CN101203020B - Method, system of upward control time slot and mobile station - Google Patents

Method, system of upward control time slot and mobile station Download PDF

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Publication number
CN101203020B
CN101203020B CN2006101623217A CN200610162321A CN101203020B CN 101203020 B CN101203020 B CN 101203020B CN 2006101623217 A CN2006101623217 A CN 2006101623217A CN 200610162321 A CN200610162321 A CN 200610162321A CN 101203020 B CN101203020 B CN 101203020B
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China
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time slot
upload control
tti
ms
network side
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CN2006101623217A
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Chinese (zh)
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CN101203020A (en
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房明
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华为技术有限公司
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Abstract

The invention discloses a method for distributing an uplink control time slot, and includes: when a network side distributes the uplink control time slot to MS, TTI indication information of the time slot is sent out to MS, and TTI is adopted by MS to send out an uplink control block on the time slot; or the method includes: the distribution of an uplink TBF on the uplink control time slot distributed by the network side is detected by MS, and TTI of the uplink TBF is adopted to send the uplink control block; or includes: a failure to distribute the uplink TBF on the uplink control time slot distributed by the network side is detected by MS, and whether the adoption of the TTI of a downlink TBF distributed on the time slot to send out the uplink control block can surpass a multi slot capacity of MS is judged by MS, if yes, the uplink control block can be sent by the TTI, wherein, the TTI is ascertained not to surpass the multi slot capacity of MS, otherwise, the uplink control block can be sent by TTI of the downlink TBF deployed on the time slot. The invention simultaneously discloses an uplink control time slot distribution system and MS; the time slot used for sending the uplink control block by MS can be controlled by the network side with the help of the invention, thus reducing a waste of channel resources.

Description

Upload control slot allocation method, system and travelling carriage

Technical field

The present invention relates to the channel allocation technique field, be specifically related to upload control slot allocation method, system and travelling carriage.

Background technology

In existing GPRS (GPRS), enhancing GPRS (EGPRS) technology, can set up interim connection the, i.e. Temporary Block Flow (TBF) between travelling carriage in the grouped data repeating process (MS) and the network.GPRS, EGPRS support a MS to have a plurality of TBF to connect in one direction.The time slot of distributing to GPRS is called Packet Data Channel (PDCH), and a TBF can use Radio Resource on one or more PDCH, also can be a plurality of TBF simultaneously multiplexing on same PDCH.In GPRS, EGPRS, each TBF has the grouping assist control channel (PACCH) of a correspondence to comprise: descending PACCH and up PACCH, this PACCH only may be mapped on the PDCH at its corresponding TBF place.

At present, be radio block (Block) at the minimum scheduling unit of the data of physical layer transmission, each Block is made up of 4 time slots, and 4 time slots lay respectively in 4 continuous time division multiple accesses (TDMA) frame, and the propagation delay time of each Block all is 20ms.High level data is encapsulated in the Block and transmits, and each Transmission Time Interval (TTI) duration is 20ms at present, and promptly each high level data piece has the time delay of 20ms at least.In order to reduce propagation delay time, the RTTI technology has been proposed.The RTTI overall thought is: keep the big or small constant of each Block, reduce TTI by utilizing multicarrier or multi-slot.Wherein, utilize principle that multi-slot reduces TTI as shown in Figure 1, in Fig. 1, piece B1 adopts the technical transmission before the RTTI, is positioned on 4 continuous T DMA frames, and every frame takies 1 time slot, and then the TTI of B1 equals 20ms; Piece B2 and piece B3 adopt the RTTI technical transmission, and B2 is positioned on 2 continuous tdma frames, and every frame takies 2 continuous time slot, and then the TTI of B2 equals 10ms; In like manner, the TTI of B3 equals 5ms.

Owing to introduce the RTTI technology, the TBF that can occur having different TTI is called multipling channel simultaneously in the situation of same channel with the channel that transmits the TBF of different TTI simultaneously; And the channel that will only transmit the TBF of a kind of TTI is called non-multipling channel.In Fig. 1, transmit the TBF of 10ms and 20ms on PDCH0, the PDCH1 simultaneously, then PDCH0, PDCH1 are multipling channel; Only transmit the TBF of 20ms on the PDCH3, only transmit the TBF of 10ms on PDCH6, the PDCH7, then PDCH3, PDCH6, PDCH7 are non-multipling channel.

When adopting the RTTI technology, determine TTI usually in the following way:

1, for a certain given MS, the TTI of the TBF that disposes on same channel must be identical; The TTI of the TBF that disposes on different channels can be identical, also can be different.In Fig. 1, the TBF of the 10ms on the PDCH4 and the TBF of 5ms can not belong to same MS, and should belong to different MS.

2, for a certain given MS, the TTI of upload control piece is identical with the TTI of corresponding descending TBF or controll block.Shown in Fig. 2-1, the TBF that network side sends the descending 20ms carry effective RRBP to MS is when carrying out poll to this TBF, and then MS needs to send the upload control piece of the 20ms that indicates whether to receive this TBF on the time slot that this descending TBF uses; In like manner, shown in Fig. 2-2, when network carried out poll to the TBF of descending 10ms, MS then needed to send the upload control piece of 10ms on the time slot that this descending TBF uses.

But, the restriction that MS is subjected to multislot capability is promptly: MS can only occupy the time slot of some in a tdma frame transmission duration, therefore, MS can't accomplish that the up PACCH piece of each descending TBF correspondence all is mapped on the time slot at corresponding descending TBF or controll block place, this moment, network side was by when carrying out resource distribution for descending TBF and reshuffling, for MS distributes the upload control time slot, after this MS sends the upload control piece on this upload control time slot.

Fig. 3 is the flow chart that MS distributes the upload control time slot for existing network side, and as shown in Figure 3, its concrete steps are as follows:

Step 301: network side sends grouping downlink assignment/descending assignment message of many TBF to MS, and this message is carried the timeslot number (TN) of upload control time slot, can send the upload control piece on the time slot of this timeslot number indication with instruct MS.

Each time slot has a timeslot number (TN, Timeslot Number), to identify this time slot.

After step 302:MS receives this message, preserve the timeslot number of the upload control time slot that this message carries.

Step 303: network side sends the descending TBF1 that carries effective correlation reserved block period (RRBP) to MS, with expression descending TBF1 is carried out poll.

After step 304:MS received this descending TBF1, affirmation (ACK) message that this descending TBF1 has been received in indication returned to network side by network side in the step 301 for self distributed time slot.

Step 305: network side sends the descending TBF2 that carries effective RRBP to MS.

After step 306:MS received this descending TBF2, the affirmation message that this descending TBF2 has been received in indication returned to network side by network side in the step 301 for self distributed time slot.

Step 307: network side need to determine to be again MS distribution upload control time slot, reshuffles/many TBF time slot reconfiguration message to MS transmission grouping time slot, and this message is carried the timeslot number of new upload control time slot.

After step 308:MS receives this message, preserve the timeslot number of the new upload control time slot that this message carries.

Step 309: network side sends the descending TBF1 that carries effective RRBP to MS.

After step 310:MS receives this descending TBF1, indication has been received the affirmation message of this descending TBF1 returns to network side by network side in the step 307 for the new time slot that self distributes.

Step 311: network side sends the descending TBF2 that carries effective RRBP to MS.

After step 312:MS receives this descending TBF2, indication has been received the affirmation message of this descending TBF2 returns to network side by network side in the step 307 for the new time slot that self distributes.

The shortcoming of prior art is as follows:

Network side is when distributing the upload control time slot for MS, and this upload control time slot is only indicated 1 time slot, and does not indicate employed TTI when sending the upload control piece on this time slot.And network side is distributed to MS with two time slots with the right form of time slot sometimes when distributing time slot for MS, and after this network side is defaulted as that two time slots of this time slot centering always use in pairs.And be that upload control time slot that MS distributes is when being time slot of time slot centering at network side, MS but can't determine send a upload control piece with big TTI on this time slot, still be the time slot that comprising this time slot on send a upload control piece with less TTI, may cause network resources waste like this.

As shown in Figure 4, network side is MS allocation of downlink 20ms TBF1 and 10ms TBF2, owing to limited by the MS multislot capability, MS can't send the upload control piece corresponding with TBF1 on the ascending time slot TN1 of descending TBF1 correspondence, at this moment, network side is that the upload control time slot that descending TBF1 distributes is that time slot is right: the TN2 among TN2 and the TN3.When network side is provided with RRBP and carries out poll in descending TBF1, MS can't determine it is to adopt the TTI consistent with the TTI of descending TBF1 on TN2, to the affirmation of network side feedback 20ms/do not confirm (ACK/NACK) message, still time slot that TN2 and TN3 constitute on to the ACK/NACK message of network side feedback 10ms, when being chosen in TN2, goes up when network side feeds back the ACK/NACK message of 20ms MS, network side does not also know that TN3 is unoccupied, therefore can again TN3 not distributed to other MS and use, so just cause the channel resource waste.

Summary of the invention

The invention provides upload control slot allocation method, system and travelling carriage, to reduce the channel resource waste.

Technical scheme of the present invention is achieved in that

A kind of upload control slot allocation method comprises:

When network side sends the upload control time slot mark to MS, send the TTI indication information of this upload control time slot correspondence; MS adopts the TTI of this TTI indication information correspondence, sends the upload control piece by described upload control time slot mark time slot corresponding to network side.

A kind of upload control slot allocation method comprises:

MS receives the upload control time slot mark of network side transmitted, detect on the corresponding time slot of this upload control time slot mark and be assigned up TBF, then MS adopts the TTI of this up TBF, sends the upload control piece by described upload control time slot mark time slot corresponding to network side.

A kind of upload control slot allocation method, comprise: MS receives the upload control time slot mark of network side transmitted, detecting unallocatedly on the corresponding time slot of this upload control time slot mark has a up TBF, judge that then the TTI that adopts the descending TBF that disposes on the described time slot sends the multislot capability whether the upload control piece can exceed MS, if, then determine the TTI that can not exceed the MS multislot capability, adopt this TTI to send the upload control piece by described time slot; Otherwise, adopt the TTI of the descending TBF that disposes on the described time slot, send the upload control piece by described time slot.

A kind of upload control time slot distributing system comprises: network side and MS, wherein:

Network side is used for sending the upload control time slot mark to MS, sends the TTI indication information of this upload control time slot correspondence simultaneously;

MS is used for determining the TTI of the TTI indication information correspondence of network side transmitted adopting this TTI, and the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.

A kind of upload control time slot distributing system comprises: network side and MS, wherein:

Network side is used for sending the upload control time slot mark to MS;

MS when being used for being assigned up TBF on detecting the upload control time slot mark time slot corresponding of network side transmitted, adopts the TTI of this up TBF, and the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.

A kind of upload control time slot distributing system comprises: network side and MS, wherein:

Network side is used for sending the upload control time slot mark to MS; MS, be used on detecting the upload control time slot mark time slot corresponding of network side transmitted unallocated when up TBF is arranged, judge that the TTI that adopts the descending TBF that disposes on this time slot sends the multislot capability whether the upload control piece can exceed MS, if, then determine the TTI that can not exceed the MS multislot capability, adopt this TTI, the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side; Otherwise, adopting the TTI of the descending TBF that disposes on this time slot, the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.

A kind of MS comprises: TTI determination module and upload control piece sending module, wherein:

The TTI determination module is used to receive the TTI indication information of network side transmitted, determines the TTI of this TTI indication information correspondence, and this TTI is sent to upload control piece sending module;

Upload control piece sending module is used to the TTI that adopts the TTI determination module to send, and the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.

A kind of MS comprises: up TBF detection module and upload control piece sending module, wherein:

Up TBF detection module when being used for being assigned up TBF on detecting the upload control time slot mark time slot corresponding of network side transmitted, sends to upload control piece sending module with the TTI of this up TBF;

Upload control piece sending module is used to the TTI that adopts up TBF detection module to send, and the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.

A kind of MS comprises: up TBF detection module, MS multislot capability detection module and upload control piece sending module, wherein:

Up TBF detection module is used on detecting the upload control time slot mark time slot corresponding of network side transmitted unallocatedly when up TBF is arranged, and sends to MS multislot capability detection module and to detect indication;

MS multislot capability detection module, be used for after receiving the detection indication, judge and adopt the TTI of the descending TBF that on the corresponding time slot of the upload control time slot mark of network side transmitted, disposes to send the upload control piece, the multislot capability that whether can exceed MS, if, determine a TTI that can not exceed the MS multislot capability, this TTI is sent to upload control piece sending module; Otherwise the TTI of the descending TBF that will dispose on the corresponding time slot of the upload control time slot mark of network side transmitted sends to upload control piece sending module;

Upload control piece sending module is used to adopt the TTI that receives, the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.

Compared with prior art, among the present invention, when network side distributes the upload control time slot to MS, the TTI indication information of this upload control time slot is sent to MS, MS adopts this TTI to send the upload control piece on the upload control time slot, make network side can learn employed time slot when MS sends the upload control piece, use, reduced the channel resource waste thereby make network side the unappropriated channel resource of MS in time can be distributed to other MS;

Perhaps, the present invention by MS after receiving that network side is the upload control time slot that self distributes, and after determining to be assigned up TBF on this time slot, adopt the TTI of this up TBF, on the upload control time slot, send the upload control piece, realized that equally network side can learn employed time slot when MS sends the upload control piece, reduced the channel resource waste.

Perhaps, the present invention by MS after receiving that network side is the upload control time slot that self distributes, and determine on this time slot unallocated up TBF is arranged after, judge that the TTI that adopts the descending TBF that disposes on this time slot sends the multislot capability whether the upload control piece can exceed MS, if, then determine the TTI that can not exceed the MS multislot capability, adopt this TTI on the upload control time slot, to send the upload control piece; Otherwise, adopt the TTI of descending TBF, on the upload control time slot, send the upload control piece, realized that equally network side can learn employed time slot when MS sends the upload control piece, reduced the channel resource waste.

Description of drawings

Fig. 1 utilizes multi-slot to reduce the principle schematic of TTI;

Fig. 2-1 and 2-2 are the schematic diagram that existing network side is determined the TTI of MS;

Fig. 3 is the flow chart that MS distributes the upload control time slot for existing network side;

Fig. 4 is that MS distributes the upload control time slot to cause the schematic diagram of the wasting of resources for existing network side;

The flow chart of the distribution upload control time slot that Fig. 5 provides for the embodiment of the invention one;

When Fig. 6-1 and 6-2 are time slot of time slot centering for the upload control time slot, the schematic diagram of the distribution upload control time slot that the embodiment of the invention one provides;

The flow chart of the distribution upload control time slot that Fig. 7 provides for the embodiment of the invention two;

The flow chart of the distribution upload control time slot that Fig. 8 provides for the embodiment of the invention three;

Fig. 9-1 and 9-2 are the schematic diagram of the object lesson of the application embodiment of the invention three;

System's composition diagram one that Figure 10 provides for the embodiment of the invention;

System's composition diagram two that Figure 11 provides for the embodiment of the invention.

Embodiment

The present invention is further described in more detail below in conjunction with drawings and the specific embodiments.

The flow chart of the distribution upload control time slot that Fig. 5 provides for the embodiment of the invention one, as shown in Figure 5, its concrete steps are as follows:

Step 501: network side sends the related news that comprise descending TBF configuration information to MS, and this message is carried the upload control time slot mark, carries the TTI indication information of this upload control time slot simultaneously.

Here, the related news that comprise descending TBF configuration information comprise: descending TBF configuration messages, descending TBF resource reconfiguration message, packet circuit exchange discharge Indication message, grouping switching command, dual transfer mode handover command etc.

The TTI indication information is used for the TTI that should use when instruct MS sends the upload control piece on the upload control time slot that network side distributes.Particularly, can will comprise the idle bit of related news of descending TBF configuration information as the TTI indication bit.As shown in table 1: when this bit was 0, expression TTI was 10ms; When this bit was 1, expression TTI was 20ms.

TTI indicates (1 idle bit) Implication ??0 The TTI of the upload control piece that sends on the upload control time slot is 10ms ??1 The TTI of the upload control piece that sends on the upload control time slot is 20ms

The TTI indication that table 1 embodiment of the invention one provides is provided with

Step 502:MS receives the related news that comprise descending TBF configuration information, judges whether this message carries the upload control time slot mark, if, execution in step 503; Otherwise, execution in step 505.

Step 503:MS determines the TTI of the TTI indication information correspondence of carrying in this message.

Step 504:MS adopts the TTI that determines in the step 503, sends the upload control piece on upload control time slot mark time slot corresponding, and this flow process finishes.

Step 505:MS adopts the TTI of descending TBF, sends the upload control piece on the time slot that descending TBF uses.

Because network side can only carry a upload control time slot mark to the related news that comprise descending TBF configuration information that MS sends, and in some cases, MS need send the upload control piece to network side by a pair of time slot, this moment, network side and MS must consult by this time slot in advance to sending the moment of upload control piece, to avoid the channel resource waste.For example: network side is provided with RRBP to carry out poll to the TBF of 20ms, at this moment, network side is that the TTI of the upload control time slot of MS distribution is 10ms, the upload control time slot that distributes is that time slot is right: the TN2 among TN2 and the TN3, at this moment, network side and MS must pre-determine MS should be in 0~10ms after the delivery time of RRBP indication send on TN2 and the TN3 upload control piece, or 10~20ms after the delivery time of RRBP indication on TN2 and TN3 transmission upload control piece.In actual applications, be the upload control time slot mark that MS distributes according to network side, the method for the delivery time of following several definite upload control pieces can be arranged:

One, when network side be the TTI indication upload control piece that distributes of MS should time slot on when sending, if the upload control time slot that network side is MS to be distributed is the previous time slot of this time slot centering, then when network side is provided with RRBP and carries out poll descending TBF, the 0~TTI of MS after the delivery time of RRBP indication constantly in transmission upload control piece.

Shown in Fig. 6-1, when network side will carry out poll to 20ms TBF1, if network side is that the upload control time slot that MS distributes is TN2, and the TTI that sets the upload control time slot is 10ms, and it is right that TN2 and TN3 constitute time slot, and when being assigned up RTTI TBF on TN2, the TN3, then MS sends the upload control piece on TN2 and TN3 time slot in 0~10ms after the moment of RRBP indication, and network side just can use to other MS TN2 in 10~20ms after the delivery time of RRBP indication and TN3 time slot allocation like this.

Two, when network side be the TTI indication upload control piece that distributes of MS should time slot on when sending, if the upload control time slot that network side is MS to be distributed is a back time slot of this time slot centering, then when network side is provided with RRBP and carries out poll descending TBF, MS TTI~2TTI after the delivery time of RRBP indication constantly in transmission upload control piece.

Shown in Fig. 6-2, when network side will carry out poll to 20ms TBF1, if network side is that the upload control time slot that MS distributes is TN3, and the TTI that sets the upload control time slot is 10ms, and it is right that TN2 and TN3 constitute time slot, and when being assigned up RTTI TBF on TN2, the TN3, then MS sends the upload control piece on TN2 and TN3 time slot in 10~20ms after the moment of RRBP indication, and network side just can use to other MS TN2 in 0~20ms after the delivery time of RRBP indication and TN3 time slot allocation like this.

Three, when network side be the TTI indication upload control piece that distributes of MS should time slot on when sending, no matter then network side is that the upload control time slot that MS distributes is the previous time slot or a back time slot of this time slot centering, when network side is provided with RRBP and carries out poll descending TBF, MS 0~TTI after the delivery time of RRBP indication sends the upload control piece constantly, promptly shown in Fig. 6-1.

Four, when network side be the TTI indication upload control piece that distributes of MS should time slot on when sending, then always that this time slot is the right previous time slot allocation of network side gives MS as the upload control time slot, when network side is provided with RRBP and carries out poll descending TBF, MS always 0~TTI after the delivery time of RRBP indication sends the upload control piece constantly, promptly shown in Fig. 6-1; Perhaps, when network side be the TTI indication upload control piece that distributes of MS should time slot on when sending, then always that this time slot is the right back time slot allocation of network side gives MS as the upload control time slot, when network side is provided with RRBP and carries out poll descending TBF, the MS always TTI after the delivery time of RRBP indication~2TTI sends the upload control piece constantly, promptly shown in Fig. 6-2.

As can be seen, embodiment illustrated in fig. 5 one by network side when distributing the upload control time slot for MS, notice MS uses the TTI of this upload control time slot, make when the upload control time slot is time slot of time slot centering, the time slot that MS can determine only to use described upload control time slot also to be to use and comprises described upload control time slot according to described TTI has rationally utilized channel resource to sending the upload control piece.

In actual applications, network side is when distributing the upload control time slot for MS, also can notify MS whether to specify TTI for this upload control time slot simultaneously, whether MS can specify TTI for this upload control time slot according to network side like this, determines the TTI that uses on this upload control time slot.

The flow chart of the distribution upload control time slot that Fig. 7 provides for the embodiment of the invention two, as shown in Figure 7, its concrete steps are as follows:

Step 701: network side sends the related news that comprise descending TBF configuration information to MS, and this message is carried the upload control time slot mark, carries this message simultaneously and whether comprises the information of TTI indication and the TTI indication information of this upload control time slot.

The information that whether comprises TTI indication is used for indicating these related news that comprise descending TBF configuration information whether to comprise the TTI indication information, can represent by this 1 idle bit that comprises in the related news of descending TBF configuration information.For example: when this bit is 0, represent not comprise the TTI indication information in these related news that comprise descending TBF configuration information; When this bit is 1, represent to comprise the TTI indication information in these related news that comprise descending TBF configuration information.

Table 2 has provided the bit of TTI that is used for indicating the related news that comprise descending TBF configuration information whether to comprise the bit of TTI indication and is used to indicate the upload control time slot when getting different value, the TTI of representative.

Whether comprise TTI indication (1bit) TTI indicates (1bit) Implication ??0 Do not have Do not comprise the TTI indication ??1 ??0 The TTI of the upload control piece that sends on the upload control time slot is 10ms ??1 ??1 The TTI of the upload control piece that sends on the upload control time slot is 20ms

The TTI indication that table 2 embodiment of the invention two provides is provided with

Step 702:MS receives that this comprises the related news of descending TBF configuration information, judges whether this message carries the upload control time slot mark, if, execution in step 704; Otherwise, execution in step 703.

Step 703:MS adopts the TTI of descending TBF, sends the upload control piece on the time slot that descending TBF uses, and this flow process finishes.

The information that whether comprises the TTI indication that step 704:MS carries according to this message judges whether this message comprises the TTI indication information, if, execution in step 706; Otherwise, execution in step 705.

Step 705:MS adopts the TTI of descending TBF, sends the upload control piece on upload control time slot mark time slot corresponding, and this flow process finishes.

Step 706:MS determines the TTI of the TTI indication information correspondence of carrying in this message.

Step 707:MS sends the upload control piece according to the TTI that determines in the step 706 on the upload control time slot mark time slot corresponding that this message is carried.

Fig. 5 and embodiment illustrated in fig. 7 provide be by network side when distributing the upload control time slot for MS, the method for specifying the TTI of this upload control time slot is simultaneously avoided the situation of channel resource waste; Below provide MS determines the TTI of upload control time slot according to the multislot capability of self embodiment:

The flow chart of the distribution upload control time slot that Fig. 8 provides for the embodiment of the invention three, as shown in Figure 8, its concrete steps are as follows:

Step 801: network side sends the related news that comprise descending TBF configuration information to MS, and this message is carried the upload control time slot mark.

Step 802:MS judges whether this message indicates on the upload control time slot mark time slot corresponding and is assigned up TBF, if, execution in step 803; Otherwise, execution in step 804.

Comprise that can to carry network side in the related news of descending TBF configuration information be each up TBF of distributing of MS and the corresponding relation of the sign of the time slot at this up TBF place.

Step 803:MS adopts the TTI of this up TBF, sends the upload control piece on upload control time slot mark time slot corresponding, and this flow process finishes.

When step 804:MS judges the TTI transmission upload control piece that adopts the descending TBF that disposes on described upload control time slot mark time slot corresponding, whether can surpass the multislot capability of MS, if, execution in step 805; Otherwise, execution in step 806.

Network side is that MS distributes the upload control time slot to show: must dispose descending TBF on this upload control time slot.

Step 805:MS determines a TTI that can not surpass the multislot capability of MS for the upload control piece, adopts this TTI to send the upload control piece on upload control time slot mark time slot corresponding, and this flow process finishes.

Step 806:MS adopts the TTI of the descending TBF that disposes on the described upload control time slot mark time slot corresponding, sends the upload control piece on upload control time slot mark time slot corresponding.

Below provide one and use object lesson embodiment illustrated in fig. 8:

Shown in Fig. 9-1, the maximum multislot capability of setting MS is: in 1 tdma frame transmission duration, MS can take 5 uplink and downlink time slots at most.Suppose that the current network side is right at time slot: 0,1, right with time slot: 2, send descending TBF1 and the descending TBF2 of 10ms on 3 respectively to MS, and network side is right to time slot: 0, the descending TBF1 of 10ms on 1 carries out poll, and the upload control time slot that distributes for MS is a time slot 2, then right: 0 if MS adopts with time slot, the TTI:10ms that descending TBF1 on 1 is identical sends the upload control piece, then can to take time slot right for this upload control piece: 2,3, at this moment, MS take on, descending time slot add up to 6, exceeded the number of 5 time slots that the maximum multislot capability of MS supports.Therefore, MS should adopt bigger TTI:20ms to send the upload control piece, and shown in Fig. 9-2, this upload control piece both can send on time slot 2, also can send on time slot 3.At this moment, the uplink and downlink time slot that MS takies adds up to 5, does not exceed the maximum multislot capability of MS, and then unappropriated another time slot can be distributed to other MS and use, and has rationally utilized channel resource.

Figure 10 has provided and has adopted the embodiment of the invention one and two to carry out system's composition diagram of upload control time slot allocation, and as shown in figure 10, this system mainly comprises: network side 101 and MS102, wherein:

Network side 101: be used for sending the related news that comprise descending TBF configuration information to MS102, this message is carried the upload control time slot mark, and carries the TTI indication information of upload control time slot correspondence; Receive the upload control piece that MS102 sends.

Further, network side 101 is used for carrying the information whether this message comprises the TTI indication at these related news that comprise descending TBF configuration information.

MS102: be used to receive the related news that comprise descending TBF configuration information that network side 101 is sent, determine the TTI of the TTI indication information correspondence that this message is carried, adopt this TTI, the upload control time slot mark time slot corresponding of carrying by this message sends the upload control piece to network side 101.

Further, MS102 is used to judge whether the related news that comprise descending TBF configuration information that network side 101 is sent carry the upload control time slot mark, if carry, then determines the TTI of the TTI indication information correspondence that this message is carried; Otherwise, adopting the TTI of descending TBF, the time slot that uses by descending TBF sends the upload control pieces to network side 101.

And/or further, MS102 is used to judge whether related news that comprise descending TBF configuration information that network side 101 is sent indicate comprises the TTI indication information, if then determine the TTI of the TTI indication information correspondence that this message is carried; Otherwise, adopting the TTI of descending TBF, the upload control time slot mark time slot corresponding of carrying by this message sends the upload control pieces to network side 101.

As shown in figure 10, MS102 mainly comprises: TTI determination module 1021 and upload control piece sending module 1022, wherein:

TTI determination module 1021: be used to receive the related news that comprise descending TBF configuration information that network side 101 is sent, determine the TTI of the TTI indication information correspondence that this message is carried, this TTI is sent to upload control piece sending module 1022.

Upload control piece sending module 1022: be used to the TTI that adopts TTI determination module 1021 to send, the upload control time slot mark time slot corresponding that the related news of sending by network side 101 that comprise descending TBF configuration information carry sends the upload control pieces to network side 101.

As shown in figure 10, MS102 also can comprise: TTI indication information determination module 1023, be used to receive the related news that comprise descending TBF configuration information that network side 101 is sent, and judge whether this message indicates and comprise the TTI indication information, if then comprise the TTI indication to 1021 transmissions of TTI determination module; Otherwise, do not comprise the TTI indication to 1021 transmissions of TTI determination module.

Accordingly, TTI determination module 1021 is indicated if receive the TTI that comprises that TTI indication information determination module 1023 is sent, then in the related news that comprise descending TBF configuration information that network side 101 is sent, find the TTI indication information, the TTI of this TTI indication information correspondence is sent to upload control piece sending module 1022; Indicate if receive the TTI that do not comprise that TTI indication information determination module 1023 is sent, then the TTI with descending TBF sends to upload control piece sending module 1022.

Figure 11 provides and adopts the embodiment of the invention three to carry out system's composition diagram of upload control time slot allocation, and as shown in figure 11, this system mainly comprises: network side 111 and MS112, wherein:

Network side 111: be used for sending the related news that comprise descending TBF configuration information to MS112, this message is carried the upload control time slot mark; Receive the upload control piece that MS112 sends.

MS112: be used to receive the related news that comprise descending TBF configuration information that network side 111 is sent, detect on the corresponding time slot of upload control time slot mark that this message carries and be assigned up TBF, then adopt the TTI of this up TBF, the upload control time slot mark time slot corresponding of carrying by this message sends the upload control piece to network side 111.

Further, MS112 is used to detect unallocatedly on the corresponding time slot of upload control time slot mark that related news that comprise descending TBF configuration information that network side 111 sends carry has a up TBF, then judge and adopt the TTI of the descending TBF that disposes on the corresponding time slot of described upload control time slot mark to send the multislot capability whether the upload control piece can exceed MS, if meeting, then determine the TTI that can not exceed the MS multislot capability, adopt this TTI, the upload control time slot mark time slot corresponding of carrying by this message sends the upload control piece to network side 111; If not can, then adopt the TTI of the descending TBF that disposes on the described upload control time slot mark time slot corresponding, the upload control time slot mark time slot corresponding of carrying by this message sends the upload control pieces to network side 111.

As shown in figure 11, MS112 mainly comprises: up TBF detection module 1121, MS multislot capability detection module 1122 and upload control piece sending module 1123, wherein:

Up TBF detection module 1121: be used to judge on the corresponding time slot of upload control time slot mark that related news that comprise descending TBF configuration information that network side 111 is sent carry whether be assigned up TBF, if the TTI of this up TBF is sent to upload control piece sending module 1123; Otherwise, send the detection indication to MS multislot capability detection module 1122.

MS multislot capability detection module 1122: be used for when receiving the detection indication that up TBF detection module 1121 is sent, judge and adopt the TTI of the descending TBF that on the corresponding time slot of the upload control time slot mark that the related news that comprise descending TBF configuration information that network side 111 is sent carry, disposes to send the upload control piece, the multislot capability that whether can exceed MS, if, determine a TTI that can not exceed the MS multislot capability, this TTI is sent to upload control piece sending module 1123; Otherwise the TTI of the descending TBF that will dispose on the corresponding time slot of described upload control time slot mark sends to upload control piece sending module 1123.

The upload control sending module 1123 of determining: be used to receive the TTI that up TBF detection module 1121 or MS multislot capability detection module 1122 are sent, this TTI that employing is received, the upload control time slot mark time slot corresponding that the related news of sending by network side 111 that comprise descending TBF configuration information carry sends the upload control piece to network side 111.

The above only is process of the present invention and method embodiment, in order to restriction the present invention, all any modifications of being made within the spirit and principles in the present invention, is not equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (19)

1. a upload control slot allocation method is characterized in that, comprising:
When network side sends the upload control time slot mark to mobile station MS, send the Transmission Time Interval TTI indication information of this upload control time slot correspondence; MS adopts the TTI of this TTI indication information correspondence, sends the upload control piece by described upload control time slot mark time slot corresponding to network side.
2. the method for claim 1, it is characterized in that described network side sends the upload control time slot mark and the TTI indication information is to MS: upload control time slot mark and TTI indication information are carried in the related news that comprise descending TBF configuration information send to MS.
3. method as claimed in claim 2 is characterized in that, the described related news that comprise descending TBF configuration information are: descending TBF configuration messages, or descending TBF resource reconfiguration message, or packet circuit exchange release Indication message, or the grouping switching command, or dual transfer mode handover command.
4. method as claimed in claim 2 is characterized in that, the described related news that comprise descending TBF configuration information further carry the information that whether comprises the TTI indication,
Described network side after MS sends the related news comprise descending TBF configuration information, MS further comprised before network side sends the upload control piece:
The information that whether comprises the TTI indication that MS carries according to the related news of receiving that comprise descending TBF configuration information, judge whether this message comprises the TTI indication information, if, adopt the TTI of TTI indication information correspondence, send the upload control piece to network side by described upload control time slot mark time slot corresponding; Otherwise, adopt the TTI of descending TBF, send the upload control piece by described upload control time slot mark time slot corresponding to network side.
5. method as claimed in claim 4 is characterized in that, described TTI indication information and the described information that whether comprises the TTI indication all are carried in the idle bit of the related news that comprise descending TBF configuration information.
6. method as claimed in claim 2, it is characterized in that, described network side further comprises after MS sends upload control time slot mark and TTI indication information: MS receives the TTI indication information of network side transmitted, but do not receive the upload control time slot mark of network side transmitted, then MS adopts the TTI of descending TBF, and the time slot that uses by descending TBF sends the upload control piece to network side.
7. the method for claim 1 is characterized in that, described method further comprises: preestablish when the upload control time slot is time slot of time slot centering the corresponding relation of the delivery time of upload control time slot mark and upload control piece;
Described upload control time slot mark time slot corresponding is a time slot of time slot centering;
Described MS sends the upload control piece to network side: MS determines the delivery time of upload control piece according to upload control time slot mark and described corresponding relation, sends the upload control piece at described delivery time.
8. a upload control slot allocation method is characterized in that, comprising:
MS receives the upload control time slot mark of network side transmitted, detect on the corresponding time slot of this upload control time slot mark and be assigned up TBF, then MS adopts the TTI of this up TBF, sends the upload control piece by described upload control time slot mark time slot corresponding to network side.
9. upload control slot allocation method, it is characterized in that, comprise: MS receives the upload control time slot mark of network side transmitted, detecting unallocatedly on the corresponding time slot of this upload control time slot mark has a up TBF, judge that then the TTI that adopts the descending TBF that disposes on the described time slot sends the multislot capability whether the upload control piece can exceed MS, if, then determine the TTI that can not exceed the MS multislot capability, adopt this TTI to send the upload control piece by described time slot; Otherwise, adopt the TTI of the descending TBF that disposes on the described time slot, send the upload control piece by described time slot.
10. method as claimed in claim 9 is characterized in that, the TTI of the descending TBF that disposes on the described time slot is 10 milliseconds, and described definite TTI that can not exceed the MS multislot capability is 20 milliseconds.
11. a upload control time slot distributing system is characterized in that, comprising: network side and MS, wherein:
Network side is used for sending the upload control time slot mark to MS, sends the TTI indication information of this upload control time slot correspondence simultaneously;
MS is used for determining the TTI of the TTI indication information correspondence of network side transmitted adopting this TTI, and the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.
12. system as claimed in claim 11, it is characterized in that described network side is used for sending the related news that comprise descending TBF configuration information to described MS, this message is carried described upload control time slot mark, and carry the described TTI indication information of this upload control time slot correspondence
Described MS is further used for, and receives the TTI indication information of network side transmitted, detects the upload control time slot mark of not receiving network side transmitted, then adopts the TTI of descending TBF, and the time slot that uses by descending TBF sends the upload control piece to network side.
13. system as claimed in claim 12, it is characterized in that, described MS is further used for, whether the related news of judging comprising of network side transmitted of descending TBF configuration information are indicated and are comprised the TTI indication information, if do not comprise, then adopt the TTI of descending TBF, the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.
14. a upload control time slot distributing system is characterized in that, comprising: network side and MS, wherein:
Network side is used for sending the upload control time slot mark to MS;
MS when being used for being assigned up TBF on detecting the upload control time slot mark time slot corresponding of network side transmitted, adopts the TTI of this up TBF, and the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.
15. a upload control time slot distributing system is characterized in that, comprising: network side and MS, wherein:
Network side is used for sending the upload control time slot mark to MS;
MS, be used on detecting the upload control time slot mark time slot corresponding of network side transmitted unallocated when up TBF is arranged, judge that the TTI that adopts the descending TBF that disposes on this time slot sends the multislot capability whether the upload control piece can exceed MS, if, then determine the TTI that can not exceed the MS multislot capability, adopt this TTI, the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side; Otherwise, adopting the TTI of the descending TBF that disposes on this time slot, the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.
16. a MS is characterized in that, comprising: TTI determination module and upload control piece sending module, wherein:
The TTI determination module is used to receive the TTI indication information of network side transmitted, determines the TTI of this TTI indication information correspondence, and this TTI is sent to upload control piece sending module;
Upload control piece sending module is used to the TTI that adopts the TTI determination module to send, and the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.
17. MS as claimed in claim 16, it is characterized in that, further comprise: TTI indication information determination module, be used to receive the related news of comprising of network side transmitted of descending TBF configuration information, this message is carried the upload control time slot mark, and carries the TTI indication information of upload control time slot correspondence, judges whether comprise the TTI indication information in this message, if do not comprise, then do not comprise the TTI indication to the transmission of TTI determination module;
And the TTI determination module is further used for, and receives not comprise the TTI indication, and then the TTI with descending TBF sends to upload control piece sending module.
18. a MS is characterized in that, comprising: up TBF detection module and upload control piece sending module, wherein:
Up TBF detection module when being used for being assigned up TBF on detecting the upload control time slot mark time slot corresponding of network side transmitted, sends to upload control piece sending module with the TTI of this up TBF;
Upload control piece sending module is used to the TTI that adopts up TBF detection module to send, and the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.
19. a MS is characterized in that, comprising: up TBF detection module, MS multislot capability detection module and upload control piece sending module, wherein:
Up TBF detection module is used on detecting the upload control time slot mark time slot corresponding of network side transmitted unallocatedly when up TBF is arranged, and sends to MS multislot capability detection module and to detect indication;
MS multislot capability detection module, be used for after receiving the detection indication, judge and adopt the TTI of the descending TBF that on the corresponding time slot of the upload control time slot mark of network side transmitted, disposes to send the upload control piece, the multislot capability that whether can exceed MS, if, determine a TTI that can not exceed the MS multislot capability, this TTI is sent to upload control piece sending module; Otherwise the TTI of the descending TBF that will dispose on the corresponding time slot of the upload control time slot mark of network side transmitted sends to upload control piece sending module;
Upload control piece sending module is used to adopt the TTI that receives, the upload control time slot mark time slot corresponding by network side transmitted sends the upload control piece to network side.
CN2006101623217A 2006-12-11 2006-12-11 Method, system of upward control time slot and mobile station CN101203020B (en)

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CN101931514B (en) * 2009-06-18 2013-03-27 电信科学技术研究院 Communication method, system and equipment for hybrid automatic repeat request
CN103260243B (en) * 2009-06-25 2016-03-02 华为技术有限公司 A kind of travelling carriage and network equipment
CN102857978B (en) * 2011-06-30 2017-03-22 中兴通讯股份有限公司 Resource processing method and device
CN103517419B (en) * 2012-06-20 2017-08-25 华为终端有限公司 Notify method, method for transmitting uplink data and the equipment of the channel use time of upstream data transmission
KR102113971B1 (en) 2013-01-17 2020-05-21 선 페이턴트 트러스트 Integrated circuit, base station and method
CN104717154B (en) * 2015-02-27 2018-10-09 华为技术有限公司 A kind of method and device of transmission data packet
WO2017133364A1 (en) * 2016-02-03 2017-08-10 电信科学技术研究院 Uplink control information transmitting method, receiving method, terminal and network side device
CN109565807A (en) * 2017-01-06 2019-04-02 华为技术有限公司 A kind of scheduling of uplink control signal, transmission method and equipment
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