CN101369965B - Indication method and device of ascending control signal channel - Google Patents
Indication method and device of ascending control signal channel Download PDFInfo
- Publication number
- CN101369965B CN101369965B CN2007101452595A CN200710145259A CN101369965B CN 101369965 B CN101369965 B CN 101369965B CN 2007101452595 A CN2007101452595 A CN 2007101452595A CN 200710145259 A CN200710145259 A CN 200710145259A CN 101369965 B CN101369965 B CN 101369965B
- Authority
- CN
- China
- Prior art keywords
- data channel
- packet data
- field
- ascending
- time interval
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Images
Landscapes
- Mobile Radio Communication Systems (AREA)
Abstract
The invention discloses a uplink control channel indication method and device. In indicating assigned information established or reassigned by downlink TBF, indicating uplink control pair field of uplink packet data channel PDCH pair by setting all temporary block flow for reducing transmission time of mobile station by using idle bit of the message; integrally indicating all uplink PDCH pair of PDCH pair of RTTI TBF set as MS or separately mapping and indicating Matching PDCH Pair field, for indicating uplink PDCH pair corresponding to downlink PDCH pair. The invention can reduce bit needed by time slot of uplink PDCH pair separately indicated by and corresponding to RTTI TBF, save system resource, promote control information bit utilization rate, and can definitely indicate the time slot of uplink PDCH pair for transmitting control message.
Description
Technical field
The present invention relates to the radio communication channel control technology, particularly a kind of indicating means of ascending control channel and device.
Background technology
At GPRS (GPRS, General Packet Radio Service) and the GPRS (EGPRS that strengthens, Enhanced GPRS) in the technology, distribute to the time slot (TS of GPRS/EGPRS, Timeslot) be called Packet Data Channel (PDCH, Packet Data Channel), grouped data is in repeating process, travelling carriage (MS, Mobile Station) and need between the network to set up interim the connection by air interface, promptly set up Temporary Block Flow (TBF, Temporary Block Flow) connection, network distributes Temporary Block Flow indication (TFI, Temporary Flow Identity) for each TBF, and GPRS/EGPRS supports a MS to have a plurality of TBF to connect in one direction, a TBF can use Radio Resource on one or more PDCH, also can be a plurality of TBF simultaneously multiplexing on same PDCH, among multiplexing a plurality of TBF on same PDCH, use different TFI to distinguish each TBF simultaneously.
In the GPRS/EGPRS network, each TBF has the grouping assist control channel (PACCH of a correspondence, Packet Associated Control Channel), comprise downlink grouped assist control channel (PACCH/D, PACCH/Downlink) and upstream packet assist control channel (PACCH/U, PACCH/Uplink), this PACCH is mapped on the PDCH at its corresponding TBF place.For example, network is a certain MS allocation of downlink TBF1 on descending PDCH1, PDCH2, PDCH3, and when network carried out poll (poll) to TBF1 on which descending PDCH, MS just transmitted control message on the up PDCH of this TBF1 correspondence.
Fig. 1 is that the up PACCH of the descending TBF correspondence of prior art is mapped in the schematic diagram on the identical up PDCH, referring to Fig. 1, TBF uses Radio Resource on PDCH1, PDCH2 and PDCH3, when network on descending PDCH2 during to the TBF1 poll, MS just transmits control message on the up PDCH2 of correspondence.
If being a certain MS, network distributed a plurality of TBF or TBF to use a plurality of Radio Resources, because the multislot capability of MS is the MS timeslot number that can receive, the timeslot number that can send and from the restriction of time slot change-over time of receiving that transmission needs for example, if still on the up PDCH of correspondence, transmit control message, MS will occur and occur in the situation that same time slot receives descending TBF and FEEDBACK CONTROL message simultaneously, this is unallowed for MS.The method that solves is that a plurality of TBF or the TBF with this MS uses the PACCH of a plurality of Radio Resource correspondences to be mapped on the identical PDCH, network passes through when descending TBF configuration and resource reconfiguration, upload control time slot (Uplink controltimeslot) is set, promptly set up or the assignment messages of reprovision at indicating downlink TBF, as the grouping downlink assignment messages, many TBF downstream assigned, the grouping time slot is reshuffled, many TBF time slot is reshuffled, the grouping switching command, the field of indication Uplink control timeslot is set in the message related news such as grouping CS release indication, come instruct MS to go up the control messages that sends specific T BF at which ascending time slot number (TN, Timeslot Number); And, when network is provided with correlation reserved block period (RRBP in a certain descending radio block, Relative Reserved Block Period) when carrying out poll, MS up-link wireless piece according to the RRBP indication on the time slot of Uplink control timeslot indication sends grouping control acknowledge message (PACKET CONTROL ACKNOWLEDGEMENT MESSAGE) or other control messages.
When Fig. 2 disposes a plurality of TBF for prior art MS and is subjected to the multislot capability restriction, the up PACCH of a plurality of TBF correspondences is mapped in the schematic diagram of identical PDCH, referring to Fig. 2, network is that MS has distributed 3 TBF, respectively at PDCH1,2, on 3, owing to limited by multislot capability, the up PACCH of a plurality of TBF correspondences is mapped on the identical PDCH, promptly in assignment messages, carry out the configuration of Uplink control timeslot=TN2, therefore, no matter network carries out poll (promptly asking at descending PDCH1 or 2 or 3 enterprising road wheels) to TBF1 or 2 or 3, MS transmits control message on PDCH2, the situation that can't receive descending TBF that causes in the time of can avoiding MS to transmit control message.
Fig. 3 is limited by multislot capability when disposing many TBF for prior art MS, ascending control channel configuration flow schematic diagram, and referring to Fig. 3, being configured in descending TBF configuration and the resource reconfiguration flow process of ascending control channel carried out, and idiographic flow comprises:
In step 301, (NW Network) sends grouping downlink to MS and assigns many TBF of Packet Downlink Assignment/ downstream assigned Multiple TBF Downlink Assignment message network;
In this step, the MS multislot capability of network based service request and storage sends grouping downlink appointment/many TBF downstream assigned message to MS, and disposes Uplink control timeslot=TN2 in message.
In step 302, NW sends to MS and carries the descending TBF1 data block Downlink TBF1 data block with valid RRBP of effective correlation reserved block period information;
In step 303, MS sends PACCH/U TBF1 control messages PACCH/U for TBF1 on Uplink TN2 at up TN2 time slot;
In step 304, NW sends to MS and carries the descending TBF2 data block Downlink TBF2 data block with valid RRBP of effective correlation reserved block period information;
In step 305, MS sends PACCH/U TBF2 control messages PACCH/U for TBF2 on Uplink TN2 at up TN2 time slot;
In step 306, (NW Network) reshuffles many TBF of Packet Timeslot Reconfigure/ time slot to MS transmission grouping time slot and reshuffles Multiple TBF Timeslot Reconfigure message network;
In this step, configuration Uplink control timeslot=TNx in grouping time slot reconfiguration message.
In step 307, NW sends to MS and carries the descending TBF1 data block Downlink TBF 1data block with valid RRBP of effective correlation reserved block period information;
In step 308, MS sends PACCH/U TBF1 control messages PACCH/Ufor TBF1 on Uplink TN2 at up TNx time slot;
In step 309, NW sends to MS and carries the descending TBF2 data block Downlink TBF2 data block with valid RRBP of effective correlation reserved block period information;
In step 310, MS sends PACCH/U TBF2 control messages PACCH/Ufor TBF2 on Uplink TN2 at up TNx time slot;
In existing GPRS/EGPRS network, a time division multiple access (TDMA, Time Division Multiple Access) frame is made up of 8 time slots, and transfer of data is radio block (Block) at the minimum scheduling unit of physical layer, each Block is made up of 4 time slots, lay respectively at 4 continuous tdma frames, so Transmission Time Interval (TTI of each Block, Transmission Timing Interval) be 20ms, be referred to as basic Transmission Time Interval (BTTI, Basic TTI), such Block is referred to as BTTIBlock.
Fig. 4 is BTTI and a RTTI schematic diagram on the prior art time domain, referring to Fig. 4, in BTTI Block, comprise 4 TBF on each PDCH, the TTI between the BTTI Block is 20ms, in order to reduce this section time delay, reduce Transmission Time Interval (RTTI, Reduced TTI) technology by adopting, under the big or small constant situation that keeps each Block, utilize multicarrier or multi-slot that TTI is reduced to 10ms, RTTI comprises two kinds of technology: at frequency domain the multicarrier bandwidth is set; In time domain the multi-slot bandwidth is set.Time domain RTTI technology as shown in Figure 4, referring to Fig. 4, adopt the RTTI technology after, a RTTI TBF is distributed on two PDCH, these two PDCH are called Packet Data Channel to (PDCH pair), thereby its TTI can reduce to 10ms.
But in the RTTI technology, not allowing same MS is the situation of only shared 1 time slot of PDCH pair of 2 RTTI TBF distribution on same direction.
The configuration schematic diagram that Fig. 5 forbids for prior art PDCHpair, referring to Fig. 5, MS has two descending RTTI TBF1 and RTTI TBF2, among the PDCH pair that does not allow these two RTTI TBF to distribute a public PDCH is arranged, and promptly is distributed in PDCH0﹠amp respectively; RTTI TBF1 and PDCH1﹠amp on 1; RTTI TBF2 on 2 has a public PDCH1, just only shared 1 time slot of RTTI TBF1 and RTTI TBF2.Therefore, in the prior art, distribute to PDCH pair or the not coincidence fully of all RTTI TBF of same MS, or overlap based on PDCH pair.
In the practical application, be subjected to the influence of Internet resources configuration, the timeslot number of the PDCH pair that assigns for descending RTTI TBF is understood different with the timeslot number of the up PDCH pair that sends poll, so just need in assignment messages, specify corresponding up PDCH pair by the descending PDCH pair to each RTTI TBF, promptly adopting descending Temporary Block Flow to reduce Transmission Time Interval " RTTI information for DL TBFs " field in assignment messages is the corresponding up PDCH pair of each descending RTTI TBF indication, and this field structure is as follows:
In this field, { 0|1--RTTI information for DL TBFs--, 0 expression does not comprise RTTIinformation for DL TBFs field, the timeslot number that is the descending PDCH pair that RTTI TBF assigns is identical with the timeslot number of corresponding up PDCH pair, be that MS receives poll on which descending PDCH pair, just on number identical up PDCH pair of time slot corresponding, transmit control message, 1 expression comprises, and the timeslot number that is the PDCH pair that descending RTTI TBF assigns is different with the timeslot number of the corresponding up PDCH pair that sends uplink control message;
0|1＜Matching PDCH Pair1-PDCH1:bit (3) 〉, 0|1 represents whether to comprise first descending PDCH Pair1 of RTTITBF, if comprise, the 1st PDCH among the PDCH pair1 specified the PDCH1 of up correspondence, and bit (3) is used for representing the timeslot number of the up PDCH of the 1st PDCH correspondence among the 1st the descending PDCH pair of this RTTI TBF;
＜Matching PDCH Pair1-PDCH2:bit (3)〉}, be used for the 2nd PDCH of descending PDCH pair1 specified the PDCH2 of up correspondence, bit (3) is used for representing the timeslot number of the up PDCH of the 2nd PDCH correspondence among the 1st the PDCH pair of this RTTI TBF.If this RTTI TBF comprises second descending PDCH Pair2, need to continue indication.If also have other RTTI TBF, also to be the corresponding up PDCH pair of each descending PDCH Pair indication.
* 0 repeats to finish sign for structure, and the expression back no longer includes the repetitive structure of similar front.
This field structure can be described in conjunction with Fig. 6.
Fig. 6 is the descending PDCH pair of prior art and the corresponding schematic diagram of up PDCH pair, referring to Fig. 6, suppose that MS has RTTI TBF1 and RTTI TBF2, because the PDCH pair of coupling (matching) is to each RTTI TBF respectively effectively, therefore, descending RTTI TBF1 and RTTI TBF2 need be respectively PDCH0﹠amp; 1 specifies corresponding up PDCH1﹠amp; 2, be respectively PDCH2﹠amp; 3 specify up PDCH3﹠amp; 4, each descending PDCH pair will indicate corresponding up PDCH pair with 6bit (3bit+3bit) field, if descending have a plurality of RTTI TBF, although the corresponding identical up PDCH pair of descending PDCH pair meeting of each RTTI TBF, but because the timeslot number of descending PDCH pair is different with the timeslot number of the up PDCH pair of correspondence, above-mentioned field all needs all to repeat once for each RTTI TBF, caused the waste in message bit space, waste system resource, reduced the bit utilance of control messages.
Summary of the invention
In view of this, a main purpose of the embodiment of the invention is to provide a kind of indicating means of ascending control channel, improves the bit utilance of control messages.
Another purpose of the embodiment of the invention is to provide a kind of indicating device of ascending control channel, conserve system resources.
For achieving the above object, the technical scheme of the embodiment of the invention specifically is achieved in that
A kind of indicating means of ascending control channel, this method comprises:
Network sends assignment messages to travelling carriage, carry to reducing the right field information of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow, in the described field information, for ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right.
As seen from the above technical solution, the indicating means of a kind of ascending control channel of the embodiment of the invention and device, by assignment messages at indicating downlink TBF foundation or reprovision, as the grouping downlink assignment messages, many TBF downstream assigned, the grouping time slot is reshuffled, many TBF time slot is reshuffled, the grouping switching command, in the message such as grouping CS release indication, utilize the idle bit in the message, all RTTITBF that are set to MS indicate the Uplink control pair field of up PDCH pair, or the up PDCH pair of PDCH pair that is set to all RTTI TBF of MS unifies or the Matching PDCH Pair field of mapping respectively, the up PDCH pair that is used for indicating downlink PDCH pair correspondence, owing to be used for the required bit number of the up PDCH pair of indicating downlink PDCH pair correspondence less than indicating the required bit number of corresponding up PDCH pair respectively for all RTTI TBF of MS, saved system resource, improved the bit utilance of control messages, and when MS limits owing to multislot capability, the time slot that can clearly indicate the up PDCH pair that transmits control message.
Description of drawings
Fig. 1 is that the up PACCH of the descending TBF correspondence of prior art is mapped in the schematic diagram on the identical up PDCH.
When Fig. 2 disposed a plurality of TBF for prior art MS and is subjected to the multislot capability restriction, the up PACCH of a plurality of TBF correspondences was mapped in the schematic diagram of identical PDCH.
Fig. 3 is limited by multislot capability when disposing many TBF for prior art MS, ascending control channel configuration flow schematic diagram.
Fig. 4 is BTTI and a RTTI schematic diagram on the prior art time domain.
The configuration schematic diagram that Fig. 5 forbids for prior art PDCH pair.
Fig. 6 is the descending PDCH pair of prior art and the corresponding schematic diagram of up PDCH pair.
Fig. 7 is the indicating device structural representation of a kind of ascending control channel of the embodiment of the invention.
Fig. 8 is the indicating means schematic flow sheet of one one kinds of ascending control channels of the embodiment of the invention.
Fig. 9 is the configuration schematic diagram of the corresponding identical up PDCH pair of descending PDCH pair of embodiment of the invention RTTI more than a TBF.
Figure 10 is the configuration schematic diagram of the corresponding different up PDCH pair of descending PDCH pair of embodiment of the invention RTTI more than two TBF.
Figure 11 is the configuration schematic diagram of the corresponding identical up PDCH pair of descending PDCH pair of embodiment of the invention RTTI more than two TBF.
Embodiment
For making purpose of the present invention, technical scheme and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, the present invention is described in further detail.
The embodiment of the invention be by set up at indicating downlink TBF or the assignment messages of reprovision in, utilize the idle bit in the assignment messages, the uplink control pair field of the up PDCH pair of all RTTI TBF indications by being set to MS; Or the up PDCH pair of PDCH pair that is set to all RTTI TBF of MS unifies or the Matching PDCH Pair field of mapping respectively, is used for the up PDCH pair of indicating downlink PDCH pair correspondence.
To achieve these goals, the present invention proposes a kind of indicating device of ascending control channel.
Fig. 7 is the indicating device structural representation of a kind of ascending control channel of the embodiment of the invention.Referring to Fig. 7, this device comprises: memory cell 71, ascending control channel indicating member 72 and Transmit-Receive Unit 73, wherein,
Ascending control channel indicating member 72, be used for the MS multislot capability information that basis reads from memory cell 71, generate assignment messages, carry and be the unified mapping up PDCH pair of indication of all RTTI TBF of MS or the field of a plurality of up PDCH pair, or carry the Matching PDCH Pair field information that shines upon the up PDCH pair of indication for all RTTI TBF of MS respectively, export Transmit-Receive Unit 73 to;
Transmit-Receive Unit 73, receive carrying of ascending control channel indicating member 72 outputs and be the unified mapping up PDCH pair of indication of all RTTI TBF of MS or the field of a plurality of up PDCH pair, or carry the assignment messages of shining upon the Matching PDCH Pair field information of the up PDCH pair of indication for the PDCH pair of all RTTI TBF of MS respectively, send.
In the practical application, 2 time slots that up PDCH pair is corresponding up, two 4 time slots that up PDCH pair is corresponding up, the corresponding up time slot of a plurality of up PDCH pair is by that analogy.
Based on Fig. 7,, be elaborated to using the specific embodiment of the present invention in a kind of indicating device of ascending control channel below for three embodiment.
Embodiment one:
Fig. 8 is the indicating means schematic flow sheet of one one kinds of ascending control channels of the embodiment of the invention.Referring to Fig. 8, this flow process comprises:
Step 801, network sends assignment messages to MS, carries uplink control pair field information;
In this step, in assignment messages, utilize idle bit that uplink control pair field is set, all RTTI TBF correspondence up PACCH on identical PDCH pair of expression MS, all RTTI TBF that are MS indicate 2 time slots of up PDCH pair, the field in the assignment messages can for:
In this field, { 0|1--RTTI information for DL TBFs--, 0 expression does not comprise RTTIinformation for DL TBFs field, the timeslot number that is the descending PDCH pair that RTTI TBF assigns is identical with the timeslot number of corresponding up PDCH pair, be that MS receives poll on which descending PDCH pair, just on number identical up PDCH pair of time slot corresponding, transmit control message, 1 expression comprises, and the timeslot number that is the PDCH pair that descending RTTI TBF assigns is different with the timeslot number of the corresponding up PDCHpair that sends uplink control message;
0|1＜Uplink Control Pair:bit (6)〉}, 0 expression does not comprise Uplink Control Pair field, all RTTI TBF that promptly are expressed as MS indicate the time slot of up PDCH pair more than 2 time slots, then skip this field and carry out follow-up field, be to comprise original RTTIinformation for DL TBFs field in the assignment messages, operate according to original RTTI information for DL TBFs field, 1 expression comprises Uplink Control Pair field, all RTTITBF that promptly are expressed as MS indicate 2 time slots of up PDCH pair, as the existing RTTI TBF of same MS BTTITBF is arranged again, then the Uplink Control Pair field of She Zhiing is effective to RTTI TBF, and uplink control timeslot field originally is effective to BTTI TBF; Bit (6) expression front is put 1 and is comprised this field, there is 6bit the back, preceding 3bit represents the previous time slot of corresponding PDCH pair, back 3bit represents the back time slot of corresponding PDCH pair, for example, indicate time slot 2 and 3, then 010 expression time slot 2,011 expression time slot 3, bit altogether (6) is exactly 010011.
0|1＜Matching PDCH Pair1-PDCH1:bit (3) 〉, 0|1 represents whether to comprise first descending PDCH Pair1 of RTTITBF, if comprise, the 1st PDCH among the PDCH pair1 specified the PDCH1 of up correspondence, and bit (3) is used for representing the timeslot number of the up PDCH of the 1st PDCH correspondence among the 1st the descending PDCH pair of this RTTI TBF;
* 0 repeats to finish sign for structure, and the expression back no longer includes the repetitive structure of similar front.
In the practical application, also can utilize the field of indicating the upload control time slot in original message for BTTI TBF, be uplink control timeslot, length 3bit, indicate 1 ascending time slot, this field is used to send the BTTI control messages, by in message, utilizing idle bit, increase the indication field of the second upload control time slot of a 3bit, be uplink control pair, with original uplink control timeslot associating in the message, indicate 1 PDCH pair jointly, this PDCH pair is used to send the RTTI control messages.
Field format in message is as follows:
{0|1<Uplink?Control?Timeslot:bit(3)>}
{0|1<uplink?control?pair:bit(3)>}
In this field, { 0|1＜Uplink Control Timeslot:bit (3)〉} is used for representing the original uplink control of message timeslot field;
{ 0|1＜uplink control pair:bit (3)〉} is used for the uplink control pair field of representing that message is newly-increased.
For instance, as indicating ascending time slot 3 and time slot 4, can be set to:
{1<Uplink?Control?Timeslot:011}
{1<uplink?control?pair:100}
Just, 011 indication time slot, 3,100 indication time slots 4.
Fig. 9 is the configuration schematic diagram of the corresponding identical up PDCH pair of descending PDCH pair of embodiment of the invention RTTI more than a TBF.Referring to Fig. 9, the multislot capability of network based service request and MS, find that this MS only has two up time slot abilities, therefore in assignment messages, utilize idle bit that uplink control pair field is set, 2 time slots of indicating up PDCH pair for all RTTI TBF of this MS, in the present embodiment, RTTI TBF1,2,3 all corresponding up PDCH3﹠amp; 4, in assignment messages, will comprise indication and put 1, be shown 011100 with the Uplink Control Pair field list of 6bit.
Step 802, NW sends the descending TBF1 data block of carrying effective correlation reserved block period information to MS;
Step 803, MS sends PACCH/U TBF1 control messages at up TN3 and TN4 time slot;
In this step, MS receives assignment messages, if comprise Uplink Control Pair field in this message, RTTI TBF1 when the appointment of network poll, MS just transmits control message on the up PDCH pair of Uplink Control Pair indication, if do not comprise Uplink Control Pair field, the RTTI TBF1 when the network poll is assigned then transmits control message on the up PDCH pair according to existing Matching PDCH Pair1 indication.
Step 804, NW sends the descending TBF2 data block of carrying effective correlation reserved block period information to MS;
Step 805, MS sends PACCH/U TBF2 control messages at up TN3 and TN4 time slot;
In this step, RTTI TBF2 when the appointment of network poll, if comprise UplinkControl Pair field in the assignment messages, MS just transmits control message on the up PDCH pair of Uplink Control Pair indication, if do not comprise Uplink Control Pair field, then transmit control message on the up PDCH pair according to existing Matching PDCH Pair2 indication.
Step 806, NW sends the descending TBF3 data block of carrying effective correlation reserved block period information to MS;
Step 807, MS sends PACCH/U TBF2 control messages at up TN3 and TN4 time slot;
In this step, RTTI TBF3 when the appointment of network poll, if comprise Uplink Control Pair field in the assignment messages, MS just transmits control message on the up PDCH pair of Uplink Control Pair indication, if do not comprise Uplink Control Pair field, then transmit control message on the up PDCH pair according to existing Matching PDCH Pair3 indication.
By embodiment one as seen, when MS only has two up time slot abilities owing to the multislot capability restriction, by uplink control pair field is set in assignment messages, 2 time slots that are used to all RTTI TBF of MS to indicate up PDCH pair, like this, only need 6bit, avoided all repeating indication for each RTTI TBF in the Matching PDCH Pair field, reduced bit space for the corresponding up PDCH pair waste of each RTTI TBF indication, for instance, in embodiment one, in the prior art, be RTTI TBF1,2 time slots of the up PDCH pair of 2,3 indications need 6bitx4=24bit (RTTI TBF3 comprises 2 PDCH pair) altogether, and utilize the embodiment of the invention one, only need 2 identical time slots of 6bit indication, saved the bit space of 18bit, and the RTTI TBF that distributes to MS is many more, the bit space of its saving is just big more, and just the bit utilance of control messages is just high more.
Embodiment two:
In the practical application, because being the PDCHpair that 2 RTTI TBF distribute on same direction, same MS do not allow the situation of only shared 1 time slot to take place, therefore, distribute to PDCH pair or the not coincidence fully of all TBF of same MS, or overlap based on pair, so, can carry out unified mapping for the up PDCH pair of the PDCH pair of all RTTI TBF of this MS, promptly in assignment messages, field Matching PDCH Pair structure is made amendment, be revised as Matching PDCH Pair (8bit), 8 corresponding up respectively time slots, the up PDCH pair that represents the PDCH pair correspondence of distributed time slot minimum among all RTTI TBF of this MS with first opposed 1 bit, second opposed 1 bit represents the up PDCH pair of the PDCH pair correspondence that the distributed time slot number is little among all RTTI TBF of this MS, and the rest may be inferred; As only there being 2bit to put 1, then indicate the descending PDCH pair of all RTTI TBF to be mapped in identical up PDCH pair, the field of revising in assignment messages can be as follows:
{0|1--RTTI?information?for?DL?TBFs--
<Matching?PDCH?Pair:bit(8)>}
In this field, { 0|1--RTTI information for DL TBFs--, 0 expression does not comprise RTTIinformation for DL TBFs field, the timeslot number that is the descending PDCH pair that RTTI TBF assigns is identical with the timeslot number of corresponding up PDCH pair, be that MS receives poll on which descending PDCH pair, just on number identical up PDCH pair of time slot corresponding, transmit control message, 1 expression comprises, the timeslot number that is the PDCH pair that descending RTTI TBF assigns is different with the timeslot number of the corresponding up PDCH pair that sends uplink control message, as the existing RTTI TBF of same MS BTTI TBF is arranged again, then newly-installed field is effective to RTTI TBF, and uplink control timeslot field originally is effective to BTTI TBF;
Bit (8) is 8 time slots of corresponding up PDCH pair respectively, first opposed 1 bit time slot corresponding is represented the up PDCH pair of the PDCH pair correspondence of all RTTI TBF institute distributed time slot minimums, second opposed 1 bit time slot corresponding is represented the up PDCH pair of the PDCH pair correspondence of all RTTI TBF institute distributed time slot minimums, and the rest may be inferred; When transmitting control message, MS is subjected to multislot capability when restriction, can only the 2bit of Matching PDCH Pair is put 1 shine upon identical up PDCH pair, and promptly all descending PDCH pair are the identical up PDCH pair of correspondence all.
Figure 10 is the configuration schematic diagram of the corresponding different up PDCH pair of descending PDCH pair of embodiment of the invention RTTI more than two TBF.Referring to Figure 10, the up PDCH pair of three RTTI TBF correspondences is PDCH1﹠amp; 2,3﹠amp; 4.Wherein, PDCH1﹠amp; 2 is the PDCH0﹠amp of descending RTTI TBF2 and 3; The up PDCH pair of 1 correspondence, PDCH3﹠amp; 4 is the PDCH2﹠amp of descending RTTI TBF1 and 3; The up PDCH pair of 3 correspondences, in the present embodiment, { indication that comprises among the 0|1--RTTI information for DL TBFs-puts 1, and Matching PDCH Pair is 01111000 with the assignment messages field.
Figure 11 is the configuration schematic diagram of the corresponding identical up PDCH pair of descending PDCH pair of embodiment of the invention RTTI more than two TBF.Referring to Figure 11, RTTI TBF1,2,3 all corresponding up PDCH3﹠amp; 4, i.e. PDCH0﹠amp; 1 and PDCH2﹠amp; 4 all corresponding up PDCH3﹠amp; 4, { indication that comprises among the 0|1--RTTI information for DL TBFs-puts 1, and Matching PDCH Pair is made as 00011000 with the assignment messages field.
In Figure 10 and Figure 11, MS receives the assignment messages that comprises Matching PDCH Pair field, and as the RTTI TBF that the network poll is assigned, MS just transmits control message on the up PDCH pair of Matching PDCH Pair indication.
Embodiment three:
Among the embodiment two, downstream assigned message is carried out unified mapping for the up PDCH pair of the PDCH pair of all RTTI TBF of this MS, in the practical application, also can be in downstream assigned message, all descending PDCH pair to each RTTI TBF, adopt 8bit to indicate the up PDCHpair of its correspondence, 8 time slots that 8bit is corresponding up respectively, the the 1st opposed 1 bit among the corresponding 8bit of the up PDCH pair of the 1st the descending PDCH pair of RTTI TBF, corresponding 2 time slots putting 1 bit to the up PDCH pair of correspondence; The the 2nd opposed 1 bit among the corresponding 8bit of the up PDCHpair of the 2nd the descending PDCH pair of this RTTI TBF, corresponding 2 time slots putting 1 bit to the up PDCH pair of correspondence, the rest may be inferred, and the structure in message is as follows:
{0|1--RTTI?information?for?DL?TBFs--
{0|1＜Matching?PDCH?Pair:bit(8)}}**0
With Figure 10 is example, and the field structure in the assignment messages can be provided with as follows:
In the field, the corresponding up PDCH3﹠amp of 00011000 expression RTTI TBF1; 4;
The corresponding up PDCH1﹠amp of 01100000 expression RTTI TBF2; 2;
The corresponding up PDCH1﹠amp of 01111000 expression RTTI TBF3; 2, PDCH3﹠amp; 4.
Among above-mentioned a plurality of embodiment, if RTTI TBF is distributed on two carrier waves, and needing only the timeslot number difference of the up PDCH pair of the descending PDCH pair correspondence on the carrier wave, will be that this carrier wave uses the corresponding up PDCH pair of the solution of the present invention indication.If the timeslot number difference of the up PDCH pair of the descending PDCH pair correspondence on two carrier waves will be indicated the up PDCH pair of the descending PDCH pair correspondence of each carrier wave for two carrier waves use the solution of the present invention respectively.
Field of the present invention can be duplicated a cover fully, the up PDCH pair of indication carrier wave 2 descending PDCH pair correspondences, with embodiment one is example, carry two Uplink Control Pair in the assignment messages, indicate 2 ascending time slots of the descending PDCH pair correspondence of two RTTI TBF on the carrier wave respectively:
{ 0|1＜Uplink Control Pair:bit (6)〉} is used for the up PDCH pair that indication carrier wave C1 goes up RTTI TBF correspondence.
{ 0|1＜Uplink Control Pair:bit (6)〉} is used for the up PDCH pair that indication carrier wave C2 goes up RTTI TBF correspondence.
The descending PDCH pair of the RTTI TBF of which carrier wave need indicate 2 corresponding ascending time slots, just the indication that comprises of front is put 1, otherwise puts 0.For example the descending PDCH pair of the RTTI TBF on the carrier wave C2 need indicate corresponding ascending time slot 0 and ascending time slot 1, and the RTTITBF on the carrier wave C1 does not need indication, can be expressed as follows:
{0}
{1|<Uplink?Control?Pair:000001>}
As seen from the above-described embodiment, the indicating means of a kind of ascending control channel of the embodiment of the invention and device, in assignment messages, utilize the idle bit in the assignment messages, indicate the uplink control pair field of up PDCH pair by all RTTITBF that are set to MS; Or the up PDCH pair of PDCH pair that is set to all RTTI TBF of MS unifies or the Matching PDCH Pair field of mapping respectively, the up PDCH pair that is used for indicating downlink PDCH pair correspondence, owing to be used for the required bit number of the up PDCH pair of indicating downlink PDCH pair correspondence less than indicate the required bit number of corresponding up PDCH pair time slot respectively for all RTTI TBF of MS, especially for containing a plurality of PDCH pair among many TBF or a TBF, can save a large amount of bit space, thereby, saved system resource, improved the bit utilance of control messages, and when MS limits owing to multislot capability, the time slot that can clearly indicate the up PDCH pair that transmits control message.
More than lift preferred embodiment; the purpose, technical solutions and advantages of the present invention are further described; institute is understood that; the above only is preferred embodiment of the present invention; not in order to restriction the present invention; within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (11)
1. the indicating means of an ascending control channel is characterized in that, this method comprises:
Network sends assignment messages to travelling carriage, carry to reducing the right field information of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow, in the described field information, for ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right;
Described carry for reduce the right field of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow be upload control to field, be used to ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right;
Described upload control is 6bit to field, preceding 3bit is used to indicate the right previous Packet Data Channel of an ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow correspondence, and back 3bit is used to indicate the right back Packet Data Channel of an ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow correspondence.
2. the method for claim 1, it is characterized in that, described upload control reduces outside the Transmission Time Interval information field at descending Temporary Block Flow field, and before described upload control is to field, comprise indication, if comprise described upload control to field in the indication, for the downlink grouped data channel of described minimizing Transmission Time Interval Temporary Block Flow to indicating corresponding ascending packet data channel right, otherwise, for the Packet Data Channel of described minimizing Transmission Time Interval Temporary Block Flow to indicating corresponding a plurality of ascending packet data channel right respectively.
3. the method for claim 1, it is characterized in that, described network further comprises after travelling carriage sends assignment messages: when network carries out poll to reducing the Transmission Time Interval Temporary Block Flow, if comprise upload control in the assignment messages to field, described network upload control to an ascending packet data channel of indication on the control messages that sends of receiving mobile; If comprise the matched packet data channel in the assignment messages to field, then described network the matched packet data channel to an ascending packet data channel of indication to or a plurality of ascending packet data channel on the control messages that sends of receiving mobile; If neither comprise in the assignment messages, then described network the ascending packet data channel of the descending corresponding identical timeslot number of receiving poll on the control messages that sends of receiving mobile.
4. the indicating means of an ascending control channel is characterized in that, this method comprises:
Network sends assignment messages to travelling carriage, carry to reducing the right field information of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow, in the described field information, for ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right;
Described carry for reduce the right field of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow be upload control time slot field and upload control to field, be used to reduce ascending packet data channel of Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right;
Described upload control time slot field is 3bit, be used to indicate a right Packet Data Channel of an ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow correspondence, described upload control is 3bit to field, is used to indicate another right Packet Data Channel of an ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow correspondence.
5. method as claimed in claim 4, it is characterized in that, described network further comprises after travelling carriage sends assignment messages: when network carries out poll to reducing the Transmission Time Interval Temporary Block Flow, if comprise upload control in the assignment messages to field, described network upload control to an ascending packet data channel of indication on the control messages that sends of receiving mobile; If comprise the matched packet data channel in the assignment messages to field, then described network the matched packet data channel to an ascending packet data channel of indication to or a plurality of ascending packet data channel on the control messages that sends of receiving mobile; If neither comprise in the assignment messages, then described network the ascending packet data channel of the descending corresponding identical timeslot number of receiving poll on the control messages that sends of receiving mobile.
6. the indicating means of an ascending control channel is characterized in that, this method comprises:
Network sends assignment messages to travelling carriage, carry to reducing the right field information of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow, in the described field information, for ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right;
Described carry for reduce the right field of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow be the matched packet data channel to field, be used to reduce ascending packet data channel of Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right;
Described matched packet data channel is 8bit to field, 8 corresponding up time slots, the matched packet data channel is put the right previous Packet Data Channel of an ascending packet data channel that 1 bit is used to indicate described minimizing Transmission Time Interval Temporary Block Flow correspondence in the field first, puts the right back Packet Data Channel of an ascending packet data channel that 1 bit is used to indicate described minimizing Transmission Time Interval Temporary Block Flow correspondence for second.
7. method as claimed in claim 6 is characterized in that, described matched packet data channel reduces in the Transmission Time Interval information field and replaces former descending Temporary Block Flow at descending Temporary Block Flow field and reduces Transmission Time Interval information field content.
8. method as claimed in claim 6, it is characterized in that, described network further comprises after travelling carriage sends assignment messages: when network carries out poll to reducing the Transmission Time Interval Temporary Block Flow, if comprise upload control in the assignment messages to field, described network upload control to an ascending packet data channel of indication on the control messages that sends of receiving mobile; If comprise the matched packet data channel in the assignment messages to field, then described network the matched packet data channel to an ascending packet data channel of indication to or a plurality of ascending packet data channel on the control messages that sends of receiving mobile; If neither comprise in the assignment messages, then described network the ascending packet data channel of the descending corresponding identical timeslot number of receiving poll on the control messages that sends of receiving mobile.
9. the indicating means of an ascending control channel is characterized in that, this method comprises:
Network sends assignment messages to travelling carriage, carry to reducing the right field information of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow, in the described field information, for ascending packet data channel of described minimizing Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right;
Described carry for reduce the right field of the unified mapping indication ascending packet data channel of Transmission Time Interval Temporary Block Flow be the matched packet data channel to field, be used to reduce ascending packet data channel of Transmission Time Interval Temporary Block Flow indication to or a plurality of ascending packet data channel right;
Described matched packet data channel is 8bit to field, 8 corresponding up time slots, indicate the downlink grouped data channel of distributed time slot minimum in the described minimizing Transmission Time Interval Temporary Block Flow right with first opposed 1 bit to the ascending packet data channel of correspondence, second opposed 1 bit indicates the downlink grouped data channel that the distributed time slot number is little in the described minimizing Transmission Time Interval Temporary Block Flow right to the ascending packet data channel of correspondence, and one is reduced the Transmission Time Interval Temporary Block Flow and comprises the bit log of the right number of downlink grouped data channel corresponding to 8bit mid-1.
10. method as claimed in claim 9 is characterized in that, described matched packet data channel reduces in the Transmission Time Interval information field and replaces former descending Temporary Block Flow at descending Temporary Block Flow field and reduces Transmission Time Interval information field content.
11. method as claimed in claim 9, it is characterized in that, described network further comprises after travelling carriage sends assignment messages: when network carries out poll to reducing the Transmission Time Interval Temporary Block Flow, if comprise upload control in the assignment messages to field, described network upload control to an ascending packet data channel of indication on the control messages that sends of receiving mobile; If comprise the matched packet data channel in the assignment messages to field, then described network the matched packet data channel to an ascending packet data channel of indication to or a plurality of ascending packet data channel on the control messages that sends of receiving mobile; If neither comprise in the assignment messages, then described network the ascending packet data channel of the descending corresponding identical timeslot number of receiving poll on the control messages that sends of receiving mobile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101452595A CN101369965B (en) | 2007-08-17 | 2007-08-17 | Indication method and device of ascending control signal channel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007101452595A CN101369965B (en) | 2007-08-17 | 2007-08-17 | Indication method and device of ascending control signal channel |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101369965A CN101369965A (en) | 2009-02-18 |
| CN101369965B true CN101369965B (en) | 2011-11-09 |
Family
ID=40413598
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007101452595A Active CN101369965B (en) | 2007-08-17 | 2007-08-17 | Indication method and device of ascending control signal channel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101369965B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102547988B (en) * | 2010-12-16 | 2015-02-04 | 中国移动通信集团广东有限公司 | Distributing method and distributing device for temporary block flow |
| CN104780552B (en) * | 2014-01-09 | 2018-10-23 | 中国移动通信集团辽宁有限公司 | Wireless network access parameters optimization method and device |
| CN107295665A (en) * | 2016-03-31 | 2017-10-24 | 中兴通讯股份有限公司 | A kind of uplink control signal transmission method and device, user terminal |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1917706A (en) * | 2006-08-18 | 2007-02-21 | 华为技术有限公司 | Method for configuring resources of up-link channel, and corresponging terminal, base staion and system |
-
2007
- 2007-08-17 CN CN2007101452595A patent/CN101369965B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1917706A (en) * | 2006-08-18 | 2007-02-21 | 华为技术有限公司 | Method for configuring resources of up-link channel, and corresponging terminal, base staion and system |
Non-Patent Citations (5)
| Title |
|---|
| 3GPP Organizational Partners.《3rd Generation Partnership Project * |
| General Packet Radio Service(GPRS) * |
| Mobile Station(MS)-Base Station System(BSS) interface * |
| Radio Link Control/Medium Access Control(RLC/MAC)protocol(Release 7)》.《3GPP TS 44.060 V7.9.0 (2007-06)》.2007, * |
| Technical Specification Group GSM/EDGE Radio Access Network * |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101369965A (en) | 2009-02-18 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102595600B (en) | Semi-static scheduling method, user equipment and network device | |
| CN102017759B (en) | Method, base station and user terminal for implementing uplink resource grant | |
| CN102752085B (en) | Method and equipment for sending acknowledgement or non-acknowledgement indication information in time division duplexing (TDD) system | |
| CN101640905B (en) | Method for allocating uplink dispatch request | |
| EP1798877A2 (en) | Dynamic channel quality measurement procedure for adaptive modulation and coding techniques | |
| CN103733711A (en) | Control channel for wireless communication | |
| CN102307082B (en) | Transmission method and device of uplink control signaling | |
| CN103001749B (en) | Transmit the method for data, internet of things equipment and network equipment | |
| CN101426267B (en) | Resource scheduling method and apparatus | |
| CN102017769B (en) | Method, base station and user terminal for realizing the uplink resource scheduling | |
| CN101617553A (en) | Be used to provide method of reporting, equipment and system about the channel quality of communication system | |
| HK1108978A1 (en) | Method and apparatus for distributed reverse link scheduling of rate and power in a wireless communication system | |
| HK1042796B (en) | Methods and apparatus for power allocation on a reverse link power control channel of a communication system | |
| CN110557840B (en) | Method and equipment for activating semi-persistent scheduling hybrid automatic repeat request feedback | |
| CN101272177B (en) | Method and device for scheduling user's set | |
| CN102858014A (en) | Sending and receiving method and equipment of control signaling | |
| CN101969663B (en) | Method, device and system for transmitting control information | |
| CN101299821B (en) | Method for scheduling upstream service of TDD communication system | |
| CN105323857A (en) | HARQ information configuration method and related device | |
| CN104602179A (en) | D2D (Device to Device) data transmission method and user equipment | |
| CN105992361A (en) | Scheduling methods applied to enhanced CA (carrier aggregation) and devices | |
| CN115699988A (en) | Method and apparatus for supporting discontinuous reception of sidelink in wireless communication system | |
| CN102111849A (en) | Method, system and device for allocating resources of uplink control channel of relay link | |
| CN101369965B (en) | Indication method and device of ascending control signal channel | |
| CN103095435A (en) | Method for confirming hybrid automatic repeat request (HARQ) mode and method and device of uplink data transmission |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Application publication date: 20090218 Assignee: Apple Computer, Inc. Assignor: Huawei Technologies Co., Ltd. Contract record no.: 2015990000755 Denomination of invention: Indication method and device of ascending control signal channel Granted publication date: 20111109 License type: Common License Record date: 20150827 |
|
| LICC | Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model |