CN102404795B - Method for receiving and processing data and system - Google Patents
Method for receiving and processing data and system Download PDFInfo
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- CN102404795B CN102404795B CN201010289054.6A CN201010289054A CN102404795B CN 102404795 B CN102404795 B CN 102404795B CN 201010289054 A CN201010289054 A CN 201010289054A CN 102404795 B CN102404795 B CN 102404795B
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Abstract
The invention discloses a kind of method for receiving and processing data and system, the method comprises: wireless access network is broadcasting command in the cell, wherein, order is used to indicate and stops adopting the data in discontinuous reception DRX mechanism reception high speed downlink shared channel HS-DSCH under cell forward access channel CELL_FACH state, and wireless access network stops adopting DRX mechanism to send data to terminal on the hs-dsch afterwards; After terminal in the cell--fach state receives order, stop adopting the data on DRX mechanism reception HS-DSCH.The invention enables wireless access network can when DRX mechanism cannot meet the requirement of current business or power system capacity, control terminal stops adopting DRX mechanism to carry out data receiver, improve the controllability of wireless access network to the data receive mode of terminal, prevent systems stay from providing low-quality service.
Description
Technical field
The present invention relates to the communications field, in particular to a kind of method for receiving and processing data and system.
Background technology
Two basic manipulation modes of terminal are idle pulley and connection mode.Connection mode can be divided into 4 kinds of different states further: URA_PCH (UniversalmobiletelecommunicationsystemRadioaccessnetwork RegisterareaPagingChannel, Universal Mobile Telecommunications System wireless access network registration area paging channel), CELL_PCH (CELLPagingChannel, cell paging channel), CELL_FACH (CELLForwardAccessChannel, cell forward access channel), CELL_DCH (CELLDedicatedChannel, cell private channel), these states define the kind of the operable physical channel of terminal and transmission channel.
HS-DSCH (HighSpeedDownlinkSharedChannel, high speed descending sharing channel) use HSDPA (HighSpeedDownlinkPacketAccess for carrying, high-speed downlink packet accesses) data that send of characteristic are the new transmission channels of HSDPA characteristic one of introducing.
In the early stage of development of HSDPA technology, terminal only has in celldch state, can use HSDPA technology, receives data by HS-DSCH transmission channel.And along with the development of technology, more senior terminal also can use HSDPA technology in the cell--fach state, receives data by HS-DSCH transmission channel.Such operation, can improve terminal under CELL_FACH state receive data peak rate, reduce user face under CELL_FACH state and chain of command processing delay, reduce by the time delay of CELL_FACH state transition to CELL_DCH state, and reduce the battery consumption of terminal.
The specific operation process that terminal receives data by HS-DSCH transmission channel is in the cell--fach state as follows:
A) receive in the community of HS-DSCH transport channel data under certain can carry out CELL_FACH state, wireless access network is broadcasted " HS-DSCH public system information " by system broadcasts in the scope of this community.Wherein: " HS-DSCH public system information " contains the whole configuration informations received in the cell--fach state required for HS-DSCH transport channel data; The scope of signaling in full community of general use system information block classification 5 or system information block classification 5bis (bis is the meaning of two times, can think the system information block classification 5 of two times) carries out system broadcasts.
B) certain supports the terminal receiving HS-DSCH transport channel data in the cell--fach state, resides in this community, and receiving system is broadcasted.The signaling of terminal parses system information block classification 5 or system information block classification 5bis, sees if there is the preparation information of " HS-DSCH public system information ".If had, then terminal can receive HS-DSCH transmission channel in the cell--fach state according to this configuration information.Usually, we receive the mode of HS-DSCH transmission channel in the cell--fach state this terminal, are called " terminal receives HS-DSCH transport channel data in the cell--fach state in normal way ".
Receive further development and the evolution of HS-DSCH transport channel data technology in the cell--fach state, then have employed DRX (DiscontinuousReception, discontinuous reception) mechanism, terminal can adopt DRX mechanism to receive HS-DSCH transport channel data in the cell--fach state.Support the terminal of this mode, obtain inactivation time from wireless access network and (before terminal initiates DRX operation, namely need the duration waited for, carry out timing with timer T321), length, the RX (Reception of DRX circulation, continuous reception) length of burst, and the H-RNTI of this terminal-specific (HS-DSCHRadioNetworkTemporaryIdentifier, HS-DSCH Radio Network Temporary Identifier).Wherein, the length of inactivation time, a DRX circulation and the length of continuous reception burst are obtained from the system broadcasts the persistent district at place by terminal.These DRX configuration parameter, put into the cell of " information receiving HS-DSCH in the cell--fach state with DRX mechanism ", and generally carry out system broadcasts by the scope of signaling in full community of system information block classification 5 or system information block classification 5bis.H-RNTI is then by dedicated signaling process, is distributed and inform this terminal by wireless access network.
Terminal adopts DRX mechanism to receive the concrete mode of HS-DSCH transport channel data as shown in Figure 1 in the cell--fach state, wherein, do not represented that terminal receives the time period of HS-DSCH transport channel data by the part that blank block covers in the time shaft of figure top, and blank block represents that terminal does not receive the time period of HS-DSCH transport channel data.As shown in Figure 1, after terminal wait inactivation time time-out, initiate to adopt DRX mechanism to receive the operation of HS-DSCH transport channel data in the cell--fach state.Terminal is do not go to receive HS-DSCH transport channel data in the one period of fixed time (receiving the time of the length of burst continuously) within the time of the length of a DRX circulation of configuration.Terminal goes to receive HS-DSCH transport channel data by the time of the length of the discontinuous reception burst in the time of the length of a DRX circulation in configuration.Usually, we adopt DRX mechanism to receive the mode of HS-DSCH transmission channel this terminal in the cell--fach state, are called " terminal adopts DRX mechanism to receive HS-DSCH transport channel data in the cell--fach state ".
Current this processing mode, in operation of engineering projects, there are the following problems in meeting: terminal adopts DRX mechanism to receive the technology of HS-DSCH transport channel data in the cell--fach state, it is intended to the capacity of elevator system, and improve the battery consumption of terminal, but, this mode can increase the transfer delay of packet, particularly the propagation delay time of the first bag data.
Summary of the invention
Main purpose of the present invention is to provide a kind of method for receiving and processing data and system, at least to solve the problem.
One aspect of the present invention provides a kind of method for receiving and processing data, comprise: wireless access network is broadcasting command in the cell, wherein, order is used to indicate and stops adopting the data in discontinuous reception DRX mechanism reception high speed downlink shared channel HS-DSCH under cell forward access channel CELL_FACH state, and wireless access network stops adopting DRX mechanism to send data to terminal on the hs-dsch afterwards; After terminal in the cell--fach state receives order, stop adopting the data on DRX mechanism reception HS-DSCH.
Further, after terminal receives order, also comprise: terminal adopts the data on common mode reception HS-DSCH.
Further, the order of wireless access network repeated broadcast, wireless access network starts timing when broadcasting command first, after a predetermined time, stops adopting DRX mechanism to send data to terminal on the hs-dsch.
Further, when arriving the scheduled time, wireless access network starts to adopt common mode to send data to terminal on the hs-dsch.
Further, terminal stop adopting the DRX mechanism data received on HS-DSCH comprise following one of at least: terminal stop current carrying out allly relate to the operation being received the data on HS-DSCH in the cell--fach state by DRX mechanism; The field being used to indicate the data whether adopting DRX mechanism to receive on HS-DSCH of self is set to no by terminal; Whether terminal judges inactivation time timer is overtime, if not overtime, then stops inactivation time timer.
Further, order is carried in the system information block of pre-set categories, and wherein pre-set categories comprises one of following: system information block classification 5, system information block classification 5bis.
Further, before wireless access network in the cell broadcasting command, also comprise: wireless access network is determined to need control terminal to stop adopting the data on DRX mechanism reception HS-DSCH in the cell--fach state according to the traffic carrying capacity of terminal and/or power system capacity.
Another aspect of the present invention provides a kind of data receiver treatment system, comprise wireless access network and terminal, wherein, wireless access network comprises: broadcast module, for broadcasting command in the cell, wherein, order is used to indicate and stops in the cell--fach state adopting the data on DRX mechanism reception HS-DSCH; Sending control module, stopping adopting DRX mechanism to send data to terminal on the hs-dsch for controlling; Terminal comprises: receiver module, for receiving order; Receive control module, for when the terminal at place is in CELL_FACH state, control to stop adopting the data on DRX mechanism reception HS-DSCH.
Further, control module is received also for controlling to adopt the data on common mode reception HS-DSCH.
Further, broadcast module be used for repeated broadcast order, wireless access network also comprises: timing module, for broadcast module first broadcasting command time start timing; Sending control module is used for after timing module arrives the scheduled time, controls to stop adopting DRX mechanism to send data to terminal on the hs-dsch.
Further, send control module and be used for after timing module arrives the scheduled time, start to adopt common mode to send data to terminal on the hs-dsch.
Pass through the present invention, wireless access network stops adopting DRX mechanism to receive data by terminal under broadcasting command control CELL_FACH state, solve the problem that when adopting DRX mechanism to carry out data receiver, data packet transmission delay is longer, make wireless access network can when DRX mechanism cannot meet the requirement of current business or power system capacity, control terminal stops adopting DRX mechanism to carry out data receiver, improve the controllability of wireless access network to the data receive mode of terminal, prevent systems stay from providing low-quality service.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 adopts DRX mechanism to receive the schematic diagram of HS-DSCH transport channel data according to the terminal of correlation technique in the cell--fach state;
Fig. 2 is the flow chart of the method for receiving and processing data according to the embodiment of the present invention;
Fig. 3 is the structured flowchart of the data receiver treatment system according to the embodiment of the present invention;
Fig. 4 is the preferred structure block diagram of the data receiver treatment system according to the embodiment of the present invention;
Fig. 5 is the detail flowchart accepting processing method according to the data of embodiment 2.
Embodiment
Hereinafter also describe the present invention in detail with reference to accompanying drawing in conjunction with the embodiments.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.
Fig. 2 is the flow chart of the method for receiving and processing data according to the embodiment of the present invention, and as shown in Figure 2, the method comprises the following steps:
Step S202, wireless access network is broadcasting command in the cell, wherein, this order is used to indicate and stops in the cell--fach state adopting the data on DRX mechanism reception HS-DSCH, and wireless access network stops adopting DRX mechanism to send data to terminal on the hs-dsch afterwards;
Step S204, after terminal in the cell--fach state receives this order, stops adopting the data on DRX mechanism reception HS-DSCH.
Wireless access network in certain situation (such as, its traffic carrying capacity according to terminal and the current DRX mechanism that should not adopt of power system capacity determination terminal carry out data receiver) under, control terminal may be needed to stop in the cell--fach state adopting DRX mechanism to receive the operation of HS-DSCH transport channel data.For this reason, in the method for the present embodiment, wireless access network is by the mode transmitting order to lower levels of broadcast, terminal, after receiving order, if under it is in CELL_FACH state, stops adopting DRX mechanism to receive data, because terminal is when adopting DRX mechanism to receive data, still can receiving system broadcast message or signaling, therefore, the order that wireless access network is broadcasted can reach for terminal, thus can control the data receive mode of terminal.By the method, wireless access network can stop adopting DRX mechanism to carry out data receiver by control terminal as required, improves the controllability of wireless access network to the data receive mode of terminal, prevents systems stay from providing low-quality service.
It should be noted that, the execution sequence that although above step number defines between " wireless access network stops adopting DRX mechanism to send data to terminal on the hs-dsch " and step S204, but, in fact, wireless access network stops the time of DRX mechanism to be after it is given an order, and the time of implementation of step S204 is terminal when receiving this order, visible, the time of implementation of these two steps is controlled respectively by two entities, it is independently two steps, therefore, there is no inevitable time sequencing, that is, " wireless access network stops adopting DRX mechanism to send data to terminal on the hs-dsch " also may perform after step s 204, also may perform simultaneously.
In order to improve the service quality of system, when being not suitable for adopting DRX mechanism to carry out data receiver, terminal can and then adopt other mode to carry out data receiver, such as, after receiving the command, terminal can adopt the data on common mode reception HS-DSCH, thus adapts to current network condition, improves the performance of system.Did introduction before the concrete meaning of wherein " common mode ", do not repeat them here.It should be noted that, terminal also can transfer to adopt other the mode being applicable to current demand to carry out data receiver, can also support backward compatibility, that is, transfer to adopt follow-up newly-increased receive mode to carry out data receiver.
In order to ensure that terminal can receive this order, wireless access network can this order of repeated broadcast, consider that terminal receives time delay and the processing delay of the order of broadcast, wireless access network can postpone a period of time stop again adopt DRX mechanism send data, specifically can adopt following process: wireless access network starts timing when broadcast them order first, after a predetermined time, stop adopting DRX mechanism to send data to terminal on the hs-dsch.By this process, reserve acquisition and the processing time of terminal, prevent when terminal not yet gets order or not yet complete respective handling (stopping adopting DRX mechanism to receive data), wireless access network stops adopting DRX mechanism send data and cause terminal cannot correctly adopt DRX mechanism to receive the problem of data in advance, achieves as much as possible and controls " seamless " of terminal.
Preferably, wireless access network after a predetermined time after, can start to adopt common mode to send data to terminal on the hs-dsch.By this process, the normal data receiver of the fast quick-recovery of terminal can be made, and carry out data transmission by common mode and can overcome the longer problem of DRX time delay, meet the requirement of business or power system capacity.
Preferably, terminal stop the process of the data adopting DRX mechanism to receive on HS-DSCH can comprise following one of at least:
(1) terminal stop current carrying out allly relate to the operation being received the data on HS-DSCH in the cell--fach state by DRX mechanism.
In concrete operations aspect, by the operation stopping all relating to adopt DRX mechanism reception data, terminal can stop self adopting DRX mechanism to receive data effectively; In addition, consistent processing mode is all adopted for all associative operations, be convenient to the process of wireless access network side and end side.
(2) field being used to indicate the data whether adopting DRX mechanism to receive on HS-DSCH of self is set to no by terminal.By arranging this field, being convenient to terminal and when needed self being managed.
(3) whether terminal judges inactivation time timer is overtime, if not overtime, then stops inactivation time timer.When stopping adopting DRX mechanism, stopping relevant timer, the processing logic about timer can be prevented chaotic.
It should be noted that, when terminal selects multinomial execution from above several process, described multinomial between execution sequence without any restriction, can perform simultaneously, also can successively perform.
Preferably, above order can be carried in the system information block of pre-set categories, and wherein pre-set categories comprises one of following: system information block classification 5, system information block classification 5bis.In existing system information block, carrying this order, without the need to carrying out larger amendment to message format, easily realizing.
Wireless access network control terminal stops the trigger condition (i.e. reason) adopting DRX mechanism to receive data can preset according to the network condition of reality and business demand, such as, wireless access network can determine whether to need control terminal to stop adopting the data on DRX mechanism reception HS-DSCH in the cell--fach state according to the traffic carrying capacity of terminal and/or power system capacity, if, then can the order of broadcast them, otherwise, end process.Determine whether to stop DRX mechanism by the traffic carrying capacity and/or power system capacity of considering terminal, the operation of system can be made more to meet current actual conditions, thus the service performance of elevator system.
Fig. 3 is the structured flowchart of the data receiver treatment system according to the embodiment of the present invention, as shown in Figure 3, this system comprises wireless access network 30 and terminal 32, wherein, wireless access network 30 comprises: broadcast module 34, for broadcasting command in the cell, wherein, this order is used to indicate and stops adopting DRX mechanism to receive data on HS-DSCH in the cell--fach state; Sending control module 35, stopping adopting DRX mechanism to send data to terminal on the hs-dsch for controlling; Terminal 32 comprises: receiver module 36, for receiving this order; Receive control module 38, for when the terminal at place is in CELL_FACH state, control to stop adopting the data on DRX mechanism reception HS-DSCH.
In the system of the present embodiment, broadcast module 34 in wireless access network 30 is by the mode transmitting order to lower levels of broadcast, the receiver module 36 of terminal 32 is after receiving order, if terminal 32 is under it is in CELL_FACH state, then receive control module 38 to control to stop adopting DRX mechanism to receive data, because terminal 32 is when adopting DRX mechanism to receive data, still can receiving system broadcast message or signaling, therefore, the order that broadcast module 34 is broadcasted can reach for terminal 32, thus can control the data receive mode of terminal 32.This system improves the controllability of the data receive mode of wireless access network 30 pairs of terminals 32, prevent systems stay from providing low-quality service.
Preferably, control module 38 is received also for controlling to adopt the data on common mode reception HS-DSCH.When being not suitable for adopting DRX mechanism to carry out data receiver, terminal 32 can and then adopt other mode to carry out data receiver, thus adapts to current network condition, improves the performance of system.
Fig. 4 is the preferred structure block diagram of the data receiver treatment system according to the embodiment of the present invention, as shown in Figure 4, broadcast module 34 can repeat to send above order, then on the basis of Fig. 3, wireless access network 30 can also comprise: timing module 42, for broadcast module 34 first broadcasting command time start timing; Send control module 35 for after timing module 42 arrives the scheduled time, control to stop adopting DRX mechanism to send data to terminal 32 on the hs-dsch.
Preferably, above transmission control module 44 can also be used for after timing module 42 arrives the scheduled time, starts to adopt common mode to send data to terminal 32 on the hs-dsch.
Embodiment 1-2 described below, combines the technical scheme of above-mentioned multiple preferred embodiment.
Embodiment 1
This embodiment describes the detailed process of method for receiving and processing data, comprise the following steps:
Step 1, wireless access network is sent by the system broadcasts in community and stops in the cell--fach state adopting DRX mechanism to receive the order of HS-DSCH transport channel data;
In this step, the logic implication stopping employing DRX mechanism to receive the order of HS-DSCH transport channel data is: command terminal stops adopting DRX mechanism to receive HS-DSCH transport channel data.The system information block of system information block classification 5 or system information block classification 5bis is put in this order, system information block classification 5 or system information block classification 5bis is broadcasted in community by system broadcasts process by wireless access network.
Step 2, after terminal in community accepts this order, terminal stops adopting DRX mechanism to receive the operation of HS-DSCH transport channel data in the cell--fach state immediately, then terminal receives the operation of HS-DSCH transport channel data in the cell--fach state in normal way;
In this step, terminal is receiving system broadcast in current persistent district, and resolution system block of information classification 5 or system information block classification 5bis know that this orders.Terminal stops adopting in the cell--fach state DRX mechanism to receive the operation of HS-DSCH transport channel data immediately, specifically comprises the steps one of at least:
(1) terminal stops current ongoing any DRX mechanism that adopts in the cell--fach state to receive the operation of HS-DSCH transport channel data;
(2) terminal arranges oneself " adopting DRX mechanism to receive the state of HS-DSCH transport channel data in the cell--fach state " is FALSE (no);
(3) whether the timer of terminal judges inactivation time is overtime, if do not had, then stops this timer.
Step 3, timing when wireless access network sends from the system broadcasts passed through for the first time in community the order stopping in the cell--fach state adopting DRX mechanism reception HS-DSCH transport channel data, after postponing one predefined period, wireless access network is sent to the data of the terminal under CELL_FACH state by HS-DSCH transmission channel, wireless access network stops the send mode adopting DRX mechanism, then wireless access network sends in normal way.
In this step, system broadcasts due to community may repeat to send, so timing wireless access network sends mentioned order from first time during by the system broadcasts in community, after postponing one predefined period, just carry out data wireless access network being sent to the terminal under CELL_FACH state by HS-DSCH transmission channel, stop the operation of the send mode adopting DRX mechanism.
Embodiment 2
This embodiment describes method for receiving and processing data processing procedure in detail with a concrete example, suppose: terminal is current is in CELL_FACH state, and adopting DRX mechanism to receive HS-DSCH transport channel data, wireless access network predefine stops be 800 milliseconds the time of delay of the send mode adopting DRX mechanism.Fig. 5 is the detail flowchart accepting processing method according to the data of embodiment 2, and as shown in Figure 5, the method comprises the following steps:
Step 510: wireless access network is sent by the system broadcasts in community and stops in the cell--fach state adopting DRX mechanism to receive the order of HS-DSCH transport channel data.The logic implication adopting DRX mechanism to receive the order of HS-DSCH transport channel data is stopped to only have one: command terminal stops adopting DRX mechanism to receive HS-DSCH transport channel data.The system information block of system information block classification 5 or system information block classification 5bis is put in this order, system information block classification 5 or system information block classification 5bis is broadcasted in community by system broadcasts process by wireless access network.
Step 520: the system broadcasts due to community may repeat to send, so timing when wireless access network sends from the system broadcasts passed through for the first time in community the order stopping in the cell--fach state adopting DRX mechanism reception HS-DSCH transport channel data, duration is the predefined time of delay stopping the send mode adopting DRX mechanism, is 800 milliseconds.
Step 530: terminal is receiving system broadcast in current persistent district, and resolution system block of information classification 5 or system information block classification 5bis, know that this orders.
Step 540: after terminal accepts this order, terminal stops adopting DRX mechanism to receive the operation of HS-DSCH transport channel data in the cell--fach state immediately.Specifically refer to following steps: terminal stops current ongoing any DRX mechanism that adopts in the cell--fach state to receive the operation of HS-DSCH transport channel data; " adopting DRX mechanism to receive the state of HS-DSCH transport channel data in the cell--fach state " that terminal arranges oneself is FALSE (no); Whether the timer of terminal judges inactivation time is overtime, if do not had, then stops this timer.
Step 550: terminal then receive the operation of HS-DSCH transport channel data in the cell--fach state in normal way.Namely terminal is with non-DRX mechanism, in the mode received continuously, carries out the operation receiving HS-DSCH transport channel data in the cell--fach state.
Step 560: after predefined stopping adopts arrive the time of delay of the send mode of DRX mechanism, wireless access network is sent to the data of the terminal under CELL_FACH state by HS-DSCH transmission channel, wireless access network stops the send mode adopting DRX mechanism.
Step 570: wireless access network then send the data being sent to the terminal under CELL_FACH state by HS-DSCH transmission channel in normal way.Namely wireless access network is with non-DRX mechanism, in the mode sent continuously, carries out the operation sending HS-DSCH transport channel data in the cell--fach state.
In sum, the scheme that the embodiment of the present invention provides makes wireless access network can when DRX mechanism cannot meet the requirement of current business or power system capacity, control terminal stops adopting DRX mechanism to carry out data receiver, improve the controllability of wireless access network to the data receive mode of terminal, prevent systems stay from providing low-quality service.
It should be noted that, can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing, and, although show logical order in flow charts, but in some cases, can be different from the step shown or described by order execution herein.
Obviously, those skilled in the art should be understood that, above-mentioned of the present invention each module or each step can realize with general calculation element, they can concentrate on single calculation element, or be distributed on network that multiple calculation element forms, alternatively, they can realize with the executable program code of calculation element, thus, they can be stored and be performed by calculation element in the storage device, or they are made into each integrated circuit modules respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (9)
1. a method for receiving and processing data, is characterized in that, comprising:
Wireless access network is broadcasting command in the cell, wherein, described order is used to indicate and stops adopting the data in discontinuous reception DRX mechanism reception high speed downlink shared channel HS-DSCH under cell forward access channel CELL_FACH state, and described wireless access network stops on described HS-DSCH and adopts described DRX mechanism to send data to terminal afterwards;
After terminal under described CELL_FACH state receives described order, the described DRX mechanism of stopping employing receiving the data on described HS-DSCH; Wherein,
Order described in described wireless access network repeated broadcast, described wireless access network starts timing when broadcasting described order first, after a predetermined time, stops on described HS-DSCH and adopts described DRX mechanism to send data to described terminal.
2. method according to claim 1, is characterized in that, after described terminal receives described order, also comprises:
Described terminal employing common mode receives the data on described HS-DSCH.
3. method according to claim 1, is characterized in that, when arriving the described scheduled time, described wireless access network starts on described HS-DSCH, adopt common mode to send data to described terminal.
4. method according to claim 1, is characterized in that, described terminal stop adopting the described DRX mechanism data received on described HS-DSCH comprise following one of at least:
Described terminal stop current carrying out allly relate to the operation being received the data on described HS-DSCH under described CELL_FACH state by described DRX mechanism;
The field being used to indicate the data whether adopting described DRX mechanism to receive on described HS-DSCH of self is set to no by described terminal;
Whether described terminal judges inactivation time timer is overtime, if not overtime, then stops described inactivation time timer.
5. method according to claim 1, is characterized in that, described order is carried in the system information block of pre-set categories, and wherein said pre-set categories comprises one of following: system information block classification 5, system information block classification 5bis.
6. method according to claim 1, is characterized in that, before wireless access network in the cell broadcasting command, also comprises:
Described wireless access network determines to need to control to adopt under described terminal stops at described CELL_FACH state described DRX mechanism to receive data on described HS-DSCH according to the traffic carrying capacity of described terminal and/or power system capacity.
7. a data receiver treatment system, is characterized in that, comprises wireless access network and terminal, wherein,
Described wireless access network comprises:
Broadcast module, for broadcasting command in the cell, wherein, described order is used to indicate and stops adopting DRX mechanism to receive data on HS-DSCH in the cell--fach state;
Sending control module, adopting described DRX mechanism to send data to terminal for controlling to stop on described HS-DSCH;
Described terminal comprises:
Receiver module, for receiving described order;
Receive control module, for when the terminal at place is in described CELL_FACH state, the described DRX mechanism of control stopping employing receiving the data on described HS-DSCH; Wherein,
Described broadcast module is used for ordering described in repeated broadcast, and described wireless access network also comprises: timing module, for starting timing when described broadcast module broadcasts described order first;
Described transmission control module is used for after described timing module arrives the scheduled time, controls to stop on described HS-DSCH to adopt described DRX mechanism to send data to described terminal.
8. system according to claim 7, is characterized in that, described reception control module is also for controlling to adopt common mode to receive data on described HS-DSCH.
9. system according to claim 7, is characterized in that, described transmission control module is used for after described timing module arrives the described scheduled time, starts on described HS-DSCH, adopt common mode to send data to described terminal.
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| CN101193388A (en) * | 2006-11-30 | 2008-06-04 | 华硕电脑股份有限公司 | Method of enhancing continuous packet connectivity in a wireless communications system and related apparatus |
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Non-Patent Citations (1)
| Title |
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| Addition of new test case 8.1.1.18;NTT DOCOMO;《3GPP TSG RAN WG5 #46》;20100226;正文第2页第10行至第5页第4行 * |
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