CN103379640B - For the method and apparatus that time slot distributes in HS-DSCH/HS-SICH transmissions - Google Patents

Abstract

Each embodiment of the invention generally relates to a kind of methods and apparatus for the time slot distribution in HS DSCH/HS SICH transmissions.Specifically, this method may include：Determine whether system supports TS0 to enhance；And HS SICH are sent in subframe corresponding with definitive result, wherein if the system supports TS0 enhancings, third subframes of the HS SICH after its corresponding HS PDSCH to send；And if the system does not support TS0 to enhance, second subframes of the HS SICH after its corresponding HS PDSCH is sent.Accordingly, the equipment for the time slot distribution in HS DSCH/HS SICH transmissions is additionally provided.The network throughput for supporting TS0 enhancings can be promoted by using the embodiments of the present invention.

Description

For the method and apparatus that time slot distributes in HS-DSCH/HS-SICH transmissions

Cross reference to related applications

This application claims the priority for the 61/624th, No. 900 U.S. Provisional Application submitted on April 16th, 2012, Disclosure is fully incorporated in this by reference.

Technical field

Each embodiment of the invention generally relates to fields of communication technology, and are used for more particularly, to one kind The side that time slot distributes in HS-DSCH/HS-SICH (high-speed downlink shared channel/high-speed shared information channel) transmission Method and equipment.

Background technology

With the rapid development of the communication technology, demand of the people to network utilization and rate also increasingly increases.In order to full The demand of sufficient people, introducing TD-SCDMA in 3GPP (third generation cooperative partner program) agreement 25.221 at present, (time-division is same Walk CDMA) system to downlink HS-DSCH channels include TS0 (the 0th time slot) time slot enhancing support.In view of existing network The TS0 time slots of the secondary carrier of side do not carry any Traffic Channel and control channel, if using it for carrying HS-PDSCH (high speeds Physical down link sharing channel) channel (HS-DSCH and HS-PDSCH is to may be used interchangeably in the present context), it will The throughput gain for obtaining 1 additional time slot, so that the network utilization of TD-SCDMA system and rate all obtain Larger promotion.For moving 3G (3rd generation mobile communication technology) Operation Network at present, about 33% rate can be obtained Increase.Therefore, to support TS0 enhancing HS-DSCH related mechanism discussion and improve will have prodigious industrial value, It will be as the most important theories basis of promotion TD-SCDMA high speed business performance boosts.

Invention content

The first purpose of each illustrative embodiments of the present invention is to provide a kind of for believing in HS-DSCH/HS-SICH The method and apparatus that time slot distributes in road transmission.

According to the certain embodiments of one aspect of the invention, provide a kind of in HS-DSCH/HS-SICH channels The method that time slot distributes in transmission, such as may include：Determine whether system supports TS0 to enhance；And with definitive result phase The subframe answered sends HS-SICH, wherein if the system supports TS0 enhancings, the HS-SICH is in its corresponding HS- Third subframe after PDSCH is sent；And if the system does not support TS0 to enhance, the HS-SICH is corresponding at its The second subframe after HS-PDSCH is sent.

According to the certain embodiments of one aspect of the invention, provide a kind of in HS-DSCH/HS-SICH channels The method that time slot distributes in transmission, wherein the system can be TD-CDMA systems.

According to the certain embodiments of one aspect of the invention, provide a kind of in HS-DSCH/HS-SICH channels The method that time slot distributes in transmission, wherein the system may include the network equipment and terminal device.

According to the certain embodiments of one aspect of the invention, provide a kind of in HS-DSCH/HS-SICH channels The method that time slot distributes in transmission, wherein whether the system of determining supports that TS0 enhancings may include determining the network equipment respectively Whether TS0 is supported to enhance with the terminal device, and and if only if the network equipment and the terminal device support TS0 to enhance When, it just determines that the system supports TS0 enhancings, otherwise determines that the system does not support TS0 to enhance.

According to the certain embodiments of one aspect of the invention, provide a kind of in HS-DSCH/HS-SICH channels The method that time slot distributes in transmission, wherein supporting the terminal device of TS0 enhancings can be configured as to receive not include TS0 enhancings The HS-PDSCH and HS-PDSCH for including TS0 enhancings.

Certain embodiments according to a further aspect of the invention provide a kind of in HS-DSCH/HS-SICH channels The equipment that time slot distributes in transmission, such as may include：Determining device, is configured to determine that whether system supports TS0 to enhance；With And sending device, it is configured as sending HS-SICH in subframe corresponding with definitive result, wherein if the system supports TS0 Enhancing, then third subframe transmissions of the HS-SICH after its corresponding HS-PDSCH；And if the system is not supported TS0 enhances, then second subframes of the HS-SICH after its corresponding HS-PDSCH is sent.

Certain embodiments according to a further aspect of the invention provide a kind of in HS-DSCH/HS-SICH channels The equipment that time slot distributes in transmission, wherein the system can be TD-CDMA systems.

Certain embodiments according to a further aspect of the invention provide a kind of in HS-DSCH/HS-SICH channels The equipment that time slot distributes in transmission, wherein the system may include the network equipment and terminal device.

Certain embodiments according to a further aspect of the invention provide a kind of in HS-DSCH/HS-SICH channels The equipment that time slot distributes in transmission, wherein whether the system of determining supports that TS0 enhancings may include determining the network equipment respectively Whether TS0 is supported to enhance with the terminal device, and and if only if the network equipment and the terminal device support TS0 to enhance When, it just determines that the system supports TS0 enhancings, otherwise determines that the system does not support TS0 to enhance.

Certain embodiments according to a further aspect of the invention provide a kind of in HS-DSCH/HS-SICH channels The equipment that time slot distributes in transmission, wherein supporting the terminal device of TS0 enhancings can be configured as to receive not include TS0 enhancings The HS-PDSCH and HS-PDSCH for including TS0 enhancings.

The embodiments of the present invention are passed by providing the clear and general HS-DSCH/HS-SICH comprising TS0 enhancings Defeated adjoint and timing mechanism, agreement is carried out it is perfect, to be conducive to that the network equipment and terminal device is kept to realize consistency.And And under the premise of ensureing the receives link performance of high-speed downstream HS-DSCH data services, it is advantageously implemented by supporting TS0 Enhance to promote the target of network throughput, and is conducive to support HS-DSCH terminal devices and the network equipment production of TS0 enhancings The specific implementation of industry.

Description of the drawings

It refers to the following detailed description in conjunction with the accompanying drawings, the feature, advantage and other aspects of each embodiment of the present invention will become Must be more obvious, wherein：

Fig. 1 shows the frame structure in wireless communication system (for example, TD-SCDMA)；

Fig. 2 schematically illustrates the transmission to HS-PDSCH in TD-SCDMA agreements 25.221；

Fig. 3 may go out when schematically illustrating the secondary carrier of the same network of service access of three kinds of different types of terminals 3 kinds of existing conflict situations；

When Fig. 4 is schematically illustrated according to each embodiment of the present invention in HS-DSCH/HS-SICH transmissions The flow chart of the method for gap distribution；

When Fig. 5 is schematically illustrated according to each embodiment of the present invention in HS-DSCH/HS-SICH transmissions The block diagram of the equipment of gap distribution；

Fig. 6, which is schematically illustrated, to be set forth the terminal for not supporting TS0 to enhance according to each embodiment of the present invention, supports The terminal of TS0 enhancings receives when not including the HS-DSCH of TS0, the terminal of TS0 enhancings being supported to receive the HS-DSCH comprising TS0 Corresponding HS-DSCH/HS-SICH is adjoint and timing relationship；And

Fig. 7, which is schematically illustrated, will be benefited from exemplary embodiment of the invention and can be the exemplary reality of the present invention Apply the block diagram of the mobile terminal of mode exemplary device.

Specific implementation mode

The principle and spirit of the invention are described below with reference to several illustrative embodiments.It should be appreciated that providing this A little embodiments are used for the purpose of making those skilled in the art can better understand that realizing the present invention in turn, and be not with any Mode limits the scope of the invention.

Fig. 1 shows the frame structure in wireless communication system (for example, TD-SCDMA).In a wireless communication system, such as In existing TD-SCDMA communication systems, physical layer frame structure is as shown in Figure 1.One radio frames for example can be 10ms, Such as may include two subframes, each subframe for example can be 5ms.One subframe may include multiple time slots, such as can be with Including TS0, TS1 (the 1st time slot) ..., TS6 (the 6th time slot).By taking mobile device as an example, usual TS4 to TS6, which is assigned, to be used In HS-PDSCH (for example, receiving data from base station), wherein TS3 is generally allocated for control signal and does not carry data.Separately Outside, TS1 or TS2 is allocated for HS-SICH (for example, notifying whether received correctly in its corresponding HS-PDSCH to base station Data).Therefore, if TS0 can be allocated for HS-PDSCH to carry data, network utilization can be promoted and then carried High network downloading rate.

Fig. 2 schematically illustrates the transmission to HS-PDSCH in TD-SCDMA agreements 25.221.As shown in Fig. 2, in TD- When being transmitted to HS-PDSCH in SCDMA agreements 25.221, HS-PDSCH/HS-SICH transmissions adjoint and timing have as follows Regulation：Have under UE (user equipment) and CELL-FACH (forward access channel) state under CELL-DCH (dedicated channel) state The UE of special UE mark it is next it is effective with sent on HS-SICH the corresponding ACK/NACK of HS-DSCH (confirm response/ Negative response) need it is defined below：UE specified to one, in the HS-PDSCH (on the time) of the last one distribution and its correspondence HS-SICH between there are one n_HS-SICHThe offset of >=9 time slots.Therefore, HS-SICH transmission need always after HS-DSCH every It is carried out in one subframe, as shown in Figure 2.If UE supports the HS-PDSCH of multiple carrier waves to send, the HS- on each carrier wave Timing relationship between DSCH and HS-SICH is identical with single carrier case.When the HS-PDSCH of instruction includes TS0, HS- Timing definition between PDSCH and HS-SICH is：HS-PDSCH is sent in subframe N, and HS-SICH is sent in subframe N+2.HS- The TS0 that PDSCH includes is the TS0 of N+1 subframes.The last one HS-PDSCH HS-SICHs corresponding with its distributed in time Between be biased to n_HS-SICH>=9 time slots.

However, based on above-mentioned regulation, under certain special scenes, the HS-PDSCH that existing protocol considers is corresponding with its The timing relationship of HS-SICH may have some conflicts.Specifically, if for configuration HS-SICH in time slot 1 (TS1) or Person is about 1: 5 time slot ratio (that is, an ascending time slot, five descending time slots) configuration, and HS-PDSCH supports TS0 enhancings, Its clear corresponding HS-SICH then will be unable to according to above-mentioned agreement and specifically send subframe, and cause there are following twos may Mode：

(1) HS-SICH selections are sent in N+2 subframes, but will be unsatisfactory for n at this time_HS-SICHThe limitation of >=9 time slots.With And

(2) if by n is met_HS-SICH>=9 time slots, HS-SICH need to select to send in N+3 subframes.

It should be understood that being directed to aforesaid way (1), HS-SICH configurations are considered in time slot 1, from HS-DSCH to the N+ of N+1 subframes Interval between the HS-SICH of 2 subframe TS1 will only have 8 time slots (TS0 of TS0 to the TS6 and N+2 subframes of N+1 subframes), No longer meet n_HS-SICHThe limitation of >=9 time slots.

Since there are the possible realization methods of above-mentioned two kind, under conditions of supporting TS0 enhancings, when configuration HS-SICH exists When time slot 1 or about 1: 5 time slot are than configuration, if different terminal devices and network is realized in different ways, Existing network can then be realized and be had an impact.Specifically, following situations may be will produce：

(a) for network take different modes configuration send HS-SICH subframes terminal, since network can not know, The HS-SICH that network side receives will generate dislocation；

(b) for network take same way configuration send HS-SICH subframes terminal, if there is its in (a) His terminal, then HS-SICH both may will produce collision so that and network takes the terminal transmission that same way configures HS-SICH may can not be properly received by network (and allows network for the different realization method of terminal for supporting TS0 enhancings Carry out flexible handover configurations to go to receive HS-SICH, can bring larger complexity to base station for upper from realizing, be also required to simultaneously Additional agreement space interface signaling supports the terminal by this message informing to base station)；

(c) for the terminal for not supporting TS0 to enhance, if there is the other-end in (a), the HS-SICH of the two also has There may be collisions so that does not support the HS-SICH that the terminal that TS0 enhances is sent that may also can not be properly received by network.

Fig. 3 may go out when schematically illustrating the secondary carrier of the same network of service access of three kinds of different types of terminals 3 kinds of existing conflict situations.As shown in figure 3, the same network of the service access for specifically giving three kinds of different types of terminals Secondary carrier when 3 kinds of conflict situations as described above for being likely to occur.The concrete configuration of network and terminal is：Network simultaneously can Support TS0 enhances and the terminal device of non-TS0 enhancings, and to supporting the terminal unification that TS0 enhances according to N+2 subframes in TS1 Gap sends HS-SICH；Terminal one, terminal two support TS0 enhancings, but the subframe transmission HS-SICH that each self-supporting is different, terminal three TS0 is not supported to enhance, respectively to the adjoint and timing relationship of HS-DSCH/HS-SICH transmissions when Fig. 3 gives specific Order relation.

The following conflict situations that we are likely to occur according to the relationship description of above-mentioned (a), (b), (c)：

If (a) network configurating terminal two receives the HS-DSCH for including TS0 in subframe T, network side will be considered that terminal two exists T+2 subframes send corresponding HS-SICH, and actually terminal two is but just sent in T+3, then network and terminal-pair HS-SICH and HS- The understanding of the correspondence of DSCH will generate dislocation.If link-quality is bad, i.e. HS-SICH sends NACK, then needs network When stressing to pass data, since corresponding HS-DSCH/HS-SICH relationships misplace, re-transmission will be unable to carry out, to greatly reduce The message transmission rate of link；

If (b) network configurating terminal three receives the HS-DSCH for including TS0 in T+1 subframes, configurating terminal two connects in subframe T It receives, since HS-SICH is high-speed shared information channel, it is possible to which network is in T+1 sub-frame configuration terminals three and T sub-frame configurations are whole Same HS-SCCH/HS-SICH pair has been selected in HS-SCCH (High-Speed Shared Control Channel) subset when holding two, then terminal two exists The HS-SICH that the HS-SICH that T+3 subframes are sent will be sent with terminal three in T+2 subframes generates collision, very so as to cause network The HS-SICH of the transmission of terminal two can not extremely be received；

If (c) network configurating terminal one receives the HS-DSCH not comprising TS0 in T+1 subframes, configurating terminal two is in subframe T It receives, in same (b), if network has selected HS-SCCH at T+1 sub-frame configurations terminal a period of time and T sub-frame configuration terminals two Same HS-SCCH/HS-SICH pairs is concentrated, then the HS-SICH that terminal one is sent in T+3 subframes will be with terminal three in T+2 The HS-SICH that frame is sent generates collision, causes network that can not even receive the SICH of the transmission of terminal one.

Above-mentioned three kinds of situations are summarized, for taking different modes configuration to send the terminal of HS-SICH subframes with network, are sent out The HS-SICH sent will will produce dislocation in network side reception, meanwhile, what which may send other types terminal HS-SICH also generates interference, and HS-SICH receptions occur misplacing or interfering greatly reducing HS-DSCH transmission rates.Production The root of the raw above problem it is also possible that due to the HS-DSCH/HS-SICH channels of network support are adjoint and timing relationship and certain A little terminal (such as above-mentioned terminal two) it is inconsistent caused by.And this indefinite definition just because of existing protocol to this, This potential conflict is just resulted in occur.Therefore, to the adjoint of the HS-PDSCH/HS-SICH transmissions comprising TS0 and calmly When make specific regulation, by existing protocol about this respect description carry out supplement and it is perfect, this for support TS0 enhancing The realization of HS-PDSCH high-speed data services transmission is very urgent and necessary.The embodiments of the present invention are exactly directed to this Kind potential conflict further explicitly defines existing protocol work and perfect.

For the adjoint and timing relationship for the HS-DSCH/HS-SICH transmissions for supporting TS0 enhancings, implementation of the invention Mode proposes a kind of specific general mechanism, it is expected that on this basis can be into traveling one to the regulation of existing protocol this respect What is walked is perfect.From above as can be seen that under existing protocol frame, the HS-SICH in the case where supporting TS0 enhancings sends subframe Position can select to send in N+2 N+3 subframes.If selection N+2 modes are sent, for network side scheduling, HARQ (hybrid automatic repeat-request) number can select smaller value, the coding redundancy degree bigger of such downlink HS-DSCH, therefore can To obtain better receives link performance.But when being sent due to selection N+2, for certain configurations, for example HS-SICH is in time slot 1, Can then there is a possibility that such：NHS-SICH between the HS-SICH of the TS1 of HS-DSCH to the N+2 subframes of the TS0 of N+1 subframes By the interval of only 8 time slots.This, which can receive and decode to terminal, brings certain challenge, especially maximum transmitted block (TBsize=14043) iterations that Turbo is decoded in the case of can be subject to certain restrictions, and this will greatly restrict high-speed downstream The terminal receptivity of business.

Therefore, the adjoint and timing mechanism of the HS-DSCH/HS-SICH transmissions under the enhancing proposed in this paper for TS0 For (assuming that HS-PDSCH is in N sub-frame transmissions)：(1) if current system supports TS0 enhancings, HS-SICH to be unified in N+3 subframes It sends；(2) if current system does not support TS0 to enhance, HS-SICH is sent in N+2 subframes.

When Fig. 4 is schematically illustrated according to each embodiment of the present invention in HS-DSCH/HS-SICH transmissions The flow chart of the method 400 of gap distribution.As shown in figure 4, in frame S401, determine whether system supports TS0 to enhance.

In an exemplary embodiment, wherein the system can be TD-CDMA systems.Those skilled in the art hold Readily understood, the embodiments of the present invention can be also used for other communication systems.

In an exemplary embodiment, wherein the system may include the network equipment and terminal device.The net Network equipment can be the network infrastructure of such as base station etc, and terminal device can include but is not limited to：It is mobile phone, a Personal digital assistant (PDA), smart phone, tablet computer, laptop computer etc..

In an exemplary embodiment, wherein whether the system of determining supports that TS0 enhancings may include determining institute respectively It states the network equipment and whether the terminal device supports TS0 to enhance, and and if only if the network equipment and the terminal device are equal When supporting TS0 enhancings, just determines that the system supports TS0 enhancings, otherwise determine that the system does not support TS0 to enhance.Specifically, The network equipment or terminal device can provide whether it supports TS0 to enhance in system set-up parameters, by detecting the system Arrange parameter can determine if to support TS0 enhancings.Alternatively or additionally, it is generally the case that the network equipment is supported simultaneously TS0 enhances and the configuration of non-TS0 enhancings, it is thus determined that whether system supports TS0 enhancings to be mainly to determine whether terminal device props up Hold TS0 enhancings.

According to an illustrative embodiment of the invention, in frame S402, HS- is sent in subframe corresponding with definitive result SICH, wherein if the system supports TS0 enhancings, third of the HS-SICH after its corresponding HS-PDSCH Frame is sent；And if the system does not support TS0 to enhance, the HS-SICH after its corresponding HS-PDSCH Two subframes are sent.

In an exemplary embodiment, the method can be based on the determination in frame S401, it is determined that will be described Third subframes of the HS-SICH after its corresponding HS-PDSCH is sent or by the HS-SICH in its corresponding HS- The second subframe after PDSCH is sent.

In an exemplary embodiment, wherein the terminal device of TS0 enhancings is supported to can be configured as reception and do not wrap The HS-PDSCH of the enhancing containing the TS0 and HS-PDSCH for including TS0 enhancings.

When Fig. 5 is schematically illustrated according to each embodiment of the present invention in HS-DSCH/HS-SICH transmissions The block diagram of the equipment 500 of gap distribution.Equipment 500 for example can include determining that device 501, be configured to determine that whether system is supported TS0 enhances；And sending device 502, it is configured as sending HS-SICH in subframe corresponding with definitive result, wherein if institute It states system and supports TS0 enhancings, then third subframes of the HS-SICH after its corresponding HS-PDSCH is sent；And if The system does not support TS0 to enhance, then second subframes of the HS-SICH after its corresponding HS-PDSCH is sent.

For clarity, the sub-device that each device is included is not shown in Figure 5.It will be appreciated, however, that equipment Device described in 500 is corresponding with the step in the method 400 described respectively with reference to figure 4.As a result, above with respect to the side of Fig. 4 The operation and feature that method 400 describes are equally applicable to equipment 500 and device wherein included and sub-device, and details are not described herein.

It should be appreciated that equipment 500 sharp can in various manners be realized.For example, in some embodiments, equipment 500 It can be realized using software and/or firmware module.In addition, equipment 500 can also be realized using hardware module.For example, setting Standby 500 can be implemented as integrated circuit (IC) chip or application-specific integrated circuit (ASIC).Equipment 500 can also be embodied as on piece system It unites (SOC).In addition, equipment 500 can also be realized using the combination of hardware module and software and/or firmware module.Now Know or the other modes of exploitation are also feasible in the future, the scope of the present invention is not limited in this respect.

Fig. 6, which is schematically illustrated, to be set forth the terminal for not supporting TS0 to enhance according to each embodiment of the present invention, supports The terminal of TS0 enhancings receives the correspondence when terminal that DSCH, support TS0 not comprising TS0 enhance receives the DSCH comprising TS0 HS-DSCH/HS-SICH is adjoint and timing relationship.As shown in fig. 6, particularly illustrating the sequential of above-mentioned condition (1) and condition (2) Relationship is set forth the terminal for not supporting TS0 to enhance, the terminal of TS0 enhancings is supported to receive the HS-DSCH for not including TS0, branch Hold when the terminals of TS0 enhancings receives the HS-DSCH comprising TS0 correspondence HS-DSCH/HS-SICH is adjoint and timing relationship.

For dual carrier system, each carrier wave also distributes all in accordance with above two condition.Under being accessed simultaneously for multi-user Row HS-DSCH data services, if User support TS0 enhancings, are directly allocated by this programme, if some of which user It itself does not support TS0 to enhance, then directly presses original agreement and distribute.Thus, it is to be understood that since agreement is to supporting TS0 enhancings Correspondence HS-DSCH/HS-SICH when HS-DSCH is adjoint and timing relationship is made that and explicitly defines, this is managed in network side and the sides UE Solution is consistent, will not generate above-mentioned (a), (b) and (c) three kinds of conflict situations.

The main advantage of each embodiment of the present invention is：By providing the clear and general HS- for including TS0 enhancings DSCH/HS-SICH transmits adjoint and timing mechanism, agreement is carried out it is perfect, to be conducive to that the network equipment and terminal is kept to set It is standby to realize consistency.Also, under the premise of ensureing the receives link performance of high-speed downstream HS-DSCH data services, be conducive to It realizes and promotes the target of network throughput by supporting TS0 enhancings, and be conducive to support the HS-DSCH terminals of TS0 enhancings The specific implementation of equipment and network equipment industry.

Below with reference to Fig. 7, it illustrates the schematic frames suitable for the mobile terminal 700 for putting into practice embodiment of the present invention Figure.In the example depicted in fig. 7, mobile terminal 700 is a mobile device with wireless communication ability.However, it is possible to manage Solution, this is merely exemplary and not limiting.Other kinds of mobile terminal can also easily implementation using the present invention Mode, such as portable digital-assistant (PDA), pager, mobile computer, mobile TV, game station, calculating on knee Machine, camera, video recorder, GPS device and other kinds of voice and text communication system.Fixed mobile terminal equally may be used Easily to use embodiments of the present invention.

Mobile terminal 700 includes one or more antennas 718, is operationally carried out with transmitter 714 and receiver 716 Communication.Mobile terminal 700 further includes processor 712 or other processing elements, provides the signal for going to transmitter 714 respectively With signal of the reception from receiver 716.Signal include according to the signaling information of the air-interface standard of appropriate cellular system, and And further include the data that user speech, the data of reception and/or user generate.In this regard, mobile terminal 700 can utilize one A or multiple air interface standard, communication protocols, modulation type and access style are operated.It is mobile whole as demonstration End 700 can be carried out according to any agreement in multiple first generation, the second generation, the third generation and/or forth generation communication protocol etc. Operation.For example, mobile terminal 700 can be according to the second generation (G) wireless communication protocol IS-136 (TDMA), GSM and IS-95 (CDMA) it is operated, or is wirelessly communicated according to the third generation (G) of such as UMTS, CDMA2000, WCDMA and TD-SCDMA Agreement is operated to be operated, or according to forth generation (4G) wireless communication protocol and/or similar agreement.

It is appreciated that processor 712 includes the circuit realized needed for the function of mobile terminal 700.For example, processor 712 May include digital signal processor device, microprocessor device, various analog-digital converters, digital analog converter and other support electricity Road.The control of mobile terminal 700 and signal processing function distribute therebetween according to the respective ability of these equipment.Processor 712 Thus the function of convolutional encoding and intertexture is carried out before can also being included in modulation and transmission to message and data.Processor 712 Internal voice coder can also be also comprised, and may include internal data modem.In addition, processor 712 can To include pair function that can be operated with one or more software programs stored in memory.For example, processor 712 can Linker, such as traditional Web browser can be operated.Linker can then allow mobile terminal 700 for example by Emit according to Wireless Application Protocol (WAP), hypertext transfer protocol (HTTP) etc. and receive web content and is (such as location-based Content and/or other web page contents).

Mobile terminal 700 can also include user interface, such as may include earphone or loud speaker 724, ringer 722, microphone 726, display screen 728 and handwriting equipment 731, all these equipment are both coupled to processor 712.Mobile terminal 700 may include keypad 730.Keypad 730 may include traditional number key (0-9) and relative keys (#, *), and be used for Operate other keys of mobile terminal 700.Alternatively, keypad 730 may include traditional QWERTY keypad arrangement.Keypad 730 can also include various soft keys associated with function.Mobile terminal 700 can also include acceleration induction module 736, use In the action (movement) that capture user makes.

Specifically, display screen 728 may include touch-screen and/or neighbouring formula screen, and user can be by directly grasping Make screen and operates mobile terminal 700.At this point, display screen 728 functions simultaneously as both input equipment and output equipment.Such In embodiment, handwriting equipment 731 may be configured to receive user for example, by common pen, special stylus and/or finger The input provided on display screen 728, including give directions input and gesture input.

In addition, mobile terminal 700 may include such as control stick interface equipment or other be used for input interface.It is mobile Terminal 700 further includes battery 734, such as vibrating battery group, for powering for the various circuits needed for operation mobile terminal 700, And mechanical oscillation are optionally provided as detectable output.

Mobile terminal 700 may further include Subscriber Identity Module (UIM) 738.UIM738 is typically to have built-in place Manage the memory devices of device.UIM738 for example may include subscriber identity module (SIM), Universal Integrated Circuit Card (UICC), lead to With subscriber identity module (USIM), removable Subscriber Identity Module (R-UIM) etc..UIM738 is commonly stored related to mobile subscriber Cell.

Mobile terminal 700 can also have memory.For example, mobile terminal 700 may include volatile memory 740, Such as include the volatile random access memory (RAM) of the cache area for data temporary storage.Mobile terminal 700 It can also include other nonvolatile memories 742, can be Embedded and/or moveable.Nonvolatile memory 742 can include additionally or alternatively such as EEPROM and flash memory.Memory can be used with memory mobile terminal 700 Multiple pieces of information and data in Arbitrary Term, to realize the function of mobile terminal 700.

It should be appreciated that the structure diagram described in Fig. 7 is shown for illustrative purposes only, rather than to model of the present invention The limitation enclosed.In some cases, it can increase or reduce certain equipment as the case may be.

It should be noted that embodiments of the present invention can be realized by the combination of hardware, software or software and hardware. Hardware components can be realized using special logic；Software section can store in memory, by instruction execution system appropriate System, such as microprocessor or special designs hardware execute.It will be understood by those skilled in the art that above-mentioned equipment It can be realized using computer executable instructions and/or be included in the processor control code with method, such as in such as magnetic The programmable memory or such as optics or electricity of disk, the mounting medium of CD or DVD-ROM, such as read-only memory (firmware) Such code is provided in the data medium of subsignal carrier.The equipment and its module of the present invention can be by such as ultra-large The semiconductor or such as field programmable gate array of integrated circuit or gate array, logic chip, transistor etc. can be compiled The hardware circuit realization of the programmable hardware device of journey logical device etc., can also be soft with being executed by various types of processors Part is realized, can also be realized by the combination such as firmware of above-mentioned hardware circuit and software.

It should be noted that although being referred to the several devices or sub-devices of equipment in above-detailed, this stroke Divide only not enforceable.In fact, according to the embodiment of the present invention, the feature of two or more above-described devices It can be embodied in one apparatus with function.Conversely, the feature and function of an above-described device can further be drawn It is divided into and is embodied by multiple devices.

In addition, although the operation of the method for the present invention is described with particular order in the accompanying drawings, this do not require that or Hint must execute these operations according to the particular order, or have to carry out shown in whole operation could realize it is desired As a result.On the contrary, the step of describing in flow chart, which can change, executes sequence.Additionally or alternatively, it is convenient to omit certain steps, Multiple steps are merged into a step to execute, and/or a step is decomposed into execution of multiple steps.

Although detailed description of the preferred embodimentsthe present invention has been described by reference to several, it should be appreciated that, the present invention is not limited to Disclosed specific implementation mode.The present invention is directed to cover various modifications included in spirit and scope of the appended claims And equivalent arrangements.Scope of the following claims is to be accorded the broadest interpretation, to include all such modifications and equivalent knot Structure and function.

Claims (10)

1. a kind of pass for ink Shared Channel/high-speed shared information channel (HS-DSCH/HS-SICH) channel at high speeds The method of defeated middle time slot distribution, including：

Determine whether system supports TS0 to enhance；And

High-speed shared information channel is sent in subframe corresponding with definitive result, wherein

If it is determined that the system supports TS0 enhancings, then the high-speed shared information channel is in its corresponding high-speed physical downlink Third subframe after link shared channels (HS-PDSCH) is sent；And

If it is determined that the system does not support TS0 to enhance, then the high-speed shared information channel is under its corresponding high-speed physical The second subframe after ink Shared Channel is sent.

2. according to the method described in claim 1, the wherein described system is TD SDMA (TD-CDMA) system.

3. according to the method described in claim 1, wherein the system comprises the network equipments and terminal device.

4. according to the method described in claim 3, wherein determining whether system supports that TS0 enhancings include determining the network respectively Whether equipment and the terminal device support TS0 to enhance, and and if only if the network equipment and the terminal device support TS0 When enhancing, just determines that the system supports TS0 enhancings, otherwise determine that the system does not support TS0 to enhance.

5. method according to claim 3 or 4, wherein supporting the terminal device of TS0 enhancings is configured as receiving not include The High-Speed Physical Downlink Shared Channel of TS0 enhancings and the High-Speed Physical Downlink Shared Channel for including TS0 enhancings.

6. a kind of pass for ink Shared Channel/high-speed shared information channel (HS-DSCH/HS-SICH) channel at high speeds The equipment of defeated middle time slot distribution, including：

Determining device, is configured to determine that whether system supports TS0 to enhance；And

Sending device is configured as sending high-speed shared information channel in subframe corresponding with definitive result, wherein

If the system supports TS0 enhancings, the high-speed shared information channel is in its corresponding high-speed physical downlink Third subframe after shared channel (HS-PDSCH) is sent；And

If the system does not support TS0 to enhance, the high-speed shared information channel is in its corresponding high-speed physical downlink chain Share the second subframe transmission after channel in road.

7. equipment according to claim 6, wherein the system is TD SDMA (TD-CDMA) system.

8. equipment according to claim 6, wherein the system comprises the network equipments and terminal device.

9. equipment according to claim 8, wherein whether the system of determining supports that TS0 enhancings include determining the network respectively Whether equipment and the terminal device support TS0 to enhance, and and if only if the network equipment and the terminal device support TS0 When enhancing, just determines that the system supports TS0 enhancings, otherwise determine that the system does not support TS0 to enhance.

10. equipment according to claim 8 or claim 9, wherein supporting the terminal device of TS0 enhancings is configured as receiving not include The High-Speed Physical Downlink Shared Channel of TS0 enhancings and the High-Speed Physical Downlink Shared Channel for including TS0 enhancings.