of the PUCCH resource for ePDCCH needs to divide with tradition PDCCH
The PUCCH resource matched orthogonally separates.UE special parameters are relied on to solve the method that conflict may not be, because having used tune
Degree limitation, and dispatch the resistance for limiting and increasing traditional PDCCH and ePDCCH due to the limited search spaces UE for UE
Probability is filled in, or needs a large amount of special start offset parameters of UE.
Hereafter solve these potential resource conflict problems.A kind of method is dynamically transmitted with signal using PDCCH
ARI (A/N resource indicators) deviates to avoid conflicting.Second method is deviated using the AP (antenna port) for DM RS
To avoid conflicting.
Solution based on ARI can by dynamically control from DCI for part and distributed ePDCCH
The deviant of the two is transmitted to solve above-mentioned collision problem.However, this needs at least additional two fields in DCI to refer to
Show deviant.
On the other hand, the solution based on AP only can solve the first situation in local ePDCCH transmission.It is being distributed
In formula ePDCCH transmission, the solution based on AP may be not suitable for.For the special start offsets of UE of each ePDDCH set
Desired value and suitable scheduling limitation be used to solve second and the third situation.
However, as previously discussed, there may be blocking probabilities in this way, unless a large amount of PUCCH resource is orthogonally
It distinguishes, and a large amount of PUCCH resource orthogonally distinguished will finally pool global eCCE indexes definition.
In view of being directed to PUCCH format 1a/1b TxD (SORTD) and for the channel selection with FDD carrier aggregation
PUCCH format 1b existing resource distribution, it will have another problem.For PUCCH format 1a/1b TxD, for second day
The PUCCH resource of line end mouthBy minimum eCCE indexes (i.e. neCCE) next PUCCH resource determine.For having
The PUCCH format 1b of the channel selection of FDD CA, when main cellular cell through MIMO configure or secondary cellular cell through cross-carrier tune
When the scheduling of both degree and MIMO, additional PUCCH resourceAlso by minimum CCE indexes (i.e. neCCE) next PUCCH money
Source determines.The deviant for being accordingly used in both solutions based on ARI's and based on AP needs to be even number deviant to examine
Consider this respect.For example, for the solution based on ARI, ARI values can be { -2,0,2,4 }.As for the solution party based on AP
The PUCCH resource of case, gained can beWherein f (neCCE) it is neCCEFunction, and AP can
To be 0,1,2 and 3.
One main problem of the solution based on ARI is that it needs in DCI additional two to indicate deviant.
The best service condition of solution based on ARI is that the PUCCH resource between traditional PDCCH and ePDCCH will be avoided to rush
It is prominent.On the other hand, the UE that the solution based on AP can be gathered using suitable scheduling limitation and for each ePDCCH is special
The desired value of start offset solves the problems, such as situation 1 and situation 2.
Therefore, used scene is may depend on to use following solution.First method is related to for simultaneous backward
The solution based on ARI of the carrier wave of appearance.Solution based on AP for such as NCT (new carrier type) etc it is non-to
Compatible carrier wave afterwards.For the carrier wave of back compatible,ForOr
Second method is related to for back compatible carrier wave and the non-back compatible carrier wave based on AP based on ARI's and AP
The mixing of solution.For the carrier wave of back compatible, For NCT,Wherein, nECCE, mIt is in ePDCCH set m (m=0,1 ..., M-1;M is
Go to the quantity of the ePDCCH set of UE) at the minimum eCCE indexes of the ePDCCH for going to UE that detect, andIt is needle
To the special PUCCH resource start offsets of the UE of the ePDCCH set m detected.
Herein, NCT can be used for Independent Carrier Wave or main cellular cell.By using any one in option 1 or option 2
It is a, it can solve to add in the DCI caused by the solution based on ARI by removing the solution based on ARI in NCT
Two the problem of, and can ideally solve the collision problem for both traditional and new carrier types simultaneously.
Based on discussion up to the present, we solve collision problem by the solution based on ARI is proposed with, because
It is general solution for it.As for function f (neCCE), we can't see strong reason and to use except f (neCCE)=neCCE
Except different form.
Each embodiment is set forth below.According to first embodiment, by the offset based on ARI for for part and distributed
The PUCCH resource distribution of both ePDCCH transmission, and the offset is dynamically indicated using two by DCI.For FDD,Wherein, nECCE, sIt is the minimum eCCE indexes detected in ePDCCH set s, andIt is the special start offsets of UE for ePDCCH set s that RRC signaling is configured.ARI is the ePDCCH institutes detected
The deviant of instruction, and be one in value { -2,0,2,4 }.
As for TDD, current resource allocation does not apply PUCCH resource to compress, and as binds each DL within window
Frame retains PUCCH resource area, and applies block interleaving for each control format indicator (CFI).Since current is directed to TDD
PUCCH resource distribution think that multiple CEE of each DL OFDM symbols for tradition PDCCH occupy whole bandwidth, therefore again
It is secondary to be seemed and improper using identical equation.It is assumed that for both part and distribution ePDCCH transmission, eCCE is compiled
Index carries out each ePDCCH set, then can omit the block interleaving of CFI levels.
Correspondingly, as follows for the embodiment of the PUCCH resource of TDD distribution.For the service bee being configured for one
The TDD HARQ-ACK bindings of the subframe n of nest cell and M=1 (wherein, M is the number of elements in set K) or TDD HARQ-
ACK is multiplexed, and for PUCCH format 1a/1b, UE should be by PUCCH resourceFor it is in subframe n, for being mapped to day
Line end mouth p'sHARQ-ACK transmission, wherein
If in subframe n-k (wherein, k ∈ K, and K is M element { k for depending on subframe n and UL/DL configuration0,
k1..., kM-1Set) within there are the PDSCH transmissions indicated by the detection of corresponding PDCCH/ePDCCH, or in the presence of
The PDCCH/ePDCCH of line link SPS releases, also, if in subframe n-kmIn detect instruction PDSCH transmission or downlink chain
EPDCCH (wherein, the k of road SPS releasesmIt is in set k so that UE detects that instruction PDSCH is passed within subframe n-k (k ∈ K)
The minimum value of defeated or downlink SPS releases PDCCH/ePDCCH), then for antenna port p0, which should use
If zero ePDCCH-PRB set q is disposed for distributed transmission,
If zero ePDCCH-PRB set q is disposed for local transmission,
Wherein, nECCE, qIt is to be used for subframe n-kmCorresponding DCI assigns and corresponding m in middle ePDCCH-PRB set q
The number (the minimum eCCE indexes for being used to build ePDCCH) of first eCCE of transmission;For ePDCCH-PRB set q'sIt is configured by the parameter of the higher of such as pucch-ResourceStartOffset-r11 etc;For
Subframe n-kmIn ePDCCH-PRB set q;N ' is by subframe n-kmIn the antenna port for ePDCCH transmission determine.Such as
Fruit m=0, then ΔARQIt is determined by the HARQ-ACK resources offset field in the DCI format of corresponding ePDCCH.If m > 0,
Then ΔARQIt is determined by the HARQ-ACK resources offset field in the DCI format of corresponding ePDCCH.If UE is disposed for
Monitor subframe n-kilIn ePDCCH, then NECCE, q, n-kilEqual to it is in ePDCCH-PRB set q, be subframe n-kilIn that
The quantity for the eCCE that UE is configured.If UE is not configured for monitoring subframe n-kilIn ePDCCH, then NECCE, q, n-kilIt is equal to
It is assumed to subframe n-kilIn that UE be configured with the quantity of the eCCE calculated when ePDCCH-PRB set q.For common
Downlink CP, if subframe n-kilThe special subframe with special sub-frame configuration 0 or 5, then NECCE, q, n-kilEqual to 0.It is right
In the downlink CP of extension, if subframe n-kilIt is the special subframe with special sub-frame configuration 0 or 4 or 7, then
NECCE, q, n-kilEqual to 0.When configuring two antenna port transmission for PUCCH format 1a/1b, for being directed to antenna port p1
HARQ-ACK binding PUCCH resource be given by:
If zero ePDCCH-PRB set q is disposed for distributed transmission,
If zero ePDCCH-PRB set q is disposed for local transmission,
For the PUCCH resource distribution of UL-CoMP, to be related to higher layer configuration UE specialIt is used to substitute to be directed to
In the PUCCH resource distribution of the PDCCH triggering dynamic A/N resources of the UE of PUCCH VCID configurationsFor corresponding
The eiCIC on PUCCH between virtual cellular cell ID and possible cellular cell, CoMP UE can be used the UE specialTo avoid conflicting between the UE coordinated in cellular cell.
According to third embodiment, when being that UE has used ePDCCH in subframe and be that UE is configured withWhen, it should
UE will notIt is distributed for PUCCH resource.As another solution, parameterIt can be with ePDCCH parameters
It is used together.For example, for FDD, Ke Yishi
For PUCCH format 3, the PUCCH resource distribution in publication 10 is:SCell-TPC is used to indicate four and is configured
Resource between used PUCCH resource.PCell-TPC is not used as indicator, but is used as actual TPC.UE assumes
The value of SCell-TPC is identical.When UE only receives single PDSCH (for FDD) on main cellular cell, PUCCH is used
Format 1a/1b.PCell rollbacks (fall-back) also are used as reconfiguring processing.However, due in ePDCCH, add
Two be used for ARI, therefore, the ARI can also be used for instruction PUCCH format 3 resource.
According to another embodiment, when being that UE has used ePDCCH, and is configured with PUCCH format 3 for the UE in subframe
When, ARI deviants are used to indicate the used PUCCH resource between four resources being configured for PUCCH format 3.
Alternatively, for FDD PUCCH formats 3, PUCCH resource distribution is related to indicating that four warps are matched using SCell-TPC
3 resource of PUCCH format of actual use between the resource value set.PCell-TPC is not used as indicator, but as actual
TPC.UE is assumed identical HARQ-ACK PUCCH resources value and is assigned with corresponding secondary cellular cell PDCCH in given subframe
Each DCI format transmitted.When UE receives single PDSCH or SPS on only main cellular cell to be discharged, it can be used to have and move
The PUCCH format 1a/1b of state resource allocation.For the ease of the rollback for the UE using ePDCCH, at least on PCell
For PDSCH or SPS releases, ARI values can be used in corresponding ePDCCH.For the PDSCH on SCell, since SCell-TPC can
For the resource allocation of PUCCH format 3, therefore can not include ARI on the SCell.
For TDD PUCCH formats 3, PUCCH resource distribution is related to having DAI=using TPC rather than on PCell
3 resource of PUCCH format of the actual use between four resource values being configured is indicated in 1 subframe.The TPC of DAI=1 does not have to
Make indicator, but is used as actual TPC.Since other TPC on PCell are used to indicate 3 resource of used PUCCH format,
Therefore the PUCCH power controls of the accumulation within binding window are not possible.UE assumes identical HARQ-ACK PUCCH moneys
PDCCH of the source value in main cellular cell and each cellular cell, which assigns, to be transmitted, these PDCCH assign for determining subframe
PUCCH resource value within n-k (wherein, k ∈ K).
When UE receives single PDSCH or SPS on the main cellular cell of the PDCCH only with DAI=1 to be discharged, use
PUCCH format 1a/1b with dynamic resource allocation.When UE receives the PDCCH's with DAI=1 on only main cellular cell
When single PDSCH or SPS-PDSCH, using the PUCCH format 1b with channel selection, and using for having PDCCH's
The dynamic resource allocation of PDSCH.For the ease of the rollback for the UE using ePDCCH, at least for there is DAI on PCell
For PDSCH or the SPS release of=1 PDCCH, need to include ARI values.However, since the UE will before ePDCCH decodings
Do not know DAI, therefore, other DAI values on main cellular cell is also required to include ARI.In this case, on PCell
TPC values can be used for accumulate PUCCH power controls.For the PDSCH on SCell, since Scell-TPC can be used for PUCCH
The resource allocation of format 3, therefore need not include ARI for the SCell.However, the SCell stills provide two for ARI
Zero-bit.
As for the PUCCH format 1b with channel selection, dynamic resource allocation is (i.e. hidden determined by minimum eCCE indexes
The resource allocation of formula) PDCCH (including cross-carrier scheduling) that can be used for being transmitted on main cellular cell.Therefore, it is necessary to be main bee
The ePDCCH transmitted in nest cell includes ARI fields.For other situations, no ARI, which is used, (is similar to PUCCH format
3)。
In another embodiment, when in subframe be UE use ePDCCH, and for the UE be configured with PUCCH format 3 or
When person has the PUCCH format 1b of the channel selection in CA (carrier wave polymerization), the only ePDCCH by being transmitted on main cellular cell
Including ARI deviants.
For TDD, it is not desired to UE with the special subframe in common CP match set to 0 or 5 special subframe or having
EPDCCH is received in the special subframe for having the sub-frame configuration 0,4 or 7 in extension CP.And it is configured wherein by higher level signaling
UE monitors the subframe of ePDCCH USS.Therefore, within binding window, ePDCCH can be transmitted in some DL subframes, and traditional
PDCCH can be transmitted in other DL subframes in binding window.In this case, the implicit resource allocation methods are by by son
Mixed to frame.For example, in the DL subframe for ePDCCH, UE uses the special start offsets of UEAnd for
In other DL subframes of traditional PDCCH, UE uses the special start offset in cellular cellMoreover, depending on being to utilize
The TDD PUCCH resources of ePDCCH distribute done decision, and special processing can be used to handle such case.Therefore, it is letter
For the sake of list, it is preferable that within the binding window in TDD, use the downlink control channel of same type.
Another embodiment is provided for TDD.In subframe n-km (each serve cell or every multiple serve cells)
In binding window within, for DL subframe (including special subframe) using in ePDCCH and tradition PDCCH an only type (but
It is to use not together).For TDD, if the different types of DL control channels of tradition PDCCH and ePDCCH can be in subframe n-km
In binding window within coexist, thenWherein, value is and specific sub-frame, use
The associated value of one or more of value, physical down link sharing channel or semi-continuous scheduling (SPS) value of signal transmission.
Fig. 9 shows the example system 900 that can be used for implementing embodiments described herein by way of illustration.For one
Embodiment, Fig. 9 show example system 900, with one or more processors 905, are coupled in the processor 905 at least
One system control module 910, the system storage 915 for being coupled to the system control module 910 are coupled to system control
The nonvolatile memory (NVM) of module 910/storage 920 and the one or more for being coupled to the system control module 910 are logical
Believe interface 925.
In some embodiments, system 900 can play UE 110 described herein.In other embodiment
In, system 900 can play any one in discribed in embodiment shown in Fig. 1 or other described embodiments
The effect of discribed eNB 95 in a.In some embodiments, system 900 may include thering is instruction and one or more processing
Device (e.g., processor 905) one or more computer-readable mediums (e.g., system storage or NVM/ storage 920), described one
A or multiple processors are coupled with one or more of computer-readable mediums, and are configured for executing instruction,
Module to be implemented as to execute action described herein.For one embodiment system control module 910 may include it is any
Suitable interface controller, the interface controller are gone to processor 905 and/or are gone to and system control module 910 for providing
Any suitable interface of any one of any suitable equipment communicated or component.
System control module 910 may include the Memory Controller mould for providing the interface for going to system storage 915
Block 930.Memory Controller module 930 can be hardware module, software module and/or firmware module.
System storage 915 can be used for for example, load of system 900 and storage data and/or instruction.Implement for one
The system storage 915 of example may include any suitable volatile memory of for example such as suitable DRAM etc.At some
In embodiment, system storage 915 may include four synchronous dynamic of double data rate type with into access memory
(DDR4SDRAM).It may include going to NVM/ storages 920 for providing and leading to for the system control module 910 of one embodiment
Believe one or more input/output (I/O) controller of the interface of interface 925.
NVM/ storages 920 can be used for for example storing data and/or instruction.NVM/ storages 920 may include any suitable non-
Volatile memory, for example, such as flash memory;And/or it may include any suitable non-volatile memory device, for example, all
As one or more hard disk drives (HDD), one or more compact-disc (CD) drivers, and/or one or more numbers are more
Functional disc (DVD) driver.NVM/ storages 920 may include the part for the equipment being attached thereon physically as system 900
Storage resource or NVM/ storages 920 can be accessed by the equipment, but be not necessarily a part for the equipment.For example, can be in net
On network NVM/ storages 920 are accessed via communication interface 925.
Communication interface 925 can be system 900 provide for carried out on one or more networks communication and/or with it is any its
The interface that his suitable equipment is communicated.System 900 can be according to appointing in one or more wireless network standards and/or agreement
What standard or agreement are wirelessly communicated with the one or more components of wireless network.
For one embodiment, at least one of processor 905 can be with one or more for system control module 910
The logic (for example, Memory Controller module 930) of a controller is packaged together.For one embodiment, in processor 905
It is at least one can be packaged together with the logic of one or more controllers for system control module 910, with formed envelope
System (SiP) in dress.For one embodiment, at least one of processor 905 can be integrated in and system control module 910
On the identical tube core of logic of one or more controllers.For one embodiment, at least one of processor 905 can integrate
On tube core identical with the logic of one or more controllers of system control module 910, to form system on chip
(SoC)。
In embodiments, system 900 can be but not limited to, server, work station, desk-top computing device or mobile meter
Calculate equipment (for example, lap-top computing devices, handheld computing device, tablet, net book etc.).In embodiments, system 900 can
With more or fewer components and/or different frameworks.For example, in some embodiments, system 900 include camera, keyboard,
(including touch screen displays), nonvolatile memory port, more antennas, graphic chips, special integrated are shielded in liquid crystal display (LCD)
One or more of circuit (ASIC) and loud speaker.
Figure 10 shows the dynamic mixing according to the embodiment for providing using enhanced physical downlink control channel
The block diagram of the example machine 1000 of automatic repeat request-acknowledgement (HARQ-ACK) transmission, can perform in the example machine 1000
Any one or more in techniques described herein (for example, method).In alternative embodiments, machine 1000 can be used as solely
It erects for being operated, or can be connected and (e.g., be networked) and arrive other machines.In the deployment being networked, machine 1000 can
As in server-client network environment server machine and/or client machine operated.In this example, machine
1000 may act as the peer machines in reciprocity (P2P) (or other are distributed) network environment.Machine 1000 can be personal meter
Calculation machine (PC), tablet PC, set-top box (STB), personal digital assistant (PDA), mobile phone, the network equipment, network router, friendship
Parallel operation or bridge or be able to carry out it is specified will be by any machine of instruction that machine execution acts (sequence or other forms)
Device.Although in addition, only show individual machine, term " machine " should also be as include execute alone or in combination one group it is (or more
Group) to execute the arbitrary collection of the machine of any one or more of method discussed in this article, the method is, for example, cloud for instruction
It calculates, software services (SaaS) and the configuration of other computer clusters.
Examples described herein may include the following or can be operated in the following:Logic or multiple groups
Part, module or mechanism.Module is to be able to carry out the specified tangible entity for operating and capable of in some way configuring or arrange (e.g., firmly
Part).In this example, can use specified mode by circuit arrangement at module (for example, internally arrangement or with reference to such as other circuits
Etc external circuit be arranged).In this example, one or more computer system (e.g., individual, client computer or services
Device computer system) at least partly or one or more hardware processor 1002 can by firmware or software (e.g., instruction,
Application obscure portions or application) it is configured to be operated to execute the module of specified operation.In this example, software can reside at least one
On kind machine readable media.In this example, when software is executed by the bottom hardware of module, the hardware is made to execute specified behaviour
Make.
Correspondingly, term " module " should be read to include tangible entity, which physically is constructed out, warp
Concrete configuration (e.g., through hardwired), or through interim (e.g., instantaneously) configuration (e.g., programmed), for being carried out in a manner of specified
Operation, or for executing in any operation described herein at least partly.Consider example of the module through provisional configuration, module
Any moment that need not be in lasting is instantiated.For example, module include using software and configure common hardware processing
In the case of device 1002, which can be configured as respective disparate modules in different moments.Software can be corresponding
Hardware processor is configured to for example for constituting particular module in time example by ground, and is constituted not in different time example
Same module.Term " application " or its modification are used with extended mode herein, it is intended to including routine, program module, journey
Sequence, component etc., and can be implemented in various system configurations, including, uniprocessor or multicomputer system are based on microprocessor
Electronic equipment, single or multiple core system and the uniprocessor or multicomputer system, the electronics based on microprocessor of device
The combination etc. of equipment and single or multiple core system.Therefore, term " application " can be used to refer to be arranged for executing it is described herein
Any operation in the software at least partly operated or hardware embodiment.
Machine (e.g., computer system) 1000 may include hardware processor 1002 (e.g., central processing unit (CPU), figure
Processing unit (GPU), hardware handles core or its arbitrary combine), main memory 1004 and static memory 1006, said modules
At least some of can be communicated with other assemblies via interconnecting link (e.g., bus) 1008.Machine 1000 can be wrapped further
Include 1014 (e.g., mouse of display unit 1010, Alphanumeric Entry Device 1012 (e.g., keyboard) and user interface (UI) navigation equipment
Mark).In this example, the video display unit 1010, input equipment 1012 and UI navigation equipments 1014 can be touch screen displays.
Machine 1000 can include additionally storage device (e.g., driving unit) 1016, signal generation equipment 1018 (e.g., loud speaker), net
Network interface equipment 1020 and one or more sensors 1021, the sensor 1021 are, for example, that global positioning system (GPS) passes
Sensor, compass, accelerometer or other sensors.Machine 1000 may include o controller 1028, for example, for one or
Serial (e.g., the general string of multiple peripheral equipment (e.g., printer, card reader etc.) communications or the one or more peripheral equipments of control
Row bus (USB), (e.g., infrared (IR)) that parallel or other are wired or wireless) connection.
Storage device 1016 may include at least one machine readable media 1022, be stored on the machine readable media 1022
1024 (e.g., softwares) of one or more groups of data structures or instruction, one or more groups of data structures and instructions embodying this paper institutes
Any one or more of technology or function of description, or utilized by any one or more of function as described herein.In machine
During 1000 execute instruction 1024, instruction 1024 can also reside at least partially within additional machine readable memory (e.g., main memory
Reservoir 1004, static memory 1006) on, or reside within hardware processor 1002.In this example, hardware processor
1002, one in main memory 1004, static memory 1006 or storage device 1016 or arbitrary combination may make up machine can
Read medium.
Although machine readable media 1022 is shown as single medium, term " machine readable media " may include being configured to
Single or multiple media (e.g., centralized or distributed database and/or associated for storing one or more instruction 1024
Cache and server).
Term " machine readable media " includes any medium, which can store, encodes or carry holds for machine 1000
The instruction for going and making any one or more technology of the execution disclosure of machine 1000, alternatively, the medium can be stored, be encoded
Or it carries used in such instruction or data structure associated with such instruction.Unrestricted machine readable media example
It may include solid-state memory and light and magnetic medium.The specific example of machine readable media may include:Nonvolatile memory, example
Such as, semiconductor memory devices (e.g., electrically programmable read-only memory (EPROM), Electrically Erasable Programmable Read-Only Memory
And flash memory device (EEPROM));Disk, for example, internal hard drive and removable disk;Magneto-optic disk;And CD-ROM and DVD-ROM
Disk.
Transmission medium can be used to utilize multiple transport protocols (e.g., frame relay, Internet protocol via network interface device 1020
(IP), transmission control protocol (TCP), User Datagram Protocol (UDP), hypertext transfer protocol (HTTP) etc.) in any one
Kind agreement, is further transmitted or receives instruction 1024 on communication network 1026.Example communication network may include:LAN
(LAN), wide area network (WAN), packet data network (e.g., internet), mobile telephone network (e.g., channel access method, including code
Divide multiple access (CDMA), time division multiple acess (TDMA), frequency division multiple access (FDMA) and orthogonal frequency division multiple access (OFDMA);And cellular network,
For example, global system for mobile communications (GSM), Universal Mobile Communication System (UMTS), 2000 1x* standards of CDMA and long term evolution
(LTE)), ordinary old style telephone (POST) network, radio data network are (for example, Institute of Electrical and Electric Engineers (IEEE) 802
Race's standard comprising, 802.11 standards of IEEE (WiFi), 802.16 standards of IEEEAnd other standards), it is right
Deng (P2P) network or currently known or Future Development other standards.
For example, network interface device 1020 may include one or more physical receptacles for being connected to communication network 1026
(jack) (for example, Ethernet, coaxial or telephone jack) or one or more antenna.In this example, network interface device
1020 may include that more antennas, the more antennas are used for using single input and multi-output (SIMO), multiple-input and multiple-output (MIMO)
Or at least one of multiple input single output (MISO) technology technology is wirelessly communicated.Term " transmission medium " should include
Any invisible medium, any invisible medium can store, encode or carry the instruction executed by computer 1000, and
And " transmission medium " includes number or analog communication signal or other invisible media of the communication for promoting such software.
Additional comments and example
Include the theme (e.g., unit, client computer or system) for service node in example 1 comprising:It connects
Receipts machine, the receiver are disposed for:Minimum control is received on enhanced physical downlink control channel (ePDCCH)
Channel element indexes (nCCE) and minimum enhanced control channel element index (neCCE) in one, the special starting of user equipment
OffsetAnd at least one additional offset relevant parameter;Processor, the processor are disposed for:Based on institute
State minimum control channel element index (nCCE) and the minimum enhanced control channel element index (neCCE) in one, institute
State the special start offset of user equipmentAnd selected at least one additional offset relevant parameter
At least one parameter is believed to determine that the physical uplink link transmitted for hybrid automatic repeat-request-acknowledgement (HARQ-ACK) controls
The distribution of the uplink resource in road (PUCCH);And transmitter, the transmitter are disposed for:Use distributed it is upper
Downlink resources upload the number of delivering letters in the PUCCH.
In example 2, the theme of example 1 can optionally include:At least one additional offset relevant parameter packet
Include at least one selected from the following:Acknowledgement/negative acknowledgement (ACK/NACK) resource deviates (ARO) value;Antenna port
It deviates (AP);The maximum number of the eCCE indexes between the ePDCCH set for going to user equipment in specified subframe
(Nm);It is notified to the user equipment to avoid between the user equipment coordinated in cellular cell by the signaling of higher
The offset of conflictAnd transmitted with specific sub-frame, with signal value, physical down link sharing channel and half
The associated value of one or more of continuous dispatching (SPS).
In example 3, any one or more theme in example 1-2 can optionally include:The receiver into
One step receives special for the user equipment of the ePDCCH set detected configured by radio resource control (RRC) signaling
Use start offset
In example 4, any one or more theme in example 1-3 can optionally include:The processor into
One step is disposed for:For the carrier wave for using back compatible HARQ-ACK transmission, determine byThe distribution based on ARI of uplink resource provide, PUCCHWherein, f
(neCCE) it is minimum enhanced control channel element index (neCCE) function.
In example 5, any one or more theme in example 1-4 can optionally include:The processor into
One step is disposed for:For the HARQ-ACK transmission of new carrier type (NCT), determine by f (neCCE)+2AP orIn a uplink resource provide, PUCCH the distribution based on AP, wherein f
(nECCE, m) it is the minimum eCCE indexes for being directed to the ePDCCH for going to the user equipment detected at ePDCCH set m
Function, wherein m=0,1 ..., M-1, and M be destined to the user equipment ePDCCH set quantity.
In example 6, any one or more theme in example 1-5 can optionally include:The processor into
One step is disposed for:For the carrier wave for using back compatible HARQ-ACK transmission, determine byThe mixed allocation of uplink resource provide, PUCCH
In example 7, any one or more theme in example 1-6 can optionally include:The processor into
One step is disposed for:For new carrier type (NCT) HARQ-ACK transmission, determine by
The distribution based on AP of uplink resource provide, PUCCH.
In example 8, any one or more theme in example 1-7 can optionally include:The processor into
One step is disposed for:For the HARQ-ACK bindings of the resource allocation of the subframe n transmitted for enhanced PDCCH, object is determined
The distribution of the uplink resource of uplink control channel (PUCCH) is managed, the distribution provides as follows:
If ePDCCH-PRB set q is disposed for distributed transmission,
And
If ePDCCH-PRB set q is disposed for local transmission,
In example 9, any one or more theme in example 1-8 can optionally include:The processor into
One step is disposed for:It determines based on ARI'sWherein, it is used for HARQ-ACK transmission
The distribution of the uplink resource of PUCCH is by being worth+providing, wherein described value and specific sub-frame, the value with signal transmission, physics
One or more of downlink sharied signal channel and semi-continuous scheduling (SPS) are associated;Based on the ARI deviants, for son
Enhanced PDCCH that is used in frame and being configured for PUCCH format 3 determines the PUCCH for HARQ-ACK transmission
Uplink resource distribution;Using delivering power control (TPC), rather than on main cellular cell equal to one
Downlink assignments index in the subframe of (DAI), by increasing that is used in subframe and being configured for PUCCH format 3
Strong type PDCCH determines the distribution of the uplink resource of the PUCCH for HARQ-ACK transmission, to indicate four moneys being configured
3 resource of used PUCCH format between source;For it is used in subframe and for PUCCH format 3 and be used for needle
An enhanced PDCCH configured carrier wave being polymerize in the PUCCH format 1b of the channel selection of configured user equipment
Determination include the ARI deviants of the enhanced PDCCH transmitted on main cellular cell, transmit for HARQ-ACK
The distribution of the uplink resource of PUCCH;And using for being the downlink for enhanced PDCCH by RRC signaling
(DL) the special start offset of user equipment for the enhanced PDCCH set that subframe is configured, and use is for passing through RRC signaling
Come for the enhanced PDCCH that DL subframe associated with traditional PDCCH the is configured special start offsets in cellular cell gathered true
Surely it is used for the distribution of the uplink resource of the PUCCH of HARQ-ACK transmission.
In example 10, any one or more theme in example 1-9 can optionally include:The processor into
One step is disposed for transmitting HARQ-ACK in the assignments of each PDCCH in main cellular cell and in each secondary cellular cell
PUCCH resource value, so that it is determined that the PUCCH resource value within subframe.
In example 11, any one or more theme in example 1-10 can optionally include:The receiver
It is further configured to the main cellular cell for receiving the physical down link sharing channel (PDSCH) with DAI equal to one
Single PDSCH, the processor by the PUCCH format 1a/1b with dynamic resource allocation be used for HARQ-ACK transmit object
Manage the distribution of the uplink resource of uplink control channel (PUCCH).
In example 12, any one or more theme in example 1-11 can optionally include:The processor
It is further configured to the only one in enhanced physical downlink control channel and conventional physical downlink control channel
For downlink subframe.
In example 13, it may include theme (e.g., method or the device for execution action) comprising:In enhanced object
Minimum control channel element index (n is received on reason downlink control channel (ePDCCH)CCE) and minimum enhanced control channel
Element index (neCCE) in one;It is special that user equipment is received on enhanced physical downlink control channel (ePDCCH)
Start offsetReception is selected from the following on enhanced physical downlink control channel (ePDCCH)
At least one of:Acknowledgement/negative acknowledgement (ACK/NACK) resource deviates (ARO) value;Antenna port deviates (AP);Specified subframe
In the ePDCCH set for going to user equipment between the maximum of eCCE indexes number (Nm);By the signaling of higher to institute
User equipment notice is stated to avoid the offset to conflict between the user equipment coordinated in cellular cellWith
And the value transmitted with specific sub-frame, with signal, one or more in physical down link sharing channel and semi-continuous scheduling (SPS)
A associated value;And determine the uplink of the physical uplink control channel (PUCCH) for HARQ-ACK transmission
The distribution of resource, the determination are based on:Minimum control channel element indexes (nCCE) and minimum enhanced control channel element index
(neCCE) in one;The special start offset of user equipmentAt least one of and selected from the following:Really
Receipts/negative acknowledgement (ACK/NACK) resource deviates (ARO) value;Antenna port deviates (AP);Use is gone in specified subframe
Maximum number (the N of eCCE indexes between the ePDCCH set of family equipmentm);By the signaling of higher to the user equipment
It notifies to avoid the offset to conflict between the user equipment coordinated in cellular cellAnd with specific son
One or more of frame, value, physical down link sharing channel and the semi-continuous scheduling (SPS) transmitted with signal are associated
Value.
In example 14, the theme of example 13 can optionally include:The special start offset of the reception user equipmentFurther comprise:It receives special for the user equipment of the ePDCCH set detected configured by RRC signaling
Start offset
In example 15, any one of example 13-14 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For use to
The HARQ-ACK transmission of compatible carrier wave afterwards, determine byUplink provide, PUCCH
The distribution based on ARI of resourceWherein, f (neCCE) it is minimum enhanced control channel element index (neCCE) letter
Number.
In example 16, any one of example 13-15 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For new carrier wave
The HARQ-ACK of type (NCT) is transmitted, and is determined by f (neCCE)+2AP orIn one give
The distribution based on AP of uplink resource go out, PUCCH, wherein f (nECCE, m) it is to be detected at ePDCCH set m
To the ePDCCH for going to the user equipment minimum eCCE indexes function, wherein m=0,1 ..., M-1, and M is
Go to the quantity of the ePDCCH set of the user equipment.
In example 17, any one of example 13-16 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For use to
The HARQ-ACK transmission of compatible carrier wave afterwards, determine byIt is providing, PUCCH upper
The mixed allocation of downlink resources
In example 18, any one of example 13-17 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For new carrier wave
The HARQ-ACK of type (NCT) is transmitted, determine byUplink money provide, PUCCH
The distribution based on AP in source.
In example 19, any one of example 13-18 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For for increasing
The HARQ-ACK bindings of the resource allocation of the subframe n of strong type PDCCH transmission, determine physical uplink control channel (PUCCH)
Uplink resource distribution, the basic of distribution:
If ePDCCH-PRB set q is disposed for distributed transmission,
And
If ePDCCH-PRB set q is disposed for local transmission,
In example 20, any one of example 13-19 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:It determines by being worthIt is providing, for HARQ-ACK transmission PUCCH uplink resource based on ARI's
Distribution, wherein value, physical down link sharing channel and the semi-continuous scheduling that described value is transmitted with specific sub-frame, with signal
One or more of (SPS) associated.
In example 21, any one or more theme in example 13-20 can optionally include:The determining use
In the distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission include from the following terms
Selected in one:Based on the ARI deviants, by increasing that is used in subframe and being configured for PUCCH format 3
Strong type PDCCH determines the distribution of the uplink resource of the PUCCH for HARQ-ACK transmission;It is controlled using delivering power
(TPC), it is subframe rather than in indexing the subframe of (DAI) with the downlink assignments equal to one on main cellular cell
Used in and the enhanced PDCCH that is configured for PUCCH format 3 determine the PUCCH for HARQ-ACK transmission
Uplink resource distribution, with indicate four resources being configured between 3 resource of used PUCCH format;For son
It is used in frame and for PUCCH format 3 and with for polymerize for carrier wave configured user equipment channel select
One in the PUCCH format 1b selected the enhanced PDCCH determination configured includes the increasing transmitted on main cellular cell
The ARI deviants of strong type PDCCH, for HARQ-ACK transmission PUCCH uplink resource distribution;And use use
In the user of the enhanced PDCCH set configured for downlink (DL) subframe for enhanced PDCCH by RRC signaling
Special start offset is equipped, and uses the enhancing for being configured for DL subframe associated with traditional PDCCH by RRC signaling
The special start offset in cellular cell of type PDCCH set determines the uplink resource for the HARQ-ACK PUCCH transmitted
Distribution.
In example 22, any one or more theme in example 13-21 can optionally include:The determining use
Include in the distribution of the uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission:In main honeycomb
HARQ-ACK PUCCH resource values are transmitted in cell and each PDCCH assignments in each secondary cellular cell, so that it is determined that sub
PUCCH resource value within frame.
In example 23, any one or more theme in example 13-22 can optionally include:Reception has
Single PDSCH on the main cellular cell of physical down link sharing channels (PDSCH) of the DAI equal to one, and will have dynamic
Uplinks of the PUCCH format 1a/1b of state resource allocation for the physical uplink control channel (PUCCH) of HARQ-ACK transmission
The distribution of link circuit resource.
In example 24, any one or more theme in example 13-23 can optionally include:By enhanced object
The only one managed in downlink control channel and conventional physical downlink control channel is used for downlink subframe.
In example 25, it may include theme (e.g., is used for the device or machine readable media of execution action, the machine can
It includes instruction to read medium, and when machine executes described instruction, described instruction makes the machine execute action) comprising:Enhancing
Minimum control channel element index (n is received on type physical downlink control channel (ePDCCH)CCE) and minimum enhanced control
Channel element indexes (neCCE) in one;User equipment is received on enhanced physical downlink control channel (ePDCCH)
Special start offsetIt receives on enhanced physical downlink control channel (ePDCCH) and is selected from the following
At least one of select:Acknowledgement/negative acknowledgement (ACK/NACK) resource deviates (ARO) value;Antenna port deviates (AP);Specified
Maximum number (the N of the eCCE indexes between the ePDCCH set for going to user equipment in subframem);Pass through the signaling of higher
It is notified to the user equipment to avoid the offset to conflict between the user equipment coordinated in cellular cellAnd value, physical down link sharing channel and the semi-continuous scheduling transmitted with specific sub-frame, with signal
One or more of (SPS) associated value;And determine the physical uplink control channel transmitted for HARQ-ACK
(PUCCH) distribution of uplink resource, the determination are based on:Minimum control channel element indexes (nCCE) and minimum enhancing
Type control channel element indexes (neCCE) in one;The special start offset of user equipmentAnd from the following
At least one of selection:Acknowledgement/negative acknowledgement (ACK/NACK) resource deviates (ARO) value;Antenna port deviates (AP);It is specified
Subframe in the ePDCCH set for going to user equipment between the maximum of eCCE indexes number (Nm);Pass through the letter of higher
It enables and being notified to avoid the offset to conflict between the user equipment coordinated in cellular cell to the user equipmentAnd value, physical down link sharing channel and the semi-continuous scheduling transmitted with specific sub-frame, with signal
One or more of (SPS) associated value.
In example 26, the theme of example 25 can optionally include:The special start offset of the reception user equipmentFurther comprise:It receives special for the user equipment of the ePDCCH set detected configured by RRC signaling
Start offset
In example 27, any one of example 25-26 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For use to
The HARQ-ACK transmission of compatible carrier wave afterwards, determine byUplink provide, PUCCH
The distribution based on ARI of resourceWherein, f (neCCE) it is minimum enhanced control channel element index (neCCE)
Function.
Method as claimed in claim 28, which is characterized in that the determination is used for the physical uplink of HARQ-ACK transmission
The distribution of the uplink resource of link control channel (PUCCH) includes:It is passed for the HARQ-ACK of new carrier type (NCT)
It is defeated, it determines by f (HeCCE)+2AP orIn a uplink provide, PUCCH
The distribution based on AP of resource, wherein f (nECCE, m) it is to go to the user equipment for what is detected at ePDCCH set m
EPDCCH minimum eCCE indexes function, wherein m=0,1 ..., M-1, and M is destined to the user equipment
The quantity of ePDCCH set.
In example 29, any one of example 25-28 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For use to
The HARQ-ACK transmission of compatible carrier wave afterwards, determine byIt is providing, PUCCH upper
The mixed allocation of downlink resources
In example 30, any one of example 25-29 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For new carrier wave
The HARQ-ACK of type (NCT) is transmitted, determine byUplink money provide, PUCCH
The distribution based on AP in source.
In example 31, any one of example 25-30 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:For for increasing
The HARQ-ACK bindings of the resource allocation of the subframe n of strong type PDCCH transmission, determine physical uplink control channel (PUCCH)
Uplink resource distribution, the basic of distribution:
If ePDCCH-PRB set q is disposed for distributed transmission,
And
If ePDCCH-PRB set q is disposed for local transmission,
In example 32, any one of example 25-31 or multinomial theme can optionally include:The determination is used for
The distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission includes:It determines by being worthPoint based on ARI of the uplink resource of the PUCCH for HARQ-ACK transmission provided
Match, wherein value, physical down link sharing channel and the semi-continuous scheduling (SPS) that described value is transmitted with specific sub-frame, with signal
One or more of it is associated.
In example 33, any one or more theme in example 25-32 can optionally include:The determining use
In the distribution of uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission include from the following terms
Selected in one:Based on the ARI deviants, by increasing that is used in subframe and being configured for PUCCH format 3
Strong type PDCCH determines the distribution of the uplink resource of the PUCCH for HARQ-ACK transmission;It is controlled using delivering power
(TPC), rather than with the downlink assignments index (DAI) equal to one on main cellular cell in subframe, by making in subframe
And the enhanced PDCCH configured for PUCCH format 3 determines the uplink of the PUCCH for HARQ-ACK transmission
The distribution of link circuit resource, to indicate 3 resource of used PUCCH format between four resources being configured;For institute in subframe
It is using and for PUCCH format 3 and with the channel selection for polymerizeing configured user equipment for carrier wave
One in PUCCH format 1b configured enhanced PDCCH determination include transmitted on main cellular cell it is enhanced
The ARI deviants of PDCCH, for HARQ-ACK transmission PUCCH uplink resource distribution;And use is for leading to
Cross the user equipment for the enhanced PDCCH set that RRC signaling is configured for downlink (DL) subframe for enhanced PDCCH
Special start offset, and using enhanced for being configured for DL subframe associated with traditional PDCCH by RRC signaling
The special start offset in cellular cell of PDCCH set determines the uplink resource for the HARQ-ACK PUCCH transmitted
Distribution.
In example 34, any one or more theme in example 25-33 can optionally include:The determining use
Include in the distribution of the uplink resource of the physical uplink control channel (PUCCH) of HARQ-ACK transmission:In main honeycomb
HARQ-ACK PUCCH resource values are transmitted in cell and each PDCCH assignments in each secondary cellular cell, so that it is determined that sub
PUCCH resource value within frame.
In example 35, any one or more theme in example 25-34 can optionally include:Reception has
Single PDSCH on the main cellular cell of physical down link sharing channels (PDSCH) of the DAI equal to one, and will have dynamic
Uplinks of the PUCCH format 1a/1b of state resource allocation for the physical uplink control channel (PUCCH) of HARQ-ACK transmission
The distribution of link circuit resource.
In example 36, any one or more theme in example 25-35 can optionally include:By enhanced object
The only one managed in downlink control channel and conventional physical downlink control channel is used for downlink subframe.
Above-mentioned specific implementation mode includes the reference of the attached drawing of the part to forming present embodiment.Attached drawing passes through figure
The mode of showing shows the specific embodiment that can be carried out.These embodiments are also referred herein as " example ".Such example can wrap
Include the element in addition to shown or described element.However, being also contemplated by out the example for including the shown and described element.In addition, going back structure
Think either with reference to specific example (or in terms of one or more) or with reference to other examples shown or described herein
(or one or more in terms of), using those of shown or described element (or one or more for the use of) it is arbitrary combine or
The example of arrangement.
Involved disclosure, patents, and patent literature are integrally hereby incorporated by by reference in the literature, just as passing through
Way of reference is individually incorporated the same.In the literature and those of combine by reference between document that there are inconsistent
Usage in the case of, the usage in the reference combined should be considered as the supplement to the usage of the literature;For not
Usage that is reconcilable inconsistent, being subject in the literature.
In the document, term "a" or "an" as common in the patent literature for including one or more
It is unrelated with any other example or use of "at least one" or " one or more " in one.In the literature, term "or"
Be used to indicate nonexcludability or, so that " A or B " includes " A rather than B ", " B rather than A " and " A and B ", unless otherwise instructed.
In the following claims, term " comprising " and the equivalence for " wherein " being used separately as term " comprising " and " wherein " in plain English
Word.Also, in the dependent claims, term " comprising " and "comprising" are open, that is, include in the claims this
System, equipment, product or process after class term except listed system, equipment, product or process, which are still considered as, to be fallen at this
Within the scope of the claims.In addition, in the dependent claims, term " first ", " second " and " third " etc. is used only as
Label, and be not intended to and numerical order is shown to their object.
Foregoing description is intended to be illustrative and not restrictive.For example, above-mentioned example (or in terms of one or more) can
It uses in combination with each other.The other embodiment such as implemented after reading over above description by those of ordinary skill in the art
It can be used as.Abstract is intended to that reader is enable promptly to understand fully essence disclosed in this technology, for example, in order to meet the U.S.
37C.F.R§1.72(b).It should be appreciated that submit the abstract be not meant to using the abstract explain or limit the scope of the claims or
Meaning.Equally, in the above specific implementation mode, various features can be combined so that disclosure description is smooth.However,
Claim may be set out features herein disclosed, because embodiment may include the subset of the feature.In addition, implementing
Example may include feature more less than feature disclosed in particular example.Therefore, appended claims are incorporated into specifically herein
In embodiment, wherein each claim independently becomes individual embodiment.The range of presently disclosed embodiment should join
It examines the appended claims and makes the complete scope for the equivalent scheme that these claims enjoy rights to determine.
Claims (17)
1. a kind of user equipment, including:
Receiver, the receiver are configured for:It is received most on enhanced physical downlink control channel ePDCCH
Low control channel element indexes nCCEN is indexed with minimum enhanced control channel elementeCCEIn one, special of user equipment
Begin to deviateAnd at least one additional offset relevant parameter, the receiver are further configured to be used for:It receives
The special start offset of user equipment for the ePDCCH set detected configured by radio resource control RRC signaling
Processor, the processor are configured for:N is indexed based on the minimum control channel elementCCEWith the minimum increasing
Strong type control channel element indexes neCCEIn one, the special start offset of the user equipmentAnd from it is described at least
At least one parameter selected in one additional offset relevant parameter is determined for hybrid automatic repeat-request-acknowledgement
The distribution of the uplink resource of the physical uplink control channel PUCCH of HARQ-ACK transmission;And
Transmitter, the transmitter are disposed for:
Distributed uplink resource is used to upload the number of delivering letters in the PUCCH, and
HARQ-ACK PUCCH resources are transmitted on main cellular cell and each PDCCH assignments in each secondary cellular cell
Value, so that it is determined that the PUCCH resource value in subframe,
Wherein, at least one additional offset relevant parameter includes at least one selected from the following:Acknowledgement/no
Determine acknowledgement ACK/NACK resources offset ARO values;Antenna port deviates AP;The all of user equipment are gone in specified subframe
The maximum number N of eCCE indexes between ePDCCH setm;By the signaling of higher to the user equipment notify to avoid
With the offset to conflict between the user equipment coordinated in cellular cellAnd it is transmitted with specific sub-frame, with signal
The associated value of one or more of value, physical down link sharing channel PDSCH and semi-continuous scheduling SPS.
2. user equipment as described in claim 1, which is characterized in that the processor is further configured to be used for:
For the carrier wave for using back compatible HARQ-ACK transmission, determine byProviding,
The distribution based on ACK/NACK resource indicators (ARI) of the uplink resource of PUCCH
3. user equipment as claimed in claim 1 or 2, which is characterized in that the processor is further configured to be used for:Needle
HARQ-ACK bindings to the resource allocation of the subframe n transmitted for enhanced PDCCH, determine physical uplink control channel
The distribution of the uplink resource of PUCCH, the distribution provide as follows:
If ePDCCH-PRB set q is disposed for distributed transmission,
And
If ePDCCH-PRB set q is disposed for local transmission,
4. user equipment as claimed in claim 1 or 2, which is characterized in that the processor is further configured to be used for:
It determines by being worthThe uplink resource of PUCCH providing, for HARQ-ACK transmission
The distribution based on ARI, wherein described value and specific sub-frame, the value transmitted with signal, physical down link sharing channel and half
One or more of continuous dispatching SPS is associated;
Deviant based on ARI, by enhanced PDCCH that is used in subframe and being configured for PUCCH format 3
(ePDCCH) distribution of the uplink resource of the PUCCH for HARQ-ACK transmission is determined;
TPC is controlled using delivering power, rather than the downlink assignments having equal to one on main cellular cell index DAI
Subframe in, by enhanced PDCCH that is used in subframe and being configured for PUCCH format 3 determine be used for HARQ-
The distribution of the uplink resource of the PUCCH of ACK transmission, to indicate the used PUCCH between four resources being configured
3 resource of format;
By used in subframe and for PUCCH format 3 and with for polymerizeing the user equipment configured for carrier wave
Channel selection PUCCH format 1b in an enhanced PDCCH configured, determine to include for institute on main cellular cell
Transmission enhanced PDCCH ARI deviants, for HARQ-ACK transmission PUCCH uplink resource distribution;With
And
Use the enhanced PDCCH collection for being configured for the downlink DL subframe of enhanced PDCCH by RRC signaling
The special start offset of user equipment of s is closed, and using for being DL subframe institute associated with traditional PDCCH by RRC signaling
The special start offset in cellular cell of the enhanced PDCCH set s of configuration is determined for the HARQ-ACK PUCCH's transmitted
The distribution of downlink resources.
5. user equipment as claimed in claim 1 or 2, it is characterised in that:
The receiver is further configured to for receiving the physical down chain for being equal to one with downlink assignments index DAI
Single PDSCH on the main cellular cell of road control channel PDCCH, and
PUCCH format 1a/1b with dynamic resource allocation is used for the physical uplink chain of HARQ-ACK transmission by the processor
The distribution of the uplink resource of road control channel PUCCH.
6. user equipment as claimed in claim 1 or 2, which is characterized in that the processor is further configured to enhance
Only one in type physical downlink control channel ePDCCH and conventional physical downlink control channel PDCCH is used for downlink
Link subframe.
7. user equipment as claimed in claim 1 or 2, which is characterized in that the processor is further configured to be used for:
For the carrier wave for using back compatible HARQ-ACK transmission, determine by
The mixed allocation of uplink resource provide, PUCCH
Wherein, f (neCCE) it is minimum enhanced control channel element index neCCEFunction, and
ARI is ACK/NACK resource indicators.
8. one kind using enhanced physical downlink control channel resource allocation to provide dynamic mixed automatic retransfer for being asked
- the method for acknowledgement HARQ-ACK transmission is sought, including:
It is received on enhanced physical downlink control channel ePDCCH:
Minimum control channel element indexes nCCEN is indexed with minimum enhanced control channel elementeCCEIn one,
The special start offset of user equipment
The special starting of user equipment of the ePDCCH set detected for being configured by radio resource control RRC signaling is inclined
It movesAnd
At least one additional relevant parameter of offset selected from the following:Acknowledgement/negative acknowledgement ACK/NACK resources
Between all ePDCCH set for going to user equipment in offset ARO values, antenna port offset AP, specified subframe
The maximum number N of eCCE indexesm, by the signaling of higher to the user equipment notify to avoid with coordinate in cellular cell
User equipment between conflict offsetAnd the value with specific sub-frame, with signal transmission, physical down chain
Share the associated value of one or more of channel PDSCH and semi-continuous scheduling SPS in road;
Determine the distribution of the uplink resource of the physical uplink control channel PUCCH for HARQ-ACK transmission, it is described
Determination is based on:Minimum control channel element indexes nCCEN is indexed with minimum enhanced control channel elementeCCEIn one, user
Equip special start offsetThe ePDCCH set detected for being configured by radio resource control RRC signaling
The special start offset of user equipmentAnd at least one additional relevant parameter of offset;
Distributed uplink resource is used to upload the number of delivering letters in the PUCCH;And
HARQ-ACK PUCCH resources are transmitted on main cellular cell and each PDCCH assignments in each secondary cellular cell
Value, so that it is determined that the PUCCH resource value in subframe.
9. method as claimed in claim 8, which is characterized in that the determination is used for the physical uplink link of HARQ-ACK transmission
The distribution of the uplink resource of control channel PUCCH includes:
For the carrier wave for using back compatible HARQ-ACK transmission, determine byProviding,
The distribution based on ACK/NACK resource indicators (ARI) of the uplink resource of PUCCH
Wherein, f (neCCE) it is the function that minimum enhanced control channel element indexes neCCE.
10. method as claimed in claim 8 or 9, which is characterized in that the determination is used for the physical uplink of HARQ-ACK transmission
The distribution of the uplink resource of link control channel PUCCH includes:
For the carrier wave for using back compatible HARQ-ACK transmission, determine by
The mixed allocation of uplink resource provide, PUCCH
Wherein, f (neCCE) it is minimum enhanced control channel element index neCCEFunction.
11. method as claimed in claim 8 or 9, which is characterized in that the determination is used for the physical uplink of HARQ-ACK transmission
The distribution of the uplink resource of link control channel PUCCH includes:
For the HARQ-ACK bindings of the resource allocation of the subframe n transmitted for enhanced PDCCH, physical uplink link control is determined
The distribution of the uplink resource of channel PUCCH processed, the basic of distribution:
If ePDCCH-PRB set q is disposed for distributed transmission,
And
If ePDCCH-PRB set q is disposed for local transmission,
12. method as claimed in claim 8 or 9, which is characterized in that the determination is used for the physical uplink of HARQ-ACK transmission
The distribution of the uplink resource of link control channel PUCCH includes:
It determines by being worthThe uplink resource of PUCCH providing, for HARQ-ACK transmission
Distribution based on ARI, wherein value that described value is transmitted with specific sub-frame, with signal and is partly held physical down link sharing channel
One or more of continuous scheduling SPS is associated,
Wherein, ARI is acknowledgement ACK/ negative acknowledgement NACK resource indicators,
neCCE,sIt is the minimum eCCE indexes detected in ePDCCH set S, and
It is the special start offsets of UE of the ePDCCH set s for being configured by RRC signaling.
13. method as claimed in claim 8 or 9, which is characterized in that the determination is used for the physical uplink of HARQ-ACK transmission
The distribution of the uplink resource of link control channel PUCCH includes:
Based on the deviant based on ARI, by used in subframe and configure for PUCCH format 3 enhanced
PDCCH determines the distribution of the uplink resource of the PUCCH for HARQ-ACK transmission;
TPC is controlled using delivering power, rather than DAI is being indexed with the downlink assignments equal to one on main cellular cell
Subframe in, by enhanced PDCCH that is used in subframe and being configured for PUCCH format 3 determine be used for HARQ-
The distribution of the uplink resource of the PUCCH of ACK transmission, to indicate the used PUCCH between four resources being configured
3 resource of format;
By used in subframe and for PUCCH format 3 and with for polymerizeing the user equipment configured for carrier wave
Channel selection PUCCH format 1b in enhanced PDCCH configured determine including being used for main cellular cell
The ARI deviants of the enhanced PDCCH transmitted, uplink resource for the HARQ-ACK PUCCH transmitted distribution;
And
Use the enhanced PDCCH collection for being configured for the downlink DL subframe of enhanced PDCCH by RRC signaling
The special start offset of user equipment of s is closed, and using for being DL subframe institute associated with traditional PDCCH by RRC signaling
The special start offset in cellular cell of the enhanced PDCCH set s of configuration is determined for the HARQ-ACK PUCCH's transmitted
The distribution of downlink resources.
14. method as claimed in claim 8 or 9, which is characterized in that receiving, there is downlink assignments index DAI to be equal to one
Physical downlink control channel PDCCH main cellular cell on single PDSCH, and will be with dynamic resource allocation
Points of the PUCCH format 1a/1b for the uplink resource of the physical uplink control channel PUCCH of HARQ-ACK transmission
Match.
15. method as claimed in claim 8 or 9, which is characterized in that further comprise:By enhanced physical down link control
Only one in channel ePDCCH and conventional physical downlink control channel PDCCH processed is used for downlink subframe.
16. a kind of non-transient computer-readable media, the non-transient computer-readable media includes executable program code, when
When computing device executes the executable program code, the executable program code makes the equipment implementation claim 8 arrive
Method described in any one of 15.
17. a kind of equipment includes the device for executing the method as described in any one of claim 8 to 15.
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CN201380044871.7A Expired - Fee Related CN104604175B (en) | 2012-09-28 | 2013-09-17 | The user equipment and method that condition hybrid automatic repeat-request HARQ for carrier aggregation CA maps |
CN201611006069.0A Active CN106535338B (en) | 2012-09-28 | 2013-09-17 | For enhancing the circuit and device of the blind decoding of physical downlink control channel |
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CN201380045096.7A Expired - Fee Related CN104604167B (en) | 2012-09-28 | 2013-09-19 | Hybrid automatic repeat-request (HARQ) for carrier aggregation (CA) maps |
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