CN103780353B - The method and apparatus carried out data transmission in the mobile communication network - Google Patents

Abstract

The present invention relates to the method and apparatus carried out data transmission in the mobile communication network, including：The first Dynamic Resource Allocation for Multimedia is received on the first channel；Data are sent according to first Dynamic Resource Allocation for Multimedia；During the time for being scheduled to occur on a second channel for the confirmation of transmitted data or NACK, the priority activity confirmed than reception or NACK is preferential is participated in；The second Dynamic Resource Allocation for Multimedia is received on first channel, wherein second Dynamic Resource Allocation for Multimedia is used to refer to the re-transmission relevant with transmitted data or the transmission of new data including information.So as to which the base station expectability user equipment of long-term evolving network receives downlink information or the information transmitted in the uplink.

Description

The method and apparatus carried out data transmission in the mobile communication network

The application is Application No. 200880127832.2, the applying date to be on January 4th, 2008, entitled " using The divisional application of the application for a patent for invention of channel distribution during measurement gap with H-ARQ ".

Technical field

The exemplary and non-limiting example of the present invention relates generally to wireless communication system, method, equipment and calculating Machine program product, and relate more specifically to the distribution of the automatic repeat request in dynamic dispatching environment.

Background technology

Here is some abbreviations used in the description of the invention：

3GPP third generation partner programs

CCE connection controlled entities

DL downlinks

ENB. evolved node B（The base station of LTE network）

E-UTRAN evolved universal terrestrial radios access network

FDD FDDs

H-ARQ mixed automatic repeat requests

LTE Long Term Evolutions（Also referred to as E-UTRAN or 3.9G）

PHICH physics H-ARQ indicator channels

PDCCH physical downlink control channels

PRB Physical Resource Block

TDD time division duplexs

TTI Transmission Time Intervals

UE user equipmenies

UL up-links

Related with these teachings is the H-ARQ behavior relevant with measurement gap.One of LTE principal character is quick mixed Close automatic repeat request（H-ARQ）Use, the quick mixed automatic repeat request be used to increase spectrum efficiency.Dynamic is adjusted Conventional H-ARQ the operations of degree uplink data are, for [in downlink control channel（PDCCH）On signal] Each uplink resource license, there will be for positive acknowledgment（ACK）And NACK（NAK or NACK）Associated H- ARQ feedback channel.In current agreement in 3 gpp,（Sent on PDCCH）The time of up-link license will with UE Delay between the time of actual transmissions uplink data be present, and should be in PHICH to eNB（Physics H-ARQ instruction letters Road）Another delay between upper transmission ACK/NACK time be present.Current hypothesis is：Dispatch delay will be 3ms（Add The delay of physical signaling on PDCCH）, and eNB processing times also will be 3ms.This means single H-ARQ processes or channel Timing relationship will（Such as）According to the TTI of following order：

TTI#0：UL distribution licenses are sent on PDCCH.

TTI#4：In licensed UL resources UL data transfers are carried out from UE.

TTI#8：ACK/NACK is sent on PHICH [or to enter the re-transmission on PDCCH in the case of adaptive H-ARQ Mobile state is dispatched].

Consider that non-self-adapting H-ARQ is used for the situation of up-link（Mean to perform on identical physical resource Line link retransmit, and UE only need its whether the instruction that should be retransmitted in the uplink）.This passes through PHICH signalings To handle, wherein under current agreement in 3 gpp, PHICH resource will be specified for UE by UE " allocation order ", it is described " allocation order " for example may with for indicating resource allocation（TTI#0 in above-mentioned sequence）CCE indexes it is relevant.Another kind side Method is to make allocation order related to the specified uplink physical resource for being combined with additional signaling to indicate relative to dividing The skew of first PRB indexes of the physical resource matched somebody with somebody.

In the RAN4 groups of 3GPP exploitations, currently carrying out on when and how allowing UE progress relevant with switching Measurement（Measured including cell identification and signal level）Discussion.It should be understood that UE needs to carry out cell identification and added Ground carries out some measurements in the case where preparing adjacent eNB being switched to another eNB from an eNB to channel（That is channel matter Certain measurement of amount, such as signal intensity）.This is referred to as measurement gap, the cell of peripheral cell is performed in UE in 3 gpp Identification（Frequency of interaction or interaction radio access technologies RAT）And measure to report the above（Typically for Switch purpose, but it is also possible that being applied by eNB for network configuration or test or other more customary purposes）When Between.The measurement gap occurs at the time of coordinating between eNB and UE.But it is clear that these measurement gaps will influence or interrupt H- ARQ timing relationships.

It has recorded in the newest change of the specification 36.300 of E-UTRAN stages 2 and currently this problem in 3GPP reached Into agreement, this may refer to document R2-075484（The Change of Nokia Siemens Networks companies Request, 3GPP TSGRAN2 Meeting #60, Jeju, South Korea, in November, 2007 5-9）：

- measurement gap, which has, retransmits higher priority than H-ARQ：When H-ARQ, which retransmits, to conflict with measurement gap, H-ARQ re-transmissions will not occur.

Accordingly recognize that：These measurement gaps will appear from and with H-ARQ communication contention awares, and identified be：In UE In the case of H-ARQ transmission will occur while in measurement gap, H-ARQ transmission will not occur.This is simple reality Mode is applied, because eNB knows measurement gap（And generally dominate UE measurement gap）And eNB also knows should be when by ACK/ NACK is sent to identical UE, thus eNB simply abandoned its ACK according to the priority decisions reached above with regard to LTE or NACK is sent to UE.

The agreement basically implies that measurement gap is following gap in fact：In the gap, expectability UE does not connect eNB Packet receiving is included including PDCCHIt is anyDL information or any information of the transmission including H-ARQ ACK and NACK in UL.

The present inventor does not know any solution that others proposes.A direct option for avoiding this problem be for UE equips two transmitters and two receivers.But except increasing UE cost and failing to consider without such double transmitting-receivings Device ability used leave outside UE, such UE design is not simple thing because frequency of use division come In the case of division signals, it may inherently increase interference problem in UE to/from transmitting and receiving while identical equipment.

A kind of mode for realizing H-ARQ is needed, wherein conventional H-ARQ timings will occur in measurement interval and need not Wait too long so that H-ARQ worthless for all practical purposes（Such as it is interpreted not receive because of the passage of threshold time period）.

The content of the invention

It is a kind of method according to one embodiment of present invention, this method includes：The first dynamic is received on the first channel Resource allocation, and distributed according to the first resource to send data.In the confirmation for transmitted data or NACK During being scheduled to time for occurring on a second channel, this method includes：Participate in than confirming or that NACK is preferential is preferential Level activity, hereafter receives the second Dynamic Resource Allocation for Multimedia and is determined according to second Dynamic Resource Allocation for Multimedia on the first channel Confirmation or NACK to sending data.The determination can be direct, such as by receiving null value resource allocation；Or can Be it is indirect, such as by by the second Dynamic Resource Allocation for Multimedia be mapped to second channel and after the mapping on a second channel Receive and confirm.

It is a kind of computer-readable memory according to another embodiment of the invention, the computer-readable memory includes The program for dispatching the machine readable instructions of the action confirmed to carry out purpose to be can be performed by digital data processor.In the reality Apply in example, step includes：Come in response to receiving the first Dynamic Resource Allocation for Multimedia on the first channel according to the first resource point With transmission data；And the time for being scheduled to occur on a second channel in the confirmation for transmitted data or NACK Period, participate in the priority activity than confirming or NACK is preferential.Another step includes：In response on first channel The second Dynamic Resource Allocation for Multimedia is received to determine the confirmation or no for transmitted data according to second Dynamic Resource Allocation for Multimedia It is fixed to confirm.

It is a kind of device according to another embodiment of the invention, the device includes receiver, transmitter and processor.Institute State receiver to be configured to receive the first Dynamic Resource Allocation for Multimedia on the first channel, and the transmitter is configured to according to institute State first resource distribution and send data.The processor is configured to be adjusted in the confirmation for transmitted data or NACK At least one receiver is controlled to participate in during spending into the time received on a second channel more excellent than receiving confirmation or NACK First priority activity.The receiver is further configured to hereafter receive the second Dynamic Resource Allocation for Multimedia simultaneously on first channel And the confirmation for transmitted data or NACK are determined according to second Dynamic Resource Allocation for Multimedia.

A kind of device according to another embodiment of the invention, the device include acceptor device, emitter and Processing unit.The acceptor device is used to receive the first Dynamic Resource Allocation for Multimedia, and the emitter on the first channel For being distributed according to the first resource to send data.The processing unit is used in the confirmation for transmitted data or no At least described acceptor device is controlled to participate in during the time for confirming to be scheduled to be received on a second channel calmly more true than receiving Recognize or priority activity that NACK is preferential.The acceptor device is additionally operable to receive the second dynamic on first channel Resource allocation, and processor is additionally operable to determine the confirmation or no for transmitted data according to second Dynamic Resource Allocation for Multimedia It is fixed to confirm.In a particular embodiment, the acceptor device is receiver, and the emitter is transmitter, and the place It is digital data processor to manage device, and first channel is physical downlink control channel in addition, second letter Road is physics H-ARQ indicator channels, and the processing unit be configured to according to first Dynamic Resource Allocation for Multimedia First Dynamic Resource Allocation for Multimedia is mapped to the second channel and according to second dynamic resource point by one index sequence Second Dynamic Resource Allocation for Multimedia is mapped to the second channel by the second index sequence matched somebody with somebody, wherein in one embodiment, Second index sequence is mapped using received skew.

It is a kind of method according to another embodiment of the invention, this method includes：On the first channel by the first dynamic Resource allocation is sent to user equipment；Distributed according to the first resource correctly to receive or not receive from the user equipment Data, and determine to be scheduled to the for confirmation that is corresponding received or not receiving data or NACK The user equipment participates in more excellent than receiving confirmation or NACK during the time of the user equipment is sent on two channels First priority activity.In addition, in the method, the second Dynamic Resource Allocation for Multimedia is sent to the use on first channel Family equipment, second Dynamic Resource Allocation for Multimedia include being used for determining by the user equipment for corresponding received Or the confirmation for the data not received or the information of NACK.

It is a kind of device according to another aspect of the present invention, the device includes transmitter, receiver and processor.It is described Transmitter is configured to that the first Dynamic Resource Allocation for Multimedia is sent into user equipment on the first channel, and the receiver by with It is set to and is distributed according to the first resource correctly to receive data from the user equipment.The processor is configured to determine It is scheduled to be sent to phase time of the user equipment on a second channel in the confirmation of the data for having correctly received Between the user equipment participate in confirming or priority activity that NACK is preferential than receiving.In addition, transmitter is configured to this The second Dynamic Resource Allocation for Multimedia is sent to the user equipment, the second Dynamic Resource Allocation for Multimedia bag on first channel afterwards Including can be used for determining the confirmation for the data according to received by second Dynamic Resource Allocation for Multimedia by the user equipment.

These and other aspects of the invention will be more specifically described in detail below.

Brief description of the drawings

Fig. 1 is schematically showing for uplink time slot aligned with each other and downlink time slots, and is shown various logical The problem of letter is produced with illustrating due to measurement gap, wherein H-ARQ timings depend on dynamic resource in these measurement gaps Distribution.

Fig. 2 may be employed to implement the element of Radio Access Network and the schematically showing for user equipment of the present invention.

Fig. 3 is the flow chart for showing the process steps according to embodiments of the present invention from two angles of UE and node B.

Embodiment

As indicated above, aspect of the invention is particularly conducive to 3GPP Long Term Evolution（LTE）Concept life Into.These teachings are considered as especially valuable to LTE FDD operational modes, but can also be applied to tdd mode.At one In embodiment, the present invention has the configuration rule preferably limited in wireless access specification, and the configuration rule is limited on H- ARQ is operated and acquiescence UE and the eNB behavior of measurement gap.When conceiving the solution, emphasis considers, whenever UE is at this When UE can not possibly transmit data at the time of H-ARQ information is received on PHICH, the UE will lose PHICH distribution, and be only capable of leading to Cross new UL resource allocations and receive the information related to H-ARQ.In other words, if UE can not receive ACK/ when scheduled NACK, then be assigned to that PHICH the first mapping is no longer valid, therefore we simply can not make UE exist from first on PDCCH Except by intercepting ACK/ by distributing another moment being indexed in addition to mapping given scheduling time from original PDCCH NACK.In an embodiment of the present invention, H-ARQ information is transmitted by the dynamically distributes on PDCCH, wherein by informing that UE is expected There is re-transmission（The original NACK's that UE can not be received）Redundancy versions indicate NACK, while are indicated by distribution/license（It is logical Cross the ACK's that new PDCCH is distributed on mapped PHICH）The resources of the redundancy versions newly transmitted indicates positive acknowledgment.If Any new resource will not be permitted to UE, then indicate positive acknowledgment to UE by distributing null value resource.This particular allocation is permitted Can for example can by by zero physical source distributing to UE or by by the transport block size for zero be assigned to UE for pass It is defeated, and indicate that the UE should send new data simultaneously（By using new data indicator）.

In order to illustrate more clearly of foregoing invention, Fig. 1 is considered.The line of block above/set instruction uplink resource is permitted Can be in the downlink transmission on PDCCH.The line of following block/set indicates corresponding up-link transmission.Each block represents 1ms time slots or TTI, and these blocks are temporally aligned between top and bottom line/row.Numbering instruction rope above block Draw, and the numbering in block indicates specific H-ARQ processes, so for example will numbering " 1 " hair at DL time slots 0 according to UL distribution UE is given, then the UE sends its data " 1 " according to UL distribution at UL TTI#4.Identical " 1 " in block in the figure refers to Show identical H-ARQ processes.

As can be seen that 3ms delay be present from the UE of the distribution actual transmissions for receiving uplink data.Transmitting （It spends 1ms）Afterwards, prolonging for other 3ms also be present untill ACK/NACK or dynamic uplink distribution can occur Late.In addition, in Fig. 1 it can be seen that some measurement gaps be present（Indicated with orange region）, wherein UE can not receive or Transmission.

Now, the distribution of the up-link transmission for H-ARQ processes #1 is considered（Sent at Fig. 1 DL TTI#0 UL is distributed）.The up-link transmission of data will occur in UL TTI#4, and the ACK/NACK instructions on PHICH will be in DL Occur in TTI#8.Now, consider to permit/signal the situation that new up-link is distributed in DL TTI#8.For The uplink data transmission of the new up-link distribution will occur in UL TTI#12.However, can from Fig. 1 Arrive, UE would be impossible to receive the instruction on H-ARQ states during the measurement gap across TTI#14-19.In addition, because PHICH resource distribution it is relevant with PDCCH " allocation order ", so UE can not later moment maintain the information and By the dynamically distributes for the later retransmission being necessarily dependent upon after measurement gap.Sent what is occurred afterwards in then next PDCCH H-ARQ processes #1 any ACK/NACK can not reuse being mapped from PDCCH to PHICH for original PDCCH, because this reflects Penetrate and expired.

So from the perspective of UE, UE receives the first Dynamic Resource Allocation for Multimedia on the first channel PDCCH, then according to institute State first resource distribution and send data.It is scheduled in the ACK or NACK for transmitted data on second channel PHICH During the time of appearance, the UE participates in the priority activity as talked about in above-mentioned background, such as more preferential than ACK/NACK adjacent Cell measurement and/or report.Therefore, UE can not receive the ACK/NACK for transmitted data as usual, so the UE The second Dynamic Resource Allocation for Multimedia is received on the first channel PDCCH, and is received according to second Dynamic Resource Allocation for Multimedia for being sent out The ACK or NACK of data are sent, wherein the second Dynamic Resource Allocation for Multimedia is due to the different index order in the 2nd PDCCH and different from original Beginning, PDCCH was mapped to PHICH like that.

From the perspective of eNB, the first Dynamic Resource Allocation for Multimedia is sent to UE, Ran Hougen by eNB on the first channel PDCCH Data are not received from UE receptions or according to first resource distribution.For it is correspondingly received to data or do not receive data During ACK or NACK is scheduled to time for being sent on second channel PHICH, the eNB determines that the UE participates in carrying on the back as described above The priority activity talked about in scape, such as the neighbor cell measurement more preferential than ACK/NACK and/or report.ENB is according to the determination Recognize, UE can not receive the ACK/NACK for the data from eNB as usual, so the eNB is in the first channel PDCCH is upper to be sent to UE by the second Dynamic Resource Allocation for Multimedia, and is sent according to the second Dynamic Resource Allocation for Multimedia PDCCH on institute Send data ACK or NACK, the second Dynamic Resource Allocation for Multimedia PDCCH due in the 2nd PDCCH different index order and PHICH is mapped to like that different from original PDCCH

Illustrate to be suitable for the various electronic equipments used in the exemplary embodiment for carrying out the present invention with reference now to Fig. 2 Simplified block diagram.In fig. 2, wireless network 18 is suitable to UE 10 and node B 12（Enode b）Between communication.Network 18 Gateway GW/ service mobility entity MME/ radio network controllers RNC 14 can be included or in different wireless communication system With other radio controller functions known to various terms.UE 10 includes data processor（DP）10A, storage program （PROG）10C memory（MEM）10B and with one or more antenna 10E（Show one）Couple for passing through one Or multiple Radio Links 20 carry out the suitable radio frequency with node B 12 two-way wireless communication（RF）Transceiver 10D.

Term " connection ", " coupling " or its any modification mean direct or indirect between two or more elements appoint Meaning connection or coupling, and one or more cental elements between two elements of " connection " or " coupling " together can be included The presence of part.Coupling or connection between element can be physics, logic or its combination.As utilized herein, As non-limiting examples, two elements can be regarded as using one or more electric wires, cable and printing electrical connection with And by using electromagnetic energy（Such as with radio-frequency region, microwave range and optics（It is it can be seen that and invisible）Wavelength in scope Electromagnetic energy）Come " connection " or " coupling " together.

Node B 12 also include DP 12A, storage PROG 12C MEM 12B and with one or more antenna 12E couplings The suitable RF transceivers 12D closed.Node B 12 can be via data path 30（Such as lub or S1 interfaces）With service or other GW/MME/RNC 14 is coupled.The GW/MME/RNC 14 includes DP 14A, the MEM 14B for storing PROG 14C and passes through lub The suitable modem and/or transceiver that link 30 communicates with node B 12（It is not shown）.

For scheduler 12F also in node B 12, scheduler 12F is directed to each UL and DL under node B 12 control Frame/time slot/TTI dispatches each UE.Once scheduled, node B is just by the message with scheduling grant（Multiple UE will be generally directed to License be multiplexed in a message）It is sent to UE.Pass through the particular channel pointed by specific embodiment detailed above To send these licenses.In general, the node B 12 of LTE system is quite independent in its scheduling, and except will One UE of LTE system be switched to another node B during outside need not coordinate with GW/MME 14.

Assuming that at least one including programmed instruction in PROG 10C, 12C and 14C, wherein described program instruction is by phase The DP of association enable when performing electronic equipment as described in detail above according to the exemplary embodiment of the present invention come Operation.In DP 10A, 12A and 14A intrinsic being such that in required time slot and suitable time interval be used to transmit and It is capable of the clock of synchronization between each device received, because scheduling grant and licensed resource/subframe are relevant with the time 's.

PROG 10C, 12C and 14C can be by suitable software, firmware and/or hardware-embodieds.In general, it is of the invention Exemplary embodiment can be by being stored in MEM 10B and can be by the UE 10 DP 10A computer softwares performed and by depositing Store up in another MEM 12B and can by node B 12 DP 10A perform computer software or by hardware or by any or institute There is the combination of the hardware in shown equipment, firmware and/or software to implement.

In general, UE 10 various embodiments can include but is not limited to movement station, cell phone, have channel radio The personal digital assistant of letter ability（PDA）, portable computer with wireless communication ability, with all of wireless communication ability Image capture device such as digital camera etc, the game station with wireless communication ability, with wireless communication ability Music stores and playback reproducer, the access of allowance wireless Internet and the internet appliance browsed and the group for combining these functions The portable unit or terminal of conjunction.

MEM 10B, 12B and 14B can be suitable for any types of local technical environment, and can use any suitable The data storage technology of conjunction is implemented, any suitable data storage technology such as memory devices based on semiconductor, Magnetic storage device and system, optical memory devices and system, read-only storage and packaged type memory.DP 10A、12A Any types of local technical environment can be suitable for 14A, and can include general-purpose computations as non-limiting examples Machine, special-purpose computer, microprocessor, data signal processor（DSP）And in the processor based on polycaryon processor framework It is one or more.

For the present invention aspect relevant with node B 12, embodiments of the invention can be by can be by node B 12 data Processor（Example processor 12A as shown）The computer software of execution is by hardware or real by the combination of software and hardware Apply.For the present invention aspect relevant with UE 10, embodiments of the invention can be by can be by UE 10 data processor（Such as The processor 10A shown）The computer software of execution is implemented, in addition, with regard to this by hardware or by the combination of software and hardware For a bit, it should be noted that each logic step above description can with representation program step or the logic circuit of interconnection, block and Function, or the combination of program step and logic circuit, block and function.

Fig. 3 illustrates some universal process steps according to an embodiment of the invention, shows from two angles of UE and node B Go out.At block 302, node B sends the first Dynamic Resource Allocation for Multimedia on PDCCH and UE receives first dynamic on PDCCH and provided Source is distributed, and therefore node B receives the data sent by UE according to the resource allocation of block 302（Or in case of a nack Do not receive）.In block 306, node B determines that UE participates in some other activities more preferential than receiving conventional H-ARQ ACK/NACK, example Such as measurement or reporting channel or measurement neighbor cell.UE knows that it participates in priority activity and will not do other things certainly Feelings, but node B can abandon sending conventional H-ARQ ACK/NACK at block 308.As replacement, at block 310, node B sends the second Dynamic Resource Allocation for Multimedia on PDCCH and UE receives second Dynamic Resource Allocation for Multimedia on PDCCH.In block 312 Place, it can be seen that node B will can be used to determine that H-ARQ ACK/NACK information to be included in the second Dynamic Resource Allocation for Multimedia by UE In.At block 314, UE determines the H-ARQ ACK/NACK for the UE data sent at block 304 according to the information.Block 316 list both different types of information.

The example that UE distributes the situation for directly determining H-ARQ ACK/NACK according to Secondary resource is Secondary resource distribution Including null value radio resource.This is identified as ACK by UE.Certainly other non-zero allocations of the identical UE are can exist for, still What is be zeroed is specific（Such as the first distribution to the UE）Distribution except being signaled but in block 308 on time on PHICH Also ACK is indicated outside the conventional ACK that place is abandoned to UE.UE is distributed according to Secondary resource and is determined H-ARQ ACK/NACK's indirectly The example of situation is that the index sequence of the second distribution is mapped to distributed resource by UE, and is assigned to UE by the mapping One of resource be PHICH（It is ACK in this case）, in this case UE be tuned to the PHICH and receive should ACK.UE is recognized：Because it is when conventional ACK should be sent（But may not be sent at block 308, UE is unable to find out） The priority activity at block 306 is take part in, then the ACK must be relevant with the data sent at block 204.Node B must be to UE Skew is sent, the skew is used for that index is mapped into resource when the condition of block 306 meets by UE, and the skew causes the rope Draw and be mapped to PHICH.These examples collect at block 316.

The present invention includes or is related to the coordination between the element of communication system.The example of wireless communication system includes E- UTRAN embodiment, but the concept provided herein by example can be extended to other systems, such as GSM（The whole world GSM）And UMTS（Universal Mobile Telecommunications System）Etc..The element of illustrated communication system be only it is exemplary, And not in any way only by these elements of the invention for fettering, limiting or be constrained in communication system, because the present invention is not only It is limited to E-UTRAN.

In general, can be with hardware or special circuit, software（What is included on a computer-readable medium is computer-readable Instruction）, logic or its any combinations implement various embodiments.For example, some aspects can be implemented with hardware, and other sides Face can be can be implemented by controller, the firmware of microprocessor or other computing devices or software, but the present invention is simultaneously It is not limited to this.Although various aspects of the invention can be depicted and described as to block diagram, flow chart, or using some other Diagram represent, can conduct but these blocks described herein, device, system, techniques or methods should be best understood by Non-limiting example with hardware, software, firmware, special circuit or logic, common hardware or controller or other computing devices or Its certain combination is implemented.

Embodiments of the invention can be carried out in the various parts of such as integrated circuit modules etc.Integrated circuit is set Meter is generally highly automated process.Complicated and powerful Software tool can be used for being converted into preparing by logic level design The semiconductor circuit design for etching and being formed in Semiconductor substrate.

The Synopsys companies and California San Jose of program-such as by Jia Lifuni Mountain View The program that Cadence Design are provided-come using the storehouse of the design rule suitably established and the design module prestored Automatically to wire wiring and by positioning parts on a semiconductor die.Once complete the design of semiconductor circuit, so that it may With the design that obtains result with standardized electronic format（Such as Opus, GDSII etc.）Be transferred to semiconductor manufacturing facility or " factory（fab）" to manufacture.

When read in conjunction with the accompanying drawings, in view of description above, various modifications and adjustment may be to the technology people of association area Member becomes apparent.However, any and all modifications of the teachings of the present invention will fall into non-limiting example of the present invention In the range of.

Although describing the present invention in the background of specific embodiment, will be apparent to persons skilled in the art Be, in fact it could happen that to these teaching many modifications and various change.Therefore, although on of the invention one or more The present invention is specifically illustrated and described in individual embodiment, but those skilled in the art should understand that can be without departing from above-mentioned hair Some modifications or change are made in the case of bright scope or subsequent claims scope.

Claims (29)

1. a kind of method for carrying out data transmission in the mobile communication network, including：

The first Dynamic Resource Allocation for Multimedia is received on the first channel；

Data are sent according to first Dynamic Resource Allocation for Multimedia；

During the time for being scheduled to occur on a second channel for the confirmation of transmitted data or NACK, ratio is participated in The priority activity that reception confirms or NACK is preferential；

The second Dynamic Resource Allocation for Multimedia is received on first channel, wherein second Dynamic Resource Allocation for Multimedia is used for including information Indicate the re-transmission relevant with transmitted data or the transmission of new data.

2. according to the method for claim 1, wherein first channel is physical downlink control channel, and it is described Second channel is physical mixed automatic repeat request indicator channel.

3. according to the method for claim 1, wherein second Dynamic Resource Allocation for Multimedia also includes uplink resource allocation.

4. according to the method for claim 1, wherein the re-transmission relevant with transmitted data is to be used to mix automatic weight The re-transmission asked again, the transmission of the new data are the new data transmissions for mixed automatic repeat request.

5. according to the method for claim 1, wherein first Dynamic Resource Allocation for Multimedia is according to first dynamic resource point The first index sequence matched somebody with somebody is mapped to the second channel, and second Dynamic Resource Allocation for Multimedia provides according to the described second dynamic Second index sequence of source distribution is mapped to the second channel.

6. according to the method for claim 5, including according to the second Dynamic Resource Allocation for Multimedia of reception determine instruction with having sent out The related re-transmission of the data sent or the information of the transmission of new data, wherein determine to indicate the re-transmission related to the data sent or The information of the transmission of new data includes：Using the skew of the second received index sequence by second Dynamic Resource Allocation for Multimedia It is mapped to the second channel.

7. according to the method for claim 1, wherein the priority activity includes measurement channel quality, reporting channel quality It is and at least one in the cell identification of neighbor cell.

8. according to the method for claim 1, held by the user equipment in evolved universal terrestrial radio access network OK.

9. a kind of device for carrying out data transmission in the mobile communication network, including：

Receiver, it is configured to receive the first Dynamic Resource Allocation for Multimedia on the first channel；

Transmitter, it is configured to send data according to first Dynamic Resource Allocation for Multimedia；

Processor, it is configured to be scheduled to be connect on a second channel in the confirmation for transmitted data or NACK At least described receiver is controlled to participate in the priority activity confirmed than reception or NACK is preferential during the time of receipts；

The receiver is further configured to hereafter receive the second Dynamic Resource Allocation for Multimedia on first channel,

Wherein described second Dynamic Resource Allocation for Multimedia includes information and is used to refer to the re-transmission relevant with transmitted data or new data Transmission.

10. device according to claim 9, wherein first channel is physical downlink control channel, and institute It is physical mixed automatic repeat request indicator channel to state second channel.

11. device according to claim 9, wherein second Dynamic Resource Allocation for Multimedia is also including uplink resource point Match somebody with somebody.

12. device according to claim 9, wherein the re-transmission relevant with transmitted data is to be used to mix automatic weight The re-transmission asked again, the transmission of the new data are the new data transmissions for mixed automatic repeat request.

13. device according to claim 9, wherein the processor is configured to according to first Dynamic Resource Allocation for Multimedia The first index sequence first Dynamic Resource Allocation for Multimedia is mapped to the second channel, and provided according to the described second dynamic Second Dynamic Resource Allocation for Multimedia is mapped to the second channel by the second index sequence of source distribution.

14. device according to claim 13, wherein the processor is configured to the second dynamic resource according to reception Distribute to determine the information for indicating the re-transmission related to the data sent or the transmission of new data, wherein the processor passes through The skew received using the skew of second index sequence, i.e. at the receiver is by second Dynamic Resource Allocation for Multimedia The second channel is mapped to determine the information for indicating the re-transmission related to the data sent or the transmission of new data.

15. device according to claim 9, wherein the priority activity includes measurement channel quality, reporting channel matter It is at least one in amount and the cell identification of neighbor cell.

16. device according to claim 9, wherein described device are included in evolved universal terrestrial radio access network User equipment.

17. a kind of method for carrying out data transmission in the mobile communication network, including：

The first Dynamic Resource Allocation for Multimedia is sent to user equipment on the first channel；

Data are received from the user equipment according to first Dynamic Resource Allocation for Multimedia；

It is determined that：It is scheduled in the NACK that instruction has correctly received the confirmation of data or indicates not having correctly received data During the time that the user equipment is sent on second channel, the user equipment is participated in than receiving confirmation or NACK Preferential priority activity；

The second Dynamic Resource Allocation for Multimedia is sent to the user equipment on first channel,

Wherein described second Dynamic Resource Allocation for Multimedia includes information and is used to refer to the re-transmission relevant with transmitted data or new data Transmission.

18. according to the method for claim 17, wherein first channel is physical downlink control channel, and institute It is physical mixed automatic repeat request indicator channel to state second channel.

19. according to the method for claim 17, wherein the re-transmission relevant with transmitted data is to be used to mix automatically The re-transmission of repetitive requests, the transmission of the new data are the new data transmissions for mixed automatic repeat request.

20. according to the method for claim 17, wherein first Dynamic Resource Allocation for Multimedia is according to first dynamic resource First index sequence of distribution is mapped to the second channel, and second Dynamic Resource Allocation for Multimedia is according to the described second dynamic Second index sequence of resource allocation is mapped to the second channel.

21. the method according to claim 11, in addition to：Send for mapping second index sequence to described second The skew of Dynamic Resource Allocation for Multimedia.

22. according to the method for claim 17, wherein the priority activity includes measurement channel quality, reporting channel matter It is at least one in amount and the cell identification of neighbor cell.

23. a kind of device for carrying out data transmission in the mobile communication network, including：

Transmitter, it is configured to that the first Dynamic Resource Allocation for Multimedia is sent into user equipment on the first channel；

Receiver, it is configured to receive data from the user equipment according to first Dynamic Resource Allocation for Multimedia；

Processor, it is configured to determine：The confirmation of data is had correctly received in instruction or instruction does not have correctly received data During the time that NACK is scheduled to be sent to the user equipment on a second channel, the user equipment participates in ratio The priority activity that reception confirms or NACK is preferential；

Transmitter is further configured to that the second Dynamic Resource Allocation for Multimedia hereafter is sent into the user equipment on first channel,

Wherein described second Dynamic Resource Allocation for Multimedia includes information and is used to refer to the re-transmission relevant with transmitted data or new data Transmission.

24. device according to claim 23, wherein first channel is physical downlink control channel, and institute It is physical mixed automatic repeat request indicator channel to state second channel.

25. device according to claim 23, wherein second Dynamic Resource Allocation for Multimedia is also including uplink resource point Match somebody with somebody.

26. device according to claim 23, wherein the re-transmission relevant with transmitted data is to be used to mix automatically The re-transmission of repetitive requests, the transmission of the new data are the new data transmissions for mixed automatic repeat request.

27. device according to claim 23, wherein the processor is configured to according to first dynamic resource point First Dynamic Resource Allocation for Multimedia is mapped to the second channel by the first index sequence matched somebody with somebody, and according to the described second dynamic Second Dynamic Resource Allocation for Multimedia is mapped to the second channel by the second index sequence of resource allocation.

28. device according to claim 27, wherein the transmitter is further configured to for mapping second rope The skew for drawing sequence to second Dynamic Resource Allocation for Multimedia is sent to the user equipment.

29. device according to claim 23, wherein the priority activity includes measurement channel quality, reporting channel matter It is at least one in amount and the cell identification of neighbor cell.