CN103580792B

CN103580792B - Resource allocation method and device

Info

Publication number: CN103580792B
Application number: CN201210272308.2A
Authority: CN
Inventors: 徐伟杰; 贾民丽; 邢艳萍
Original assignee: China Academy of Telecommunications Technology CATT
Current assignee: China Academy of Telecommunications Technology CATT; Datang Mobile Communications Equipment Co Ltd
Priority date: 2012-08-01
Filing date: 2012-08-01
Publication date: 2017-05-03
Anticipated expiration: 2032-08-01
Also published as: CN103580792A

Abstract

The embodiment of the invention discloses a resource allocation method and device, and relates to the field of wireless communications, wherein the resource allocation method and device are used for reducing resource waste of a system. According to the scheme, a base station sends a physical control channel bearing a first slot time indication area and a first code channel indication area to a terminal, wherein the first time slot indication area is indicated as a time slot distributed by a shared service channel of the terminal, and the first code channel indication area is indicated as a code channel resource distributed by a first time slot in the distributed time slot; the base station sends an auxiliary resource indication channel bearing a second code channel indication area to the terminal, wherein the second code channel indication area is indicated as a code channel resource distributed by a second time slot in the distributed time slot. By means of the resource allocation method and device, resource waste can be reduced.

Description

Resource allocation methods and equipment

Technical field

The present invention relates to wireless communication field, more particularly to a kind of resource allocation methods and equipment.

Background technology

TD SDMA（TD-SCDMA）The structure of time slot of system is as shown in table 1 below, wherein, time slot（TS）0、 TS6 and descending pilot frequency time slot（DwPTS）It is fixed as descending time slot, uplink pilot time slot（UpPTS）When being fixed as up with TS1 Gap, TS2～TS5 can as needed be configured to upstream or downstream time slot, and GP is protection time slot.As time division duplex（TDD）System System, in order that up-downgoing traffic balancing, the general networking mode of existing network is 2：4 or 3：3 configurations, i.e., 2：During 4 configuration, ascending time slot There is TS 1 and TS2, other time slots（Except UpPTS and GP）It is descending time slot.And 3：During 3 configuration, ascending time slot then has TS1, TS2 And TS3.

Table 1

High-speed packet is accessed（High Speed Packet Access, HSPA）In network, physical layer channel includes：It is special Physical channel（Dedicated Physical Channel, DPCH）, high-speed downstream Physical Shared Channel（High Speed Physical Downlink Shared Channel, HS-PDSCH）, high speed descending sharing channel shared control channel （Shared Control Channel for HS-DSCH, HS-SCCH）, enhanced dedicated channel absolute grant channel（E-DCH Absolute Grant Channel, E-AGCH）, enhanced dedicated transmission channel（E-DCH）Hybrid automatic repeat-request it is true Recognize instruction channel（E-DCH HARQ Acknowledgement Indicator Channel, E-HICH）, HS-DSCH it is shared Information channel（Shared Information Channel for HS-DSCH, HS-SICH）, enhanced dedicated channel physically Row channel（E-DCH Physical Uplink Channel, E-PUCH）, enhanced random ascending control channel（E-RUCCH）、 Physical Random Access Channel（Physical Random Access Channel, PRACH）.Under typical channel configuration, by HS- SCCH, E-AGCH, E-HICH are configured in same descending time slot, generally TS6, and E-RUCCH, up DPCH, PRACH, HS- SICH is configured on same time slot, generally TS1, and E-PUCH can be according to scheduling in TS2（3：Can be with TS3 when 3）Or On TS1.

In upload control time slot（Such as TS1）, E-RUCCH and PRACH be multiplexed on the code channel of a SF8, system one It is well matched to put 1 or 2 HS-SICH, 1 or 2 SF16 is taken, but occupancy resource is 2 or 4 void SF16 code channels（Because general system The Kcell of system takes 8）.At this moment in addition to DPCH, the occupation condition of ascending control channel is 6 void SF16 code channels, and DPCH matches somebody with somebody When putting less, the surplus resources of TS1 can be more than SF2.And TS2 and TS3 uses SF1 if for transmitting E-PUCH typically. Wherein, SF is spreading factor.

In descending control time slot（Such as TS6）, two HS-SCCH of possible configuration, two E-AGCH, an E-HICH with And multiple descending DPCH；At this moment the time slot might have part code channel resource residue can be used for HS-PDSCH transmission.

In TS0 in secondary carrier, except the resource that FPACH and other control channels may take, residue is also had Code channel resource can be used for HS-PDSCH transmission；

Existing high-speed slender body theory（High Speed Downlink Packet Access, HSDPA）Technology is led to HS-SCCH is crossed by the resource notification targeted customer of network allocation, user obtains network side by the monitoring to HS-SCCH and decoding Scheduling.In order to support different characteristics, 9 kinds of HS-SCCH types are had in existing protocol（type）, below with HS-SCCH The method that the time slot and code channel resource of network side authorization by direction are illustrated as a example by type 1.HS-SCCH type 1 carry altogether 30 letters Breath bit, it is as shown in table 2 below.

Table 2

Wherein, CCS is channelization code set（channelisation-code-set）, TS is gap information（Time slot information）, MOD is modulation system, and TBS is transport block size, and HAP is HARQ processes, and RV is redundancy versions, and NDI is new Data indicate that HCSN is HS-SCCH cyclic sequences number, and UE ID are terminal iidentification.CCS domains are used to indicate the code channel resource of distribution； TS domains are used to refer to the time slot for distributing.

Front 4 bit is used to indicate initial code channel in the CCS domains of 8 bits（k_start）, afterwards 4 bits are for instruction termination code channel （k_stop）, combine one group of continuous channel code of instruction（That is code channel）, its mapping relations is as shown in table 3 below.

k_start	x_{Ccs, 1}	x_{Ccs, 2}	x_{Ccs, 3}	x_{Ccs, 4}	k_stop	x_{Ccs, 5}	x_{Ccs, 6}	x_{Ccs, 7}	x_{Ccs, 8}
										1	0	0	0	0	1	0	0	0	0
2	0	0	0	1	2	0	0	0	1
										3	0	0	1	0	3	0	0	1	0
4	0	0	1	1	4	0	0	1	1
										5	0	1	0	0	5	0	1	0	0
6	0	1	0	1	6	0	1	0	1
										7	0	1	1	0	7	0	1	1	0
8	0	1	1	1	8	0	1	1	1
										9	1	0	0	0	9	1	0	0	0
10	1	0	0	1	10	1	0	0	1
										11	1	0	1	0	11	1	0	1	0
12	1	0	1	1	12	1	0	1	1
										13	1	1	0	0	13	1	1	0	0
14	1	1	0	1	14	1	1	0	1
										15	1	1	1	0	15	1	1	1	0
16	1	1	1	1	16	1	1	1	1

Table 3

If k_start=16, k_stop=1 represents the resource for being assigned with SF=1, in addition, kstart>Kstop is considered Mistake.

The form of the TS domains bit map of 5 bits indicates whether time slot 2 is allocated to time slot 6.When high-rise configuration time slot 0 HS-PDSCH is can serve as, is then formerly used for indicating that the bit of time slot 2 is used to indicate time slot 0.

Remaining HS-SCCH type also has the gap information of 5 bits, and indicating mode is identical with Class1.Except HS- Type beyond SCCH types 5 has CCS domains, and simply the length in CCS domains is different, so as to cause the resource grains that can indicate that Degree is different, but indicating mode is similar.

Existing high speed uplink packet access（High Speed Uplink Packet Access, HSUPA）Technology passes through The resource notification targeted customer of network allocation, user are obtained the tune of network side by the monitoring to E-AGCH and decoding by E-AGCH Degree.Existing protocol specifies there are two kinds of E-AGCH types, E-AGCH type1 and E-AGCH type2, and channel architecture is respectively such as following table 4 and table 5 shown in.

Table 4

Table 5

Wherein, PRRI is power resource relevant information, and CRRI is code channel resource relevant information（Code Resource Related Information）, TRRI is time slot relevant information, and ECSN is E-AGCH cyclic sequences number, and RDI is resource continuous Indicate, EI is E-HICH instructions, ENI is the instruction of E-UCCH numbers, and CRC is CRC, and Reserved is reserved field, Flag is flag bit.

Wherein, the TRRI of 5 bits indicates the Time slot allocation situation from time slot 1 to time slot 5 in the way of bit map；CRRI Domain then indicates orthogonal variable propagation factor（Orthogonal Variable Spreading Factor, OVSF）Node in code tree Numbering, ovsf code tree is as shown in table 6 below.The CRRI of 5 bits indicates a numbering in 0-30；The CRRI of 4 bits indicate 0 to A numbering in 14.Ci (Q) represents that spreading factor is equal to i-th channel code of Q.

Table 6

From the indicating mode of uplink and downlink timeslot in above-mentioned HSPA, code channel resource current mechanism is can be seen that for an end The uplink/downlink data dispatch at end, the resource of distribution is all the two-dimensional rectangle Resource Block that multi-slot, many code channels are constituted, i.e., for Each time slot of distribution, the code channel resource for distributing in this timeslot is all identical.

At present because HSPA systems can not carry out the distribution and scheduling of non-rectangle resource, resource is formed and is wasted, to system Capacity is particularly terminal single user peak rate and all has a certain impact.

The content of the invention

The embodiment of the present invention provides a kind of resource allocation methods and equipment, for reducing the wasting of resources of system.

A kind of resource allocation methods, the method includes：

Base station to terminal sends physical control channel, carries on the physical control channel for being designated as the shared of terminal First time slot instructions field of the time slot of traffic channel assignments and for being designated as the time slot in the first time slot distribution code First code channel instructions field of road resource；And,

Base station sends auxiliary resources and indicates channel to terminal, and the auxiliary resources indicates to be carried for being designated as end on channel Second code channel of the code channel resource of the second time slot distribution in the time slot of the shared service channel distribution at end, in addition to the first time slot Instructions field.

A kind of resource determining method, the method includes：

Terminal receives the physical control channel that base station sends, and carries on the physical control channel for being designated as terminal First time slot instructions field of the time slot of shared service channel distribution and for being designated as the time slot in the first time slot distribution Code channel resource the first code channel instructions field；And,

Terminal receives the auxiliary resources instruction channel that base station sends, and the auxiliary resources indicates to be carried for indicating on channel The second code road instructions field of the code channel resource of the second time slot distribution in for the time slot, in addition to the first time slot；

The information that terminal indicates to be carried on channel according to the physical control channel and auxiliary resources that receive, determines that base station is The time slot and code channel resource of the terminal distribution.

A kind of base station, the base station includes：

First transmitting element, for sending physical control channel to terminal, carries for referring on the physical control channel Be shown as the first time slot instructions field of the time slot of the shared service channel distribution of terminal and for being designated as the time slot in First code channel instructions field of the code channel resource of one time slot distribution；And,

Second transmitting element, for sending auxiliary resources to terminal channel is indicated, the auxiliary resources indicates to be carried on channel The code channel of the second time slot distribution in having for being designated as the time slot of the shared service channel distribution of terminal, in addition to the first time slot The second code road instructions field of resource.

A kind of terminal, the terminal includes：

First receiving unit, for receiving the physical control channel of base station transmission, on the physical control channel use is carried In be designated as the first time slot instructions field of the time slot of the shared service channel distribution of terminal and for being designated as the time slot in The first time slot distribution code channel resource the first code channel instructions field；And,

Second receiving unit, the auxiliary resources for receiving base station transmission indicates channel, and the auxiliary resources is indicated on channel The second code Dow Jones index of the code channel resource of the second time slot distribution in carrying for being designated as the time slot, in addition to the first time slot Show domain；

Resource determining unit, for indicating the letter carried on channel according to the physical control channel and auxiliary resources that receive Breath, determines time slot and code channel resource that base station is the terminal distribution.

In scheme provided in an embodiment of the present invention, base station sends to terminal and carries the first time slot instructions field and the first code channel The physical control channel of instructions field, wherein the first time slot instructions field is designated as the time slot of the shared service channel distribution of terminal, the One code channel instructions field is designated as the code channel resource of the distribution of the first time slot in the time slot for distributing, and, base station sends to terminal and holds The auxiliary resources for being loaded with second code road instructions field indicates channel, and wherein second code road instructions field is designated as the in the time slot for distributing The code channel resource of two time slots distribution, it is seen then that this programme is the code channel money that the distribution of the first time slot is respectively indicated to by two channels Source and the code channel resource for the distribution of the second time slot, are indicated by different channels are then passed through, therefore can be the first time slot and the Two time slots distribute and indicate different code channel resources, it is achieved thereby that in the allocative decision of non-matrix resource, with prior art Code channel resource all same to distribute in the time slot of the shared service channel distribution of terminal is compared, and the present invention can reduce resource wave Take.

Description of the drawings

Fig. 1 is method flow schematic diagram provided in an embodiment of the present invention；

Fig. 2 is other method schematic flow sheet provided in an embodiment of the present invention；

Fig. 3 a are the schematic flow sheet of the embodiment of the present invention one；

Fig. 3 b are the schematic flow sheet of the embodiment of the present invention two；

Fig. 4 is architecture of base station schematic diagram provided in an embodiment of the present invention；

Fig. 5 is terminal structure schematic diagram provided in an embodiment of the present invention.

Specific embodiment

In order to be terminal distribution non-matrix resource in HSPA systems, and then the wasting of resources of system is reduced, this Bright embodiment provides a kind of resource allocation and determines method.

Referring to the resource allocation methods that Fig. 1, the embodiment of the present invention are provided for base station side, comprise the following steps：

Step 10：Base station to terminal sends physical control channel, carries on the physical control channel for being designated as end First time slot instructions field of the time slot of the shared service channel distribution at end and for be designated as distribute time slot in first when First code channel instructions field of the code channel resource of gap distribution；And,

Step 11：Base station sends auxiliary resources and indicates channel to terminal, the auxiliary resources indicate to be carried on channel for It is designated as the code channel resource of the second time slot distribution in the time slot of the shared service channel distribution of terminal, in addition to the first time slot Second code road instructions field.

Preferably, the auxiliary resources that base station sends indicates also to carry the second time slot for indicating the second time slot on channel Instructions field；Or,

Include multiple bit groups in second code road instructions field, base station and terminal are made an appointment the corresponding time slot of each bit group Or base station notifies the corresponding time slot of terminal each bit group by high-level signaling；For each bit group, if the bit group takes Value is not particular value, then the corresponding time slot of the bit group is the second time slot, otherwise, when the corresponding time slot of the bit group is not second Gap.The particular value can be complete zero etc.；Or,

Base station and terminal make an appointment the second time slot or base station is sent the configured information of the second time slot by high-level signaling To terminal.

Specifically, the second time slot instructions field adopts bit map（bitmap）Mode indicates the second time slot, such as, if should Certain bit in bitmap is 0, then it represents that the corresponding time slot of the bit is not the second time slot, if certain ratio in the bitmap Specially for 1, then it represents that the corresponding time slot of the bit is the second time slot.Preferably, sending auxiliary resources to terminal in base station indicates letter Before road, base station time slot corresponding with each bit in terminal agreement or base station notice terminal bitmap.

Each bit group in second code road instructions field is designated as the code channel resource of the second time slot distribution using bitmap modes, Such as, if certain bit in the bitmap is 1, the corresponding code channel of the bit is assigned to current second time slot, if should Certain bit in bitmap is 0, then the corresponding code channel of the bit is not allocated to current second time slot.Or,

Each bit group is by carrying the feature that shared service channel takes to the periodicity of the code channel resource in the second time slot Information or the corresponding numbering of this feature information are being designated as the code channel resource of the second time slot distribution.Preferably, in base station to terminal Send auxiliary resources to indicate before channel, base station and terminal are made an appointment and the corresponding implication of the numbering or contained the numbering is corresponding Justice is notified to terminal.It is exemplified below：

In hypothesis system, in the 11st to the 16th SF16 channel configuration DPCH of time slot（Dedicated Physical Channel, DPCH）And the cycle of DPCH is 20ms（4 subframes of correspondence）；DPCH periodically takes code channel money Source, therefore can be with the shared Traffic Channel HS-PDSCH time-division（In units of subframe）Shared code channel resource.Then can define such as The corresponding numbering of characteristic information that lower 8 HS-PDSCH take to the periodicity of the time slot：

Numbering 0, corresponding implication is transmitted for the 13 to 16th SF16 code channel of time slot for HS-PDSCH, and 11 to 12 Code channel the 2nd, 3,4 subframe positions in the cycle are for HS-PDSCH transmission；

Numbering 1, corresponding implication is transmitted for the 13 to 16th SF16 code channel of time slot for HS-PDSCH, and 11 to 12 Code channel the 3rd, 4 subframe positions in the cycle are for HS-PDSCH transmission；

Numbering 2, corresponding implication is transmitted for the 13 to 16th SF16 code channel of time slot for HS-PDSCH, and 11 to 12 Code channel the 4th subframe position in the cycle is for HS-PDSCH transmission；

Numbering 3, corresponding implication is transmitted for the 13 to 16th SF16 code channel of time slot for HS-PDSCH；

Numbering 4, corresponding implication is transmitted for the 15 to 16th SF16 code channel of time slot for HS-PDSCH, and 13 to 14 Code channel the 2nd, 3,4 subframe positions in the cycle are for HS-PDSCH transmission；

Numbering 5, corresponding implication is transmitted for the 15 to 16th SF16 code channel of time slot for HS-PDSCH, and 13 to 14 Code channel the 3rd, 4 subframe positions in the cycle are for HS-PDSCH transmission；

Numbering 6, corresponding implication is transmitted for the 15 to 16th SF16 code channel of time slot for HS-PDSCH, and 13 to 14 Code channel the 4th subframe position in the cycle is for HS-PDSCH transmission；

Numbering 7, corresponding implication is transmitted for the 15 to 16th SF16 code channel of time slot for HS-PDSCH.

Specifically, base station is using the public wireless network temporary mark with terminal agreement（RNTI）Or the exclusive RNTI of terminal, Auxiliary resources to sending indicates that channel is scrambled.Channel enters to be indicated to the auxiliary resources for sending using terminal exclusive RNTI During row scrambling, the auxiliary resources indicates that channel can be HS-SCCH signalings（order）Channel, and the HS-SCCH order channels In carry for indicate present channel for auxiliary resources indicate channel order type indication bits.

Preferably, before base station sends auxiliary resources instruction channel to terminal, auxiliary resources is indicated channel institute by base station The information of the resource location of occupancy is sent to terminal；Or, base station is made an appointment shared by auxiliary resources instruction channel with terminal Resource location.

Specifically, without fixed sequential relationship between step 11 and step 10, that is, base station can send physics control While channel processed, send auxiliary resources and indicate channel；Or, base station sent auxiliary money before physical control channel is sent Source indicates channel；Or, base station periodically sends auxiliary resources and indicates channel according to the predetermined time cycle to terminal；Or Person, base station sends auxiliary resources and indicates channel when resource allocation changes to terminal.

Preferably, the auxiliary resources that base station sends indicates also to carry entry-into-force time domain on channel, the entry-into-force time domain use In the entry-into-force time for indicating the resource indicated by auxiliary resources instruction channel.

Preferably, also carrying on the physical control channel of base station transmission refer to for whether instruction terminal to receive auxiliary resources Show the information that the resource of channel is indicated；Or, base station sends whether receive auxiliary for instruction terminal to terminal by high-level signaling Resource is helped to indicate the information that the resource of channel is indicated.

In this method, the first time slot can be whole time slot, and the second time slot can be non-whole time slot；Wherein, non-whole time slot is Refer in the time slot causes shared service channel to take due to other physical channels being configured with addition to shared service channel All code channels of the time slot；Whole time slot refers to other physical channels not configured in the time slot in addition to shared service channel and makes altogether Enjoying Traffic Channel can take all code channels of the time slot.

Referring to Fig. 2, the embodiment of the present invention provides a kind of resource determining method, comprises the following steps：

Step 20：Terminal receives the physical control channel that base station sends, and carries on the physical control channel for indicating The first time slot instructions field for the time slot of the shared service channel distribution of terminal and for being designated as the time slot for distributing in the First code channel instructions field of the code channel resource of one time slot distribution；And,

Step 21：Terminal receives the auxiliary resources instruction channel that base station sends, and the auxiliary resources indicates to be carried on channel The second code road of in for being designated as the time slot for distributing, the second time slot distribution in addition to the first time slot code channel resource is indicated Domain；

Step 22：The information that terminal indicates to be carried on channel according to the physical control channel and auxiliary resources that receive, really Determine time slot and code channel resource that base station is the terminal distribution, then it is determined that time slot and code channel resource on send shared service letter Road.

In step 22, the information that terminal indicates to be carried on channel according to the physical control channel and auxiliary resources that receive, Determine time slot and code channel resource that base station is the terminal distribution, implementing can be as follows：

When auxiliary resources indicates also to carry on channel for the second time slot instructions field for indicating the second time slot, terminal root It is defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the second time slot instructions field is determined Two time slots, during by being defined as first for the time slot in the time slot of the shared service channel distribution of the terminal in addition to the second time slot Gap, and the code channel resource of the first time slot distribution is defined as according to the first code channel instructions field, will be indicated by the first code channel instructions field Code channel resource be defined as the first time slot distribution code channel resource；The distribution of second time slot is defined as according to second code road instructions field Code channel resource, code channel resource that will be indicated by second code road instructions field is defined as the code channel resource of the second time slot distribution；Here, Second time slot instructions field can to indicate the second time slot using bitmap modes, such as, if certain bit in the bitmap be 0, Then represent that the corresponding time slot of the bit is not the second time slot, if certain bit in the bitmap is 1, then it represents that the bit correspondence Time slot be the second time slot, terminal can determine that each bit is corresponding in bitmap according to the notice of the agreement of base station or base station Time slot.Or,

When including multiple bit groups in second code road instructions field, terminal is defined as the terminal according to the first time slot instructions field Shared service channel distribution time slot, according to base station agreement or base station send high-level signaling determine second code road indicate The corresponding time slot of each bit group included in domain, for each bit group, if the value of the bit group is not particular value, for example Complete zero, it is determined that the corresponding time slot of the bit group is the second time slot, otherwise, it determines when the corresponding time slot of the bit group is not second Gap；The first time slot will be defined as the time slot in the time slot of the shared service channel distribution of the terminal in addition to the second time slot, and The code channel resource of the first time slot distribution is defined as according to the first code channel instructions field；When being defined as second according to second code road instructions field The code channel resource of gap distribution；Or,

Terminal is defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to base station Agreement or the high-level signaling that sends of base station determine the second time slot, by remove in the time slot of the shared service channel distribution of the terminal Time slot outside second time slot is defined as the first time slot, and is defined as the code channel of the first time slot distribution according to the first code channel instructions field Resource, code channel resource that will be indicated by the first code channel instructions field is defined as the code channel resource of the first time slot distribution；According to second Code channel instructions field is defined as the code channel resource of the second time slot distribution, and code channel resource that will be indicated by second code road instructions field determines For the code channel resource of the second time slot distribution.

For each bit group that corresponding time slot is the second time slot, if the bit group is designated as second using bitmap modes The code channel resource of time slot distribution, then can as follows be defined as the code channel resource of the second time slot distribution：If the bitmap In certain bit be 1, then the corresponding code channel of the bit be allocated to current second time slot, if in the bitmap certain ratio Specially for 0, then the corresponding code channel of the bit is not allocated to current second time slot.If the bit group is by carrying shared service channel The distribution of second time slot is designated as to the characteristic information or the corresponding numbering of this feature information of the periodicity occupancy of the second time slot Code channel resource, then be defined as follows the code channel resource of the second time slot distribution：Believed according to this feature information or this feature The corresponding numbering of breath determines the code channel resource that shared service channel takes in current second time slot, and the code channel resource is for second The code channel resource of time slot distribution.Terminal can determine the corresponding implication of numbering according to the notice with the agreement of base station or base station.

Specifically, terminal adopts the public RNTI with base station agreement or end when base station auxiliary resources instruction channel is received Exclusive RNTI is held, channel descrambles to be indicated to the auxiliary resources.Letter is being indicated to sending out auxiliary resources using the exclusive RNTI of terminal When road is descrambled, the auxiliary resources indicates that channel is to take in HS-SCCH order channels, and the HS-SCCH order channels With the order type indication bits for indicating channel for auxiliary resources for indicating present channel.

Preferably, before terminal receives the auxiliary resources instruction channel that base station sends, terminal receives the auxiliary of base station transmission Resource is helped to indicate the information of the resource location shared by channel；Or, terminal and base station auxiliary resources of making an appointment indicates channel Shared resource location；Then, terminal receives the auxiliary resources instruction channel that base station sends on the resource location.

Specifically, terminal can indicate to be held on channel according to the physical control channel and auxiliary resources for receiving in step 21 The information of load, determines base station in the time slot and code channel resource that present sub-frame is the terminal distribution；Or, terminal is according to auxiliary resources The entry-into-force time domain carried on channel is indicated, determines that the auxiliary resources indicates the entry-into-force time of the resource indicated by channel, and root According to the information that the physical control channel and auxiliary resources that receive indicate to be carried on channel, base station is determined within the entry-into-force time to be somebody's turn to do The time slot and code channel resource of terminal distribution.

Preferably, the information for indicating to be carried on channel according to the physical control channel and auxiliary resources that receive in terminal, Before determining the time slot and code channel resource that base station is the terminal distribution, terminal is logical according to carry on physical control channel or base station The information that resource crossing high-level signaling transmission, whether receiving the auxiliary resources instruction channel for instruction terminal is indicated, really The fixed auxiliary resources that whether receives indicates that the resource of channel is indicated；Terminal is it is determined that receiving the auxiliary resources indicates letter in step 21 When the resource in road is indicated, according to the information that the physical control channel and auxiliary resources that receive indicate to be carried on channel, base is determined Stand as the time slot and code channel resource of the terminal distribution.

Specifically, without fixed sequential relationship between step 21 and step 20, that is, terminal can receive physics control While channel processed, receive auxiliary resources and indicate channel；Or, terminal received auxiliary money before physical control channel is received Source indicates channel；Or, terminal periodically receives the auxiliary resources instruction letter that base station sends according to the predetermined time cycle Road；Or, terminal indicates channel according to the scheduled reception auxiliary resources of base station.

In this method, the first time slot is whole time slot, and the second time slot is non-whole time slot；Wherein, non-whole time slot refers to the time slot In cause shared service channel to take the time slot due to other physical channels being configured with addition to shared service channel All code channels；Whole time slot refers to other physical channels not configured in the time slot in addition to shared service channel and believes shared service Road can take all code channels of the time slot.

When physical control channel in the present invention is HS-SCCH, shared service channel is HS-PDSCH, is shared service letter The time slot of road distribution is descending time slot；Or, when physical control channel is E-AGCH, shared service channel is E-PUCH, is altogether The time slot for enjoying traffic channel assignments is ascending time slot.

With reference to specific embodiment, the present invention will be described：

For auxiliary resources indicates the resource indicating method on channel, the following two kinds mode can be adopted：

Mode 1, indicates to distinguish by time slot instructions field that it is carried and code channel instructions field on channel in auxiliary resources Indicate the non-whole time slot and the code channel resource on these time slots in non-rectangle resource；

Up, descending time slot non-whole time interval resource distribution can be simultaneously indicated in auxiliary resources channel, it is also possible to single Solely indicate up or descending time slot non-whole time interval resource distribution；

Specifically：Time slot instructions field can be to adopt bitmap modes to indicate which time slot is non-whole time slot；

For example, N number of bit indicates N number of time slot, and each bit can value 0 or 1；Can arrange：Value represents the bit table for 1 The time slot for showing is non-whole time slot, and it is not non-whole time slot that value is 0 time slot for representing that the bit represents；Vice versa；For example：For TD-SCDMA system totally 7 uplink and downlink timeslots, can adopt 7 bits to indicate the non-whole time interval resource of TS0 to TS6 totally 7 time slots Distribution.Preferably, it would however also be possible to employ less bit indicates some specific time slots（In system resource allocation, these time slots Most possibly become non-whole time slot）Whether be non-whole time slot, such as can using 4 bits represent TS0, TS1, TS5, TS6 this 4 Which time slot is non-whole time slot in individual descending time slot；Specific time-gap number can be arranged by network and terminal or network passes through High-level signaling notifies terminal.

For the code channel of non-whole time slot is indicated, can be in the following way：

Specifically, for each non-whole time slot, the indicating means of code channel is indicated using bitmap modes：K ratio is refered in particular to In the case of showing the distribution condition of K code channel, such as K=8, whether the resource on the empty code channel of 8 bits 8 2XSF16 of instruction Distribution；Can arrange：Value represents the corresponding code channel of the bit and is scheduled to terminal and carries out data transmission for 1, and value is that 0 represent should The empty code channel that bit is represented is not scheduled to terminal to carry out data transmission；Vice versa.

Specifically, for each non-whole time slot, the periodic feature information of the non-whole time interval resource of terminal can be notified, to tool There are the different cycles of the non-whole time interval resource of cyclically-varying feature, different code channel situations to be numbered, network is arranged with terminal Or network is notified the numbering on auxiliary resources channel by signaling the periodic resources implication of each numbering instruction of terminal Terminal；

Specifically, for each non-whole time slot, code channel indicates that the code channel resource in existing HSDPA can also be adopted to indicate Mode, using C（C is even number）Individual bit is indicated；C/2 bits indicate resource starting code channel position, and in addition C/2 bits indicate resource Terminate code channel position；

Specifically, for each non-whole time slot, code channel is indicated can also be using code channel resource instruction side in existing HSUPA Formula, i.e. CRRI indicate the numbering of the upper node of ovsf code tree；

The code channel indication bit of all time slots is set in code channel instructions field, and such as 7 time slots, each time slot adopts above-mentioned Bitmap modes need 8 bits, then code channel instructions field needs altogether 56 bits；It is preferred that code channel instructions field is only distributed most Greatly may the code channel of non-whole time slot of number indicate, such as, it is believed that 4 non-whole time slots at most occurs in system, then only need point Indicate respectively the code channel resource of 4 possible non-whole time slots with 4 bit groups, now according to it is non-whole in non-whole time slot instructions field when The order that gap occurs sets gradually the code channel indication bit group of each non-whole time slot；

Mode 2, indicates to carry code channel instructions field to indicate the code channel on non-whole time slot by it on channel in auxiliary resources Resource situation, network and terminal arrange or network by each bit group in high-level signaling notification code road instructions field it is corresponding when Gap；

In which, only occurs code channel instructions field on auxiliary resources channel, the instruction of code channel can be adopted and phase in mode 1 Same method：That is bitmap modes, existing HSDPA code channels indicating mode and existing HSUPA code channels indicating mode；

Specifically, code channel instructions field is whole is sequentially arranged the code channel resource that M bit group indicates respectively M time slot, net Network and terminal are arranged or network notifies the corresponding time-gap number of each bit group by high-level signaling；If the value of bit group is spy Definite value --- such as " 00000000 ", then it represents that the corresponding time slot of bit group is not non-whole time slot（It is not that non-whole time slot refers to this All code channels of time slot can be used for shared channel transmission or all code channels are used as control channel transmission）, otherwise represent the bit The corresponding time slot of group is non-whole time slot, and now network indicates code channel resource with the bit group by the code channel indicating means of agreement；

Auxiliary resources based on said method indicates channel, can adopt the public RNTI scramblings of an agreement or adopt UE-Specific RNTI are scrambled.Further, the auxiliary resources that UE-Specific RNTI are scrambled is adopted to indicate that channel can be with It is a kind of and existing HS- in reserving by arranging order type indication bits using existing HS-SCCH order channels SCCH order distinguish and represent be the HS-SCCH order channels be auxiliary resources indicate channel；

Auxiliary resources indicates that the transmission position of channel can be allocated to terminal or by network and end by network by high-level signaling End agreement is determined by terminal repeated detection；Auxiliary resources channel can all send in each frame or enter according to the fixed cycle Line period sends or sends only when non-rectangle distribution of resource changes；Auxiliary resources indicates the non-rectangle that channel is indicated Resource can come into force working as in frame scheduling, it is also possible to indicate when coming into force of non-rectangle resource by addition entry-into-force time domain on the channel Between.

Whether network can also be needed by high-level signaling configuration or a bit instruction terminal on physical control channel Receive the data dispatch of above-mentioned non-rectangle；If network instruction terminal need not receive above-mentioned non-rectangle data dispatch, terminal is not Need to monitor above-mentioned physical channel, only carry out data transmission according to the instruction of control channel；

Base station for terminal scheduling when, if the scheduling of resource comprising non-whole time slot, base station is in control channel（It is up： E-AGCH；It is descending：HS-SCCH）In TRRI in by the time slot set；

For terminal, know whether network is carried out to it according to the configuration of high-level signaling or the instruction of physical layer signaling Non-rectangle scheduling of resource；In the case where non-rectangle is dispatched, terminal reads auxiliary resources and indicates channel and combine control channel Time slot indicate to know non-rectangle resource in non-whole time slot time slot and code channel resource.

Embodiment one：

For the non-rectangle resource scene of such as Fig. 3 a, time slot 0 and time slot 6 are non-whole time slot：The code channel resource of time slot 0 is volume Numbers 5 to numbering 16 code channel, the code channel resource of time slot 6 is that numbering 9 to the code channel of numbering 10 adds numbering 13 to the code channel of numbering 16. Time slot 4, time slot 5 are the resource of whole time slot；

The key step of the present embodiment is as follows：

Step A：Base station sends auxiliary resources and indicates channel to terminal；

Base station sends auxiliary resources and indicates that non-whole time slot instructions field is set to " 10001 " on channel to terminal in advance（First Individual bit represents time slot 0, and second and later bit represent time slot 3 to time slot 6）；For the code channel resource of non-whole time slot Indicate, according to bitmap modes, if the code channel of bit 2 SF16 of instruction, the instruction of a time slot needs 8 bits, Then the bit of code channel instructions field is set to " 0011111100001011xx ... xxx ", and xxx represents the ratio for keeping for other time slots It is special；Code channel instructions field total length is that the code channel indication bit expense of each time slot is multiplied by the non-whole number of time slots for needing to indicate.

Step B：Terminal reads auxiliary resources and indicates channel, to obtain non-rectangle resource distribution information；

Step C：Base station sends the HS-SCCH for resource authorization；

Base station by above-mentioned non-rectangle scheduling of resource to terminal when, using in control channel HS-SCCH TRRI indicate resource Time slot：TRRI=10111（First bit represents time slot 0, and second and later bit represent time slot 3 to time slot 6）；CSS The existing mode in domain is set to " 00001111 " and represents that time slot 4,5 is scheduled to terminal for all of code channel；

Step D：Terminal combines the non-rectangle resource indication information for obtaining before this according to base station transmission HS-SCCH and obtains completely Authorization resources.

The auxiliary resources that terminal passes through to obtain in advance indicates channel, you can knows and include in resource authorization that time slot 0 and 6 is non- Whole time slot simultaneously knows the code channel resource of the time slot, the non-whole time slot comprising time slot 0 and 6 in the mandate of the HS-SCCH that terminal reads With all code channel resources of 4,5 two whole time slots of time slot；Thus terminal obtains the authorization resources of non-rectangle.

Embodiment two：

Still as a example by with the identical non-rectangle resource allocation conditions of embodiment one, authorization channel and auxiliary resources indicate letter The concrete indicating means in road is not repeated to list；

The key step of this method is as follows：

Step A：Base station to send and send auxiliary resources instruction channel to terminal while resource grant channels are HS-SCCH；

Step B：The HS-SCCH and auxiliary resources that terminal sends according to base station indicates that channel obtains complete authorization resources.

The present embodiment is that in dispatch terminal each time, base station is simultaneously for base station with the method difference of embodiment one Resource grant channels are sent to terminal indicate channel with auxiliary resources.Terminal needs to receive money simultaneously when scheduling is received each time Source authorization channel and auxiliary resources indicate channel.

Embodiment three：

For the such as scene of Fig. 3 b, time slot 1 is non-whole time slot：Code channel resource is the empty code channel of numbering 13 to numbering 16, when Gap 2,3 is the resource of whole time slot.

Then base station by above-mentioned non-rectangle scheduling of resource to terminal when, using on physical control channel E-AGCH TRRI indicate Resource timeslot：TRRI=11100；（Five bits indicate respectively whether time slot 1 distributes to time slot 5）；CSS domains are set by existing mode For " 00000 "（E-AGCH type1）Or " 0000 "（E-AGCH type2）, represent that time slot 2,3 is scheduled to for all of code channel Terminal；Indicate that non-whole time slot instructions field is set to " 10000 " on channel in auxiliary resources（Five bits indicate respectively time slot 1 to Whether time slot 5 is non-whole time slot）；

For the code channel resource of non-whole time slot is indicated, according to bitmap modes, if the code of bit 2 SF16 of instruction Road, the instruction of a time slot needs 8 bits, then the bit of code channel instructions field is set to " 00000011xx ... xxx ", xxx tables Show the bit for keeping for other time slots；

For the code channel resource of non-whole time slot is indicated, according to the CRRI indicating modes of existing E-AGCH, then non-whole time slot Each time slot needs 5 in code channel instructions field（E-AGCH type1）Individual bit or 4 bits（E-AGCH type2）, to adopt 4 As a example by individual bit, non-whole time-slot code channel indication bit is " 0110xxx ... xxx ", and the code channel on non-whole time slot 1 is C4 (4).Code channel Instructions field total length is that the code channel indication bit expense of each time slot is multiplied by the non-whole number of time slots for needing to indicate.

Terminal reads the non-whole time slot instructions field that the TRRI and auxiliary resources on E-AGCH is indicated on channel, and terminal determines Non- whole time slot is included in the time slot mandate for carrying on the e-agch, terminal further indicates the code channel on channel according to auxiliary resources Resource indicates the code channel information for obtaining non-whole time slot.

Referring to Fig. 4, the embodiment of the present invention provides a kind of base station, and the base station includes：

First transmitting element 40, for terminal send physical control channel, carry on the physical control channel for Be designated as the first time slot instructions field of the time slot of the shared service channel distribution of terminal and for being designated as the time slot in First code channel instructions field of the code channel resource of the first time slot distribution；And,

Second transmitting element 41, for sending auxiliary resources to terminal channel is indicated, the auxiliary resources indicates to be held on channel The code of the second time slot distribution in being loaded with for being designated as the time slot of the shared service channel distribution of terminal, in addition to the first time slot The second code road instructions field of road resource.

Further, the auxiliary resources that second transmitting element 41 sends indicates also to be carried on channel for indicating the Second time slot instructions field of two time slots；Or,

Second transmitting element 41 is additionally operable to：It is pre- with terminal when including multiple bit groups in second code road instructions field First arrange the corresponding time slot of each bit group or the corresponding time slot of terminal each bit group is notified by high-level signaling；For each Bit group, if the value of the bit group is not particular value, the corresponding time slot of the bit group is the second time slot, otherwise, the bit The corresponding time slot of group is not the second time slot；Or,

Second transmitting element 41 is additionally operable to：With terminal make an appointment the second time slot or by high-level signaling by second when The configured information of gap is sent to terminal.

Further, the second time slot instructions field indicates the second time slot using bit map bitmap mode.

Further, second transmitting element 41 is additionally operable to：

Before auxiliary resources instruction channel is sent to terminal, notify respectively to compare in terminal bitmap with terminal agreement or base station Special corresponding time slot.

Further, bit group is designated as the code channel resource of the second time slot distribution using bitmap modes；Or,

Bit group is by carrying the characteristic information or this feature letter that shared service channel takes to the periodicity of the second time slot Cease corresponding numbering to be designated as the code channel resource of the second time slot distribution.

Further, second transmitting element 41 is additionally operable to：

To terminal send auxiliary resources indicate channel before, with terminal make an appointment the corresponding implication of the numbering or general The corresponding implication of the numbering is notified to terminal.

Further, second transmitting element 41 is additionally operable to：

Using the public wireless network temporary mark RNTI or the exclusive RNTI of terminal that arrange with terminal, to the auxiliary money for sending Source indicates that channel is scrambled.

Further, second transmitting element 41 is indicating channel using the exclusive RNTI of terminal to the auxiliary resources for sending When being scrambled, the auxiliary resources indicates that channel is to carry in HS-SCCH order channels, and the HS-SCCH order channels There are the order type indication bits for indicating channel for auxiliary resources for indicating present channel.

Further, second transmitting element 41 is additionally operable to：

Before auxiliary resources instruction channel is sent to terminal, auxiliary resources is indicated into the resource location shared by channel Information is sent to terminal；Or,

With terminal make an appointment auxiliary resources indicate channel shared by resource location.

Further, second transmitting element 41 is used for：

While physical control channel is sent, send auxiliary resources and indicate channel；Or,

Before physical control channel is sent, send auxiliary resources and indicate channel；Or,

According to the predetermined time cycle, periodically send auxiliary resources to terminal and indicate channel；Or,

When resource allocation changes, send auxiliary resources to terminal and indicate channel.

Further, the auxiliary resources indicates also to carry entry-into-force time domain on channel, entry-into-force time domain be used to refer to Show that the auxiliary resources indicates the entry-into-force time of the resource indicated by channel.

Further, also carry on the physical control channel and refer to for whether instruction terminal to receive the auxiliary resources Show the information that the resource of channel is indicated；Or,

Second transmitting element 41 is additionally operable to：Sent for whether instruction terminal to receive institute to terminal by high-level signaling State auxiliary resources and indicate the information that the resource of channel is indicated.

Further, first time slot is whole time slot, and second time slot is non-whole time slot；

Wherein, non-whole time slot is referred in the time slot and led due to other physical channels being configured with addition to shared service channel Shared service channel is caused to take all code channels of the time slot；Whole time slot is referred to and not configured in the time slot except shared service channel Outer other physical channels and all code channels for enabling shared service channel to take the time slot.

Referring to Fig. 5, the embodiment of the present invention provides a kind of terminal, the terminal includes：

First receiving unit 50, for receiving the physical control channel of base station transmission, carries on the physical control channel For being designated as the first time slot instructions field of the time slot of the shared service channel distribution of terminal and for being designated as the time slot In the first time slot distribution code channel resource the first code channel instructions field；And,

Second receiving unit 51, the auxiliary resources for receiving base station transmission indicates channel, and the auxiliary resources indicates channel On carry for being designated as the time slot in, the second code channel of the code channel resource of the second time slot in addition to the first time slot distribution Instructions field；

Resource determining unit 52, for indicating what is carried on channel according to the physical control channel and auxiliary resources that receive Information, determines time slot and code channel resource that base station is the terminal distribution.

Further, the resource determining unit 52 is used for：

When the auxiliary resources indicates also to carry on channel for the second time slot instructions field for indicating the second time slot, root It is defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the second time slot instructions field is determined Two time slots, during by being defined as first for the time slot in the time slot of the shared service channel distribution of the terminal in addition to the second time slot Gap, and the code channel resource of the first time slot distribution is defined as according to the first code channel instructions field, it is defined as according to second code road instructions field The code channel resource of the second time slot distribution；Or,

It is defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the pact with base station The high-level signaling that fixed or base station sends determines the corresponding time slot of each bit group included in second code road instructions field, for each Bit group, if the value of the bit group is not particular value, it is determined that the corresponding time slot of the bit group is the second time slot, otherwise, really The corresponding time slot of the fixed bit group is not the second time slot；During by remove second in the time slot of the shared service channel distribution of the terminal Time slot outside gap is defined as the first time slot, and is defined as the code channel resource of the first time slot distribution according to the first code channel instructions field； The code channel resource of the second time slot distribution is defined as according to second code road instructions field；Or,

It is defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the pact with base station The high-level signaling that fixed or base station sends determines the second time slot, by the time slot of the shared service channel distribution of the terminal except second Time slot outside time slot is defined as the first time slot, and is defined as the code channel money of the first time slot distribution according to the first code channel instructions field Source, according to second code road instructions field the code channel resource of the second time slot distribution is defined as.

Further, second receiving unit 51 is used for：When base station auxiliary resources instruction channel is received, adopt and base The public wireless network temporary mark RNTI or the exclusive RNTI of terminal of agreement of standing, indicates that channel descrambles to the auxiliary resources.

Further, second receiving unit 51 is indicating that channel is carried out using the exclusive RNTI of terminal to sending out auxiliary resources During descrambling, the auxiliary resources indicates that channel is to carry use in HS-SCCH order channels, and the HS-SCCH order channels In the order type indication bits for indicating that present channel is auxiliary resources instruction channel.

Further, second receiving unit 51 is additionally operable to：

Before the auxiliary resources instruction channel that base station sends is received, the auxiliary resources for receiving base station transmission indicates channel institute The information of the resource location of occupancy；Or, with base station make an appointment auxiliary resources indicate channel shared by resource location；

On the resource location, the auxiliary resources instruction channel that base station sends is received.

Further, the resource determining unit 52 is used for：

Physical control channel and auxiliary resources according to receiving indicates the information carried on channel, determines base station current Subframe is the time slot and code channel resource of the terminal distribution；Or,

According to the entry-into-force time domain that the auxiliary resources indicates to be carried on channel, determine that the auxiliary resources indicates channel indication The entry-into-force time of the resource shown, and the information for indicating to be carried on channel according to the physical control channel and auxiliary resources for receiving, It is the time slot and code channel resource of the terminal distribution to determine base station within the entry-into-force time.

Further, the resource determining unit 52 is additionally operable to：

In the information for indicating to be carried on channel according to the physical control channel and auxiliary resources for receiving, base station is determined to be somebody's turn to do Before the time slot and code channel resource of terminal distribution, sent out by high-level signaling according to carry on the physical control channel or base station The information that resource sending, whether receiving the auxiliary resources instruction channel for instruction terminal is indicated, it is determined whether receive institute State auxiliary resources and indicate that the resource of channel is indicated；

When it is determined that receiving the auxiliary resources and indicating that the resource of channel is indicated, according to the physical control channel for receiving and Auxiliary resources indicates the information carried on channel, determines time slot and code channel resource that base station is the terminal distribution.

Further, first time slot is whole time slot, and second time slot is non-whole time slot；Wherein, non-whole time slot is Refer in the time slot causes shared service channel to take due to other physical channels being configured with addition to shared service channel All code channels of the time slot；Whole time slot refers to other physical channels not configured in the time slot in addition to shared service channel and makes altogether Enjoying Traffic Channel can take all code channels of the time slot.

To sum up, beneficial effects of the present invention include：

The present invention is with reference to method according to embodiments of the present invention, equipment（System）And the flow process of computer program Figure and/or block diagram are describing.It should be understood that can be by computer program instructions flowchart and/or each stream in block diagram The combination of journey and/or square frame and flow chart and/or the flow process in block diagram and/or square frame.These computer programs can be provided The processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices is instructed to produce A raw machine so that produced for reality by the instruction of computer or the computing device of other programmable data processing devices The device of the function of specifying in present one flow process of flow chart or one square frame of multiple flow processs and/or block diagram or multiple square frames.

These computer program instructions may be alternatively stored in can guide computer or other programmable data processing devices with spy In determining the computer-readable memory that mode works so that the instruction being stored in the computer-readable memory is produced to be included referring to Make the manufacture of device, the command device realize in one flow process of flow chart or one square frame of multiple flow processs and/or block diagram or The function of specifying in multiple square frames.

These computer program instructions also can be loaded in computer or other programmable data processing devices so that in meter Series of operation steps is performed on calculation machine or other programmable devices to produce computer implemented process, so as in computer or The instruction performed on other programmable devices is provided for realizing in one flow process of flow chart or multiple flow processs and/or block diagram one The step of function of specifying in individual square frame or multiple square frames.

, but those skilled in the art once know basic creation although preferred embodiments of the present invention have been described Property concept, then can make other change and modification to these embodiments.So, claims are intended to be construed to include excellent Select embodiment and fall into having altered and changing for the scope of the invention.

Obviously, those skilled in the art can carry out the essence of various changes and modification without deviating from the present invention to the present invention God and scope.So, if these modifications of the present invention and modification belong to the scope of the claims in the present invention and its equivalent technologies Within, then the present invention is also intended to comprising these changes and modification.

Claims

1. a kind of resource allocation methods, it is characterised in that the method includes：

Base station to terminal sends physical control channel, and the shared service for being designated as terminal is carried on the physical control channel First time slot instructions field of the time slot of channel distribution and for being designated as the time slot in the first time slot distribution code channel money The first code channel instructions field in source；And,

Base station sends auxiliary resources and indicates channel to terminal, and the auxiliary resources indicates to be carried for being designated as terminal on channel The second code road of the code channel resource of the second time slot distribution in the time slot of shared service channel distribution, in addition to the first time slot is indicated Domain；

Wherein, multiple bit groups are included in second code road instructions field；Each bit group is designated as using bitmap modes The code channel resource of the second time slot distribution, or,

Each bit group is by carrying the feature that shared service channel takes to the periodicity of the code channel resource in the second time slot Information or the corresponding numbering of this feature information are being designated as the code channel resource of the second time slot distribution.

2. the method for claim 1, it is characterised in that the auxiliary resources indicates also to be carried for indicating on channel Second time slot instructions field of the second time slot；Or,

The make an appointment corresponding time slot of each bit group or base station of base station and terminal notifies terminal each bit by high-level signaling The corresponding time slot of group；For each bit group, if the value of the bit group is not particular value, the corresponding time slot of the bit group is Second time slot, otherwise, the corresponding time slot of the bit group is not the second time slot；Or,

Base station and terminal make an appointment the second time slot or the configured information of the second time slot is sent to end by base station by high-level signaling End.

3. method as claimed in claim 2, it is characterised in that the second time slot instructions field is referred to using bit map bitmap mode Show the second time slot.

4. method as claimed in claim 3, it is characterised in that further include：

Before base station sends auxiliary resources instruction channel to terminal, base station is arranged with terminal or base station is notified in terminal bitmap The corresponding time slot of each bit.

5. method as claimed in claim 2, it is characterised in that the particular value is complete zero.

6. the method for claim 1, it is characterised in that further include：

Send to terminal before auxiliary resources indicates channel in base station, base station and terminal are made an appointment the corresponding implication of the numbering Or the corresponding implication of the numbering is notified to terminal.

7. the method for claim 1, it is characterised in that base station with the public wireless network of terminal agreement using marking temporarily Know the RNTI or exclusive RNTI of terminal, the auxiliary resources to sending indicates that channel is scrambled.

8. method as claimed in claim 7, it is characterised in that the auxiliary resources for sending is being indicated using the exclusive RNTI of terminal When channel is scrambled, the auxiliary resources indicates shared control channel HS-SCCH signaling of the channel for high speed descending sharing channel The signaling type for indicating channel for auxiliary resources for indicating present channel is carried in channel, and the HS-SCCH signaling channels Indication bit.

9. the method for claim 1, it is characterised in that send to terminal before auxiliary resources indicates channel in base station, Further include：

Auxiliary resources is indicated that the information of the resource location shared by channel is sent to terminal by base station；Or,

The resource location that base station is made an appointment shared by auxiliary resources instruction channel with terminal.

10. the method for claim 1, it is characterised in that base station sends auxiliary resources and indicates channel, concrete bag to terminal Include：

Base station sends auxiliary resources and indicates channel while physical control channel is sent；Or,

Base station sent auxiliary resources and indicates channel before physical control channel is sent；Or,

Base station periodically sends auxiliary resources and indicates channel according to the predetermined time cycle to terminal；Or,

Base station sends auxiliary resources and indicates channel when resource allocation changes to terminal.

11. the method for claim 1, it is characterised in that the auxiliary resources indicates also to be carried on channel when coming into force Between domain, entry-into-force time domain be used to indicate the entry-into-force time of the resource that the auxiliary resources is indicated indicated by channel.

12. the method for claim 1, it is characterised in that also carry for indicating end on the physical control channel Whether end receives the auxiliary resources indicates the information that the resource of channel is indicated；Or,

Base station is sent for whether instruction terminal to receive the resource that the auxiliary resources indicates channel by high-level signaling to terminal The information of instruction.

13. methods as described in arbitrary in claim 1-12, it is characterised in that first time slot is whole time slot, described the Two time slots are non-whole time slot；

Wherein, non-whole time slot is referred in the time slot and caused altogether due to other physical channels being configured with addition to shared service channel Enjoying Traffic Channel can not take all code channels of the time slot；Whole time slot is referred to and not configured in the time slot in addition to shared service channel Other physical channels and enable shared service channel to take all code channels of the time slot.

14. a kind of resource determining methods, it is characterised in that the method includes：

Terminal receives the physical control channel that base station sends, and carries on the physical control channel for being designated as the shared of terminal First time slot instructions field of the time slot of traffic channel assignments and for being designated as the time slot in the first time slot distribution code First code channel instructions field of road resource；And,

Terminal indicates to be carried for being designated as on channel to the auxiliary resources instruction channel that base station sends, the auxiliary resources is received The second code road instructions field of the code channel resource of the second time slot distribution in the time slot, in addition to the first time slot；

The information that terminal indicates to be carried on channel according to the physical control channel and auxiliary resources that receive, determines that base station is the end The time slot and code channel resource of end distribution；

15. methods as claimed in claim 14, it is characterised in that terminal is according to the physical control channel and auxiliary money for receiving Source indicates the information carried on channel, determines time slot and code channel resource that base station is the terminal distribution, specifically includes：

When the auxiliary resources indicates also to carry on channel for the second time slot instructions field for indicating the second time slot, terminal root It is defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the second time slot instructions field is determined Two time slots, during by being defined as first for the time slot in the time slot of the shared service channel distribution of the terminal in addition to the second time slot Gap, and the code channel resource of the first time slot distribution is defined as according to the first code channel instructions field, it is defined as according to second code road instructions field The code channel resource of the second time slot distribution；Or,

Terminal is defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the pact with base station The high-level signaling that fixed or base station sends determines the corresponding time slot of each bit group included in second code road instructions field, for each Bit group, if the value of the bit group is not particular value, it is determined that the corresponding time slot of the bit group is the second time slot, otherwise, really The corresponding time slot of the fixed bit group is not the second time slot；During by remove second in the time slot of the shared service channel distribution of the terminal Time slot outside gap is defined as the first time slot, and is defined as the code channel resource of the first time slot distribution according to the first code channel instructions field； The code channel resource of the second time slot distribution is defined as according to second code road instructions field；Or,

Terminal is defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the pact with base station The high-level signaling that fixed or base station sends determines the second time slot, by the time slot of the shared service channel distribution of the terminal except second Time slot outside time slot is defined as the first time slot, and is defined as the code channel money of the first time slot distribution according to the first code channel instructions field Source, according to second code road instructions field the code channel resource of the second time slot distribution is defined as.

16. methods as claimed in claim 14, it is characterised in that terminal is adopted when base station auxiliary resources instruction channel is received With the public wireless network temporary mark RNTI or the exclusive RNTI of terminal that arrange with base station, channel is carried out to be indicated to the auxiliary resources Descrambling.

17. methods as claimed in claim 16, it is characterised in that letter is being indicated to sending out auxiliary resources using the exclusive RNTI of terminal When road is descrambled, the auxiliary resources indicates channel for the shared control channel HS-SCCH signalings letter of high speed descending sharing channel Carry in road, and the HS-SCCH signaling channels and indicate that the signaling type of channel refers to for auxiliary resources for indicating present channel Show bit.

18. methods as claimed in claim 14, it is characterised in that receive the auxiliary resources instruction channel that base station sends in terminal Before, further include：Terminal receives the information of the resource location shared by the auxiliary resources instruction channel that base station sends；Or Person, the resource location that terminal is made an appointment shared by auxiliary resources instruction channel with base station；

Terminal receives the auxiliary resources instruction channel that base station sends, and specifically includes：Terminal receives base station on the resource location The auxiliary resources of transmission indicates channel.

19. methods as claimed in claim 14, it is characterised in that terminal is according to the physical control channel and auxiliary money for receiving Source indicates the information carried on channel, determines time slot and code channel resource that base station is the terminal distribution, specifically includes：

The information that terminal indicates to be carried on channel according to the physical control channel and auxiliary resources that receive, determines base station current Subframe is the time slot and code channel resource of the terminal distribution；Or,

The entry-into-force time domain that terminal indicates to be carried on channel according to the auxiliary resources, determines that the auxiliary resources indicates channel indication The entry-into-force time of the resource shown, and the information for indicating to be carried on channel according to the physical control channel and auxiliary resources for receiving, It is the time slot and code channel resource of the terminal distribution to determine base station within the entry-into-force time.

20. methods as claimed in claim 14, it is characterised in that in terminal according to the physical control channel and auxiliary for receiving Resource indicates the information carried on channel, before determining the time slot and code channel resource that base station is the terminal distribution, further includes：

Terminal according to it is carrying on the physical control channel or that base station is sent by high-level signaling, for instruction terminal whether Receive the auxiliary resources and indicate the information that the resource of channel is indicated, it is determined whether receive the money that the auxiliary resources indicates channel Source indicates；

The information that the terminal indicates to be carried on channel according to the physical control channel and auxiliary resources that receive, determines that base station is The time slot and code channel resource of the terminal distribution, specifically includes：Terminal is it is determined that receive the resource that the auxiliary resources indicates channel During instruction, according to the information that the physical control channel and auxiliary resources that receive indicate to be carried on channel, determine that base station is the end The time slot and code channel resource of end distribution.

21. methods as described in arbitrary in claim 14-20, it is characterised in that first time slot is whole time slot, described the Two time slots are non-whole time slot；

22. a kind of base stations, it is characterised in that the base station includes：

First transmitting element, for sending physical control channel to terminal, carries for being designated as on the physical control channel First time slot instructions field of the time slot of the shared service channel distribution of terminal and for being designated as the time slot in first when First code channel instructions field of the code channel resource of gap distribution；And,

Second transmitting element, for sending auxiliary resources to terminal channel is indicated, the auxiliary resources indicates to carry use on channel In the code channel resource for being designated as the second time slot distribution in the time slot of the shared service channel distribution of terminal, in addition to the first time slot Second code road instructions field；

23. base stations as claimed in claim 22, it is characterised in that the auxiliary resources that second transmitting element sends indicates letter The second time slot instructions field for indicating the second time slot is also carried on road；Or,

Second transmitting element is additionally operable to：Make an appointment the corresponding time slot of each bit group or logical by high-level signaling with terminal Know the corresponding time slot of terminal each bit group；For each bit group, if the value of the bit group is not particular value, the bit The corresponding time slot of group is the second time slot, and otherwise, the corresponding time slot of the bit group is not the second time slot；Or,

Second transmitting element is additionally operable to：With terminal make an appointment the second time slot or by high-level signaling by the finger of the second time slot Show that information is sent to terminal.

24. base stations as claimed in claim 23, it is characterised in that the second time slot instructions field adopts bit map bitmap mode Indicate the second time slot.

25. base stations as claimed in claim 24, it is characterised in that second transmitting element is additionally operable to：

Before auxiliary resources instruction channel is sent to terminal, with terminal agreement or base station each bit pair in terminal bitmap is notified The time slot answered.

26. base stations as claimed in claim 22, it is characterised in that second transmitting element is additionally operable to：

Sending to terminal before auxiliary resources indicates channel, make an appointment the corresponding implication of the numbering or will be described with terminal Number corresponding implication to notify to terminal.

27. base stations as claimed in claim 22, it is characterised in that second transmitting element is additionally operable to：

Using the public wireless network temporary mark RNTI or the exclusive RNTI of terminal that arrange with terminal, the auxiliary resources to sending refers to Show that channel is scrambled.

28. base stations as claimed in claim 27, it is characterised in that second transmitting element is at exclusive RNTI pair using terminal When the auxiliary resources of transmission indicates that channel is scrambled, the auxiliary resources indicates shared control of the channel for high speed descending sharing channel Carry in channel HS-SCCH signaling channel processed, and the HS-SCCH signaling channels for indicating that present channel refers to for auxiliary resources Show the signaling type indication bit of channel.

29. base stations as claimed in claim 22, it is characterised in that second transmitting element is additionally operable to：

Before auxiliary resources instruction channel is sent to terminal, auxiliary resources is indicated into the information of the resource location shared by channel It is sent to terminal；Or,

30. base stations as claimed in claim 22, it is characterised in that second transmitting element specifically for：

31. base stations as claimed in claim 22, it is characterised in that the auxiliary resources indicates also to be carried on channel when coming into force Between domain, entry-into-force time domain be used to indicate the entry-into-force time of the resource that the auxiliary resources is indicated indicated by channel.

32. base stations as claimed in claim 22, it is characterised in that also carry for indicating end on the physical control channel Whether end receives the auxiliary resources indicates the information that the resource of channel is indicated；Or,

Second transmitting element is additionally operable to：Sent for whether instruction terminal to receive the auxiliary to terminal by high-level signaling Resource indicates the information that the resource of channel is indicated.

33. base stations as described in arbitrary in claim 22-32, it is characterised in that first time slot is whole time slot, described the Two time slots are non-whole time slot；

34. a kind of terminals, it is characterised in that the terminal includes：

First receiving unit, for receiving the physical control channel of base station transmission, carries for referring on the physical control channel Be shown as the first time slot instructions field of the time slot of the shared service channel distribution of terminal and for being designated as the time slot in First code channel instructions field of the code channel resource of one time slot distribution；And,

Second receiving unit, for the auxiliary resources instruction channel that base station sends is received, the auxiliary resources to indicate to be held on channel The second code road of the code channel resource of the second time slot distribution in being loaded with for being designated as the time slot, in addition to the first time slot is indicated Domain；

Resource determining unit, for indicating the information carried on channel according to the physical control channel and auxiliary resources that receive, Determine time slot and code channel resource that base station is the terminal distribution；

35. terminals as claimed in claim 34, it is characterised in that the resource determining unit specifically for：

When the auxiliary resources indicates also to carry on channel for the second time slot instructions field for indicating the second time slot, according to the One time slot instructions field is defined as the time slot of the shared service channel distribution of the terminal, when determining second according to the second time slot instructions field Gap, will be defined as the first time slot for the time slot in the time slot of the shared service channel distribution of the terminal in addition to the second time slot, and The code channel resource of the first time slot distribution is defined as according to the first code channel instructions field, when being defined as second according to second code road instructions field The code channel resource of gap distribution；Or,

Be defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the agreement of base station or The high-level signaling that base station sends determines the corresponding time slot of each bit group included in second code road instructions field, for each bit Group, if the value of the bit group is not particular value, it is determined that the corresponding time slot of the bit group is the second time slot, otherwise, it determines should The corresponding time slot of bit group is not the second time slot；By in the time slot of the shared service channel distribution of the terminal except the second time slot it Outer time slot is defined as the first time slot, and is defined as the code channel resource of the first time slot distribution according to the first code channel instructions field；According to Second code road instructions field is defined as the code channel resource of the second time slot distribution；Or,

Be defined as the time slot of the shared service channel distribution of the terminal according to the first time slot instructions field, according to the agreement of base station or The high-level signaling that base station sends determines the second time slot, by the time slot of the shared service channel distribution of the terminal except the second time slot Outside time slot be defined as the first time slot, and the code channel resource of the first time slot distribution, root are defined as according to the first code channel instructions field It is defined as the code channel resource of the second time slot distribution according to second code road instructions field.

36. terminals as claimed in claim 34, it is characterised in that second receiving unit is additionally operable to：Receiving, base station is auxiliary When helping resource to indicate channel, using public wireless network temporary mark RNTI or the exclusive RNTI of terminal with base station agreement, to this Auxiliary resources indicates that channel is descrambled.

37. terminals as claimed in claim 36, it is characterised in that second receiving unit is at exclusive RNTI pair using terminal Send out auxiliary resources and indicate channel when being descrambled, the auxiliary resources indicates channel to be believed for the Compliance control of high speed descending sharing channel Carry in road HS-SCCH signaling channels, and the HS-SCCH signaling channels and indicate letter for auxiliary resources for indicating present channel The signaling type indication bit in road.

38. terminals as claimed in claim 34, it is characterised in that second receiving unit is additionally operable to：

Before the auxiliary resources instruction channel that base station sends is received, the auxiliary resources for receiving base station transmission is indicated shared by channel Resource location information；Or, with base station make an appointment auxiliary resources indicate channel shared by resource location；

39. terminals as claimed in claim 34, it is characterised in that the resource determining unit is specifically additionally operable to：

Physical control channel and auxiliary resources according to receiving indicates the information carried on channel, determines base station in present sub-frame For the time slot and code channel resource of the terminal distribution；Or,

According to the entry-into-force time domain that the auxiliary resources indicates to be carried on channel, determine that the auxiliary resources is indicated indicated by channel The entry-into-force time of resource, and the information for indicating to be carried on channel according to the physical control channel and auxiliary resources for receiving, it is determined that Base station is the time slot and code channel resource of the terminal distribution within the entry-into-force time.

40. terminals as claimed in claim 34, it is characterised in that the resource determining unit is additionally operable to：

In the information for indicating to be carried on channel according to the physical control channel and auxiliary resources for receiving, determine that base station is the terminal Before the time slot and code channel resource of distribution, sent by high-level signaling according to carry on the physical control channel or base station , whether receive the auxiliary resources for instruction terminal and indicate the information that the resource of channel is indicated, it is determined whether receive described Auxiliary resources indicates that the resource of channel is indicated；

When it is determined that the resource for receiving the auxiliary resources instruction channel is indicated, according to the physical control channel and auxiliary that receive Resource indicates the information carried on channel, determines time slot and code channel resource that base station is the terminal distribution.

41. terminals as described in arbitrary in claim 34-40, it is characterised in that first time slot is whole time slot, described the Two time slots are non-whole time slot；