CN103765971A

CN103765971A - Method and apparatus for treating scheduling request

Info

Publication number: CN103765971A
Application number: CN201380001682.1A
Authority: CN
Inventors: 靳日飞; 马海涛; 陈泉宇
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-10-18
Filing date: 2013-10-18
Publication date: 2014-04-30
Anticipated expiration: 2033-10-18
Also published as: WO2015054890A1; CN103765971B

Abstract

An embodiment of the invention provides a method and an apparatus for treating scheduling request. A base station can send configuration parameters to user equipment. The configuration parameters are used for indicating SR detection strategies of the base station. The user equipment determines SR sending strategies matching with the SR detection strategies. Thus, the detection time of the base station is reduced, and the possibility of false alarm is effectively reduced.

Description

A kind of processing method of dispatch request and device

Technical field

The present invention relates to wireless communication field, relate in particular to a kind of SR(Scheduling Request, dispatch request) processing method and device.

Background technology

As UE(User Equipment, subscriber equipment) need uploading data and there is no ascending resource when transmitting, UE can be by SR to base station requests ascending resource, for example, UE can pass through PUCCH(Physical Uplink Control Channel according to certain cycle and subframe position, physical uplink control channel) the UCI(Uplink Control Information in, uplink control message) to base-station transmission SR, the SR that base station receives by detection judges whether UE has resource requirement, and then sends UL Grant(uplink authorization to UE).

DRX(Discontinuous Reception, discontinuous reception) a kind of working mechanism be LTE(Long Term Evolution, Long Term Evolution) introducing in system.Under this working mechanism, UE can stop monitoring PDCCH(Physical downlink Control Channel, down control channel within a period of time) channel, claim to be DRX rest period during this period of time.Accordingly, the time period of UE monitoring PDCCH channel is referred to as DRX active period.

Due to the complexity of wireless environment, often there is the situation of SR false-alarm.So-called SR false-alarm refers to, subscriber equipment does not send SR, and base station is due to the SR that detected of the mistakes such as interference of wireless environment.When this SR false-alarm appears under the working mechanism of DRX, tend to the problem that occurs that wireless link is abnormal.

For example, if base station has detected the false-alarm of SR, base station will unilaterally start the active period (inactive) of the DRX of UE, and actual DRX state or the dormant state of UE.Now, for descending, if the DTX(Discontinuous Transmission that the transmission of downlink data can cause downlink data, discontinuous transmission are carried out in base station) feedback, even when reaching maximum retransmission, downlink transfer can cause abnormal call drop.For up, if SRS(Sounding Reference Symbol is carried out in base station, detection reference signal) measurement or cycle CQI(Channel Quality Indicator, channel quality identification) detection, can cause and measure misalignment and AMC(Automatic Modulation and Coding Adaptive Modulation and Coding) mistake.

Summary of the invention

The embodiment of the present invention provides a kind of processing method and device of dispatch request, for solving prior art, when SR false-alarm appears under the working mechanism of DRX, in situation, occurs the technical problem that wireless link is abnormal.

The processing method of a kind of dispatch request that the embodiment of the present application first aspect provides, comprising:

Base station generates configuration parameter, and the SR that described configuration parameter is used to indicate described base station detects strategy;

Described base station issues described configuration parameter to subscriber equipment, so that described subscriber equipment detects strategy according to the SR of described base station, determines the SR sending strategy that detects strategy matching with described SR;

Strategy is detected according to described SR in described base station, carries out SR detection.

In the first possibility implementation of first aspect, described SR detects strategy and comprises: forbade in detection time described base station, does not carry out SR detection; Described base station is allowing, in detection time, to carry out SR detection.

In conjunction with the first possibility implementation of first aspect, in the second possibility implementation of first aspect, described SR sending strategy, comprising: described subscriber equipment was forbidden in detection time, did not carry out SR transmission; Described subscriber equipment is allowing, in detection time, to carry out SR transmission.

In conjunction with the first or the second possibility implementation of first aspect, in the third possibility implementation of first aspect, the described active period that allows to comprise detection time subscriber equipment; Describedly forbid that be the time outside described permission detection time detection time.

May implementation in conjunction with the third of first aspect, the 4th kind of first aspect may implementation in, described permissions also comprises activation probationary period detection time.

May implementation in conjunction with the first of first aspect or the second, the 5th kind of first aspect may implementation in, described in forbid comprising detection time a plurality of discontinuous reception DRX period.

One of may implementations in conjunction with five kinds of the first to the of first aspect, first aspect, in the 6th kind of possibility implementation of first aspect, described configuration parameter comprises: radio resource control RRC controls cell or medium access control MAC controls cell.

Second aspect, the processing method of a kind of dispatch request that the embodiment of the present invention provides, comprising:

Subscriber equipment receives the configuration parameter that base station issues, and the SR that described configuration parameter is used to indicate described base station detects strategy;

Described subscriber equipment detects strategy according to described SR, determines the SR sending strategy that detects strategy matching with described SR;

When detecting while existing upstream data to send, described subscriber equipment sends SR according to described SR sending strategy to base station.

In the first possibility implementation of second aspect, described SR detects strategy and comprises: forbade in detection time described base station, does not carry out SR detection; Described base station is allowing, in detection time, to carry out SR detection.

In conjunction with the first possibility implementation of second aspect, in the second possibility implementation of second aspect, described SR sending strategy comprises: described subscriber equipment was forbidden in detection time, did not carry out SR transmission; Described subscriber equipment is allowing, in detection time, to carry out SR transmission.

In conjunction with the first or the second possibility implementation of second aspect, in the third possibility implementation of second aspect, the described active period that allows to comprise detection time subscriber equipment; Describedly forbid that be the time outside described permission detection time detection time.

May implementation in conjunction with the third of second aspect, the 4th kind of second aspect may implementation in, described permissions also comprises activation probationary period detection time.

May implementation in conjunction with the first of second aspect or the second, the 5th kind of second aspect may implementation in, described in forbid comprising detection time a plurality of DRX cycles.

One of may implementations in conjunction with five kinds of the first to the of second aspect, second aspect, the 6th kind of second aspect may implementation in, described configuration parameter comprises: RRC controls cell or MAC controls cell.

The third aspect, the processing method of a kind of dispatch request that the embodiment of the present invention provides, comprising:

Base station generates configuration parameter, described configuration parameter comprises: the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time;

Described base station issues described configuration parameter to subscriber equipment, so that described subscriber equipment is when detecting while existing upstream data to send, according to the vacant cell of described SR, to described base station, does not report SR;

Described base station issues uplink authorization to described subscriber equipment within default cycle time.

In the first possibility implementation of the third aspect, described base station after described subscriber equipment issues uplink authorization, comprising within default cycle time:

The upstream data sending according to described uplink authorization when described base station received described subscriber equipment receive described uplink authorization within described setup time; Or

Described base station receives the random access request sending when described subscriber equipment does not receive described uplink authorization within described setup time or rebuilds request.

Fourth aspect, the processing method of a kind of dispatch request that the embodiment of the present invention provides, comprising:

Subscriber equipment receives the configuration parameter that base station issues, described configuration parameter comprises the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate described subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time;

When detecting while existing upstream data to send, described subscriber equipment, according to the vacant cell of described SR, does not report SR to described base station;

If described subscriber equipment, within described setup time, receives the uplink authorization that described base station issues, according to described uplink authorization, to base station, send upstream data;

If described subscriber equipment, within described setup time, does not receive the uplink authorization that described base station issues, to described base station, send random access request or rebuild request.

The 5th aspect, the processing method of a kind of dispatch request that the embodiment of the present invention provides, comprising:

While receiving SR for the first time within detection time is being forbidden in base station, control the described SR receiving for the first time is not responded;

While receiving SR for the second time within detection time is being forbidden in described base station, described base station issues uplink authorization to subscriber equipment, and controls by described and forbid that the place state of detection time is switched to the place state that allows detection time.

In the first possibility implementation aspect the 5th, described base station, after subscriber equipment issues uplink authorization, comprising:

If receive the number of times of the discontinuous transmitting DTX response of described subscriber equipment transmission, be greater than default number of times, described base station stops issuing uplink authorization to described subscriber equipment, and the place state by described permission detection time controlled is forbidden the place state of detection time described in being switched to.

The 6th aspect, the processing unit of a kind of dispatch request that the embodiment of the present invention provides, comprising:

Generation module, for generating configuration parameter, the dispatch request SR that described configuration parameter is used to indicate described base station detects strategy;

Sending module, the configuration parameter generating for issue described generation module to subscriber equipment, determines so that described subscriber equipment detects strategy according to the SR of described base station the SR sending strategy that detects strategy matching with described SR;

Detection module, for detecting strategy according to described SR, carries out SR detection.

In the first possibility implementation aspect the 6th, described SR detects strategy and comprises: forbade in detection time described base station, does not carry out SR detection; Described base station is allowing, in detection time, to carry out SR detection.

In conjunction with the first possibility implementation of the 6th aspect, in the second possibility implementation aspect the 6th, described SR sending strategy, comprising: described subscriber equipment was forbidden in detection time, did not carry out SR transmission; Described subscriber equipment is allowing, in detection time, to carry out SR transmission.

In conjunction with the first or the second possibility implementation of the 6th aspect, in the third possibility implementation aspect the 6th, the described active period that allows to comprise detection time subscriber equipment; Describedly forbid that be the time outside described permission detection time detection time.

May implementation in conjunction with the third of the 6th aspect, aspect the 6th the 4th kind may implementation in, described permissions also comprises activation probationary period detection time.

May implementation in conjunction with the first of the 6th aspect or the second, aspect the 6th the 5th kind may implementation in, described in forbid comprising detection time a plurality of DRX cycles.

One of may implementations in conjunction with five kinds of the first to the of the 6th aspect, the 6th aspect, aspect the 6th the 6th kind may implementation in, described configuration parameter comprises: RRC controls cell or MAC controls cell.

The 7th aspect, a kind of base station that the embodiment of the present invention provides, comprise: receiver, transmitter, memory and the processor being connected with receiver, transmitter, memory respectively, wherein, in memory, store batch processing code, and processor, for calling the program code that memory is stored, is carried out following operation:

Generate configuration parameter, the dispatch request SR that described configuration parameter is used to indicate described base station detects strategy;

By described transmitter, to subscriber equipment, issue described configuration parameter, so that described subscriber equipment detects strategy according to the SR of described base station, determine the SR sending strategy that detects strategy matching with described SR;

According to described SR, detect strategy, carry out SR detection.

Eight aspect, the processing unit of a kind of dispatch request that the embodiment of the present invention provides, comprising:

Receiver module, the configuration parameter issuing for receiving base station, the SR that described configuration parameter is used to indicate described base station detects strategy;

Determination module, for detecting strategy according to described SR, determines the SR sending strategy that detects strategy matching with described SR;

Sending module, for when detecting while existing upstream data to send, sends SR according to described SR sending strategy to base station.

In the first possibility implementation of eight aspect, described SR detects strategy and comprises: forbade in detection time described base station, does not carry out SR detection; Described base station is allowing, in detection time, to carry out SR detection.

In conjunction with the first possibility implementation of eight aspect, in the second possibility implementation of eight aspect, described SR sending strategy comprises: described subscriber equipment was forbidden in detection time, did not carry out SR transmission; Described subscriber equipment is allowing, in detection time, to carry out SR transmission.

In conjunction with the first or the second possibility implementation of eight aspect, in the third possibility implementation of eight aspect, the described active period that allows to comprise detection time subscriber equipment; Describedly forbid that be the time outside described permission detection time detection time.

May implementation in conjunction with the third of eight aspect, the 4th kind of eight aspect may implementation in, described permissions also comprises activation probationary period detection time.

May implementation in conjunction with the first of eight aspect or the second, the 5th kind of eight aspect may implementation in, described in forbid comprising detection time a plurality of DRX cycles.

One of may implementations in conjunction with five kinds of the first to the of eight aspect, eight aspect, the 6th kind of eight aspect may implementation in, described configuration parameter comprises: RRC controls cell or MAC controls cell.

The 9th aspect, a kind of subscriber equipment that the embodiment of the present invention provides, comprise: receiver, transmitter, memory and the processor being connected with receiver, transmitter, memory respectively, wherein, in memory, store batch processing code, and processor, for calling the program code that memory is stored, is carried out following operation:

By described receiver, receive the configuration parameter that base station issues, the SR that described configuration parameter is used to indicate described base station detects strategy;

According to described SR, detect strategy, determine the SR sending strategy that detects strategy matching with described SR;

When detecting while existing upstream data to send, according to described SR sending strategy, by described transmitter, to base station, send SR.

The tenth aspect, the processing unit of a kind of dispatch request that the embodiment of the present invention provides, comprising:

Generation module, be used for generating configuration parameter, described configuration parameter comprises: the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time;

Sending module, for issue described configuration parameter to subscriber equipment, so that described subscriber equipment is when detecting while existing upstream data to send, does not report SR to described base station according to the vacant cell of described SR;

Described sending module, also for issuing uplink authorization to described subscriber equipment within default cycle time.

In the first possibility implementation aspect the tenth, described device also comprises:

Receiver module, the upstream data sending according to described uplink authorization while receiving described uplink authorization for receiving described subscriber equipment within described setup time;

Described receiver module, also for receiving the random access request sending when described subscriber equipment does not receive described uplink authorization within described setup time or rebuilding request.

The tenth on the one hand, and a kind of base station that the embodiment of the present invention provides, comprising:

Receiver, transmitter, memory and the processor being connected with described receiver, transmitter, memory respectively, wherein, store batch processing code in memory, and processor is for calling the program code that memory is stored, and carries out following operation:

Generate configuration parameter, described configuration parameter comprises: the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time;

By described transmitter, to subscriber equipment, issue described configuration parameter, so that described subscriber equipment is when detecting while existing upstream data to send, according to the vacant cell of described SR, to described base station, do not report SR;

Within default cycle time, by described transmitter, to described subscriber equipment, issue uplink authorization.

The 12 aspect, the processing unit of a kind of dispatch request that the embodiment of the present invention provides, comprising:

Receiver module, for receiving the configuration parameter that base station issues, described configuration parameter comprises the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate described subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time;

Control module, for when detecting while existing upstream data to send, according to the vacant cell of described SR, controls and to described base station, does not report SR;

Sending module, for when within described setup time, receives the uplink authorization that described base station issues, and according to described uplink authorization, to base station, sends upstream data;

Described sending module, also, for when within described setup time, does not receive the uplink authorization that described base station issues, and sends random access request or rebuild request to described base station.

The tenth three aspects:, a kind of subscriber equipment that the embodiment of the present invention provides, comprising:

Receiver, transmitter, memory and the processor being connected with receiver, transmitter, memory respectively, wherein, store batch processing code in memory, and processor is for calling the program code that memory is stored, and carries out following operation:

By described receiver, receive the configuration parameter that base station issues, described configuration parameter comprises the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate described subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time;

When detecting while existing upstream data to send, according to the vacant cell of described SR, control and to described base station, do not report SR;

When within described setup time, receive the uplink authorization that described base station issues, according to described uplink authorization, to base station, send upstream data;

When within described setup time, do not receive the uplink authorization that described base station issues, by described transmitter, to described base station, send random access request or rebuild request.

The 14 aspect, the processing unit of a kind of dispatch request that the embodiment of the present invention provides, comprising:

The first control module, for when forbidding receiving SR for the first time in detection time, controls the described SR receiving for the first time is not responded;

The second control module, when receiving SR for the second time within detection time is being forbidden in described base station, issues uplink authorization to subscriber equipment, and controls by described and forbid that the place state of detection time is switched to the place state that allows detection time.

In the first possibility implementation aspect the 14, described device also comprises:

The 3rd control module, for when receiving number of times that discontinuous transmitting DTX that described subscriber equipment sends responds and be greater than default number of times, stop issuing uplink authorization to described subscriber equipment, and the place state by described permission detection time controlled is forbidden the place state of detection time described in being switched to.

The 15 aspect, a kind of base station that the embodiment of the present invention provides, comprising:

When forbidding receiving SR for the first time in detection time, the described SR receiving for the first time is not responded;

While receiving SR for the second time within detection time is being forbidden in described base station, to subscriber equipment, issue uplink authorization, and control by described and forbid that the place state of detection time is switched to the place state that allows detection time.

Implement the embodiment of the present invention, there is following beneficial effect:

In the invention process, base station issues configuration parameter to subscriber equipment, the dispatch request SR that configuration parameter is used to indicate this base station detects strategy, subscriber equipment detects strategy according to SR and determines corresponding SR sending strategy, when subscriber equipment detects while existing upstream data to send, according to SR sending strategy, to base station, send SR, base station is detected strategy according to SR and is carried out SR detection, make the SR sending strategy of subscriber equipment and the SR of base station detect strategy corresponding, subscriber equipment is consistent with the detected state of base station, reduced the detection time of base station, can effectively reduce the probability of happening of false-alarm.

In the invention process, base station issues configuration parameter to subscriber equipment, configuration parameter comprises the vacant cell of SR and setup time, when detecting while existing upstream data to send, subscriber equipment is according to the vacant cell of SR, to described base station, do not report SR, if subscriber equipment is within setup time, receive the uplink authorization that base station issues, according to uplink authorization, to base station, send upstream data, if subscriber equipment within setup time, does not receive the uplink authorization that base station issues, to base station, send random access request or rebuild request.The vacant cell of SR that base station issues to subscriber equipment can be used for equipment for indicating user not to carry out SR and reports, subscriber equipment does not carry out SR and reports, and base station issues uplink authorization within default cycle time, guarantees the normal allocation of resource, there will not be false-alarm, the probability of happening of false-alarm can be reduced to zero.

In the invention process, while receiving SR for the first time within detection time is being forbidden in base station, the SR receiving for the first time is not responded, while receiving SR for the second time within detection time is being forbidden in base station, base station issues uplink authorization to subscriber equipment, and controls by described and forbid that the place state of detection time is switched to the place state that allows detection time.In base station, do not issue in any configuration parameter situation, if forbidding receiving for the second time SR detection time, the place state of forbidding detection time is switched to the place state that allows detection time, for there is the reprocessing in SR false-alarm situation, can reduce the probability of happening of false-alarm.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.

The flow chart of the processing method of a kind of dispatch request that Fig. 1 provides for first embodiment of the invention;

The flow chart of the processing method of a kind of dispatch request that Fig. 2 provides for second embodiment of the invention;

The flow chart of the processing method of a kind of dispatch request that Fig. 3 provides for third embodiment of the invention;

The flow chart of the processing method of a kind of dispatch request that Fig. 4 provides for fourth embodiment of the invention;

The flow chart of the processing method of a kind of dispatch request that Fig. 5 provides for fifth embodiment of the invention;

The flow chart of the processing method of a kind of dispatch request that Fig. 6 provides for sixth embodiment of the invention;

The flow chart of the processing method of a kind of dispatch request that Fig. 7 provides for seventh embodiment of the invention;

The schematic diagram of the DRX time that Fig. 8 provides for the embodiment of the present invention;

The structure chart of the processing unit of a kind of dispatch request that Fig. 9 provides for first embodiment of the invention;

The structure chart of a kind of base station that Figure 10 provides for the embodiment of the present invention;

The structure chart of the processing unit of a kind of dispatch request that Figure 11 provides for second embodiment of the invention;

The structure chart of a kind of subscriber equipment that Figure 12 provides for the embodiment of the present invention;

The structure chart of the processing unit of a kind of dispatch request that Figure 13 provides for third embodiment of the invention;

The structure chart of the another kind of base station that Figure 14 provides for the embodiment of the present invention;

The structure chart of the processing unit of a kind of dispatch request that Figure 15 provides for fourth embodiment of the invention;

The structure chart of the another kind of subscriber equipment that Figure 16 provides for the embodiment of the present invention;

The structure chart of the processing unit of a kind of dispatch request that Figure 17 provides for fifth embodiment of the invention;

The structure chart of another base station that Figure 18 provides for the embodiment of the present invention.

Embodiment

In order to make technical problem to be solved by this invention, technical scheme and beneficial effect clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.

Refer to Fig. 1, the flow chart of the processing method of a kind of dispatch request that Fig. 1 provides for first embodiment of the invention; Wherein, the processing method of the dispatch request shown in Fig. 1 is to be described from the angle of a base station.The processing method of the dispatch request that as shown in Figure 1, the present embodiment provides comprises: S101～S103.

S101, base station generates configuration parameter, and the SR that described configuration parameter is used to indicate base station detects strategy.

As a kind of optional execution mode, in this step, base station generates configuration parameter, and the SR that configuration parameter is used to indicate described base station detects strategy.Further alternative, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, to carry out SR detection.Concrete, base station is allowing to carry out SR detection in detection time, when subscriber equipment detects while existing upstream data to send, subscriber equipment is allowing to base station, to have sent SR in detection time, base station detects SR, when subscriber equipment detects while not existing upstream data to send, subscriber equipment is allowing in detection time to base station transmission SR, and base station does not detect SR.Wherein, allow to comprise detection time the active period of subscriber equipment, forbid that be the described time allowing outside detection time detection time.Further alternative, allow can also to comprise detection time and activate probationary period.

As a kind of optional execution mode, as shown in Figure 8, the schematic diagram of the DRX time providing for the embodiment of the present invention, at a DRX Cycle(discontinuous receiving cycle) in can comprise that Pre-Strimer(activates probationary period) and the Duration Timer(duration), in a DRX Cycle, can comprise DRX Inactive Timer(DRX active period) and Pre-Strimer(activate probationary period), allow comprise Duration Timer, Inactivity Timer and Pre-Strimer detection time (SR Active Timer).Pre-Strimer can make SR arrive base station before Duration Timer, makes base station arrive Duration Timer and issues immediately uplink authorization, has reduced time delay.

Wherein, the time in the embodiment of the present invention is the time based on subframe, YimsWei unit.UE can stop monitoring PDCCH channel within a period of time, claims to be DRX rest period during this period of time.Accordingly, the time period of UE monitoring PDCCH channel is referred to as DRX active period.Duration Timer is that UE maintains the time waking at every turn from DRX rest period wakes up, and UE can search PDCCH within this period.Inactivity Timer, the UE HARQ(Hybrid Automatic Repeat Request that at every turn successfully decodes when waking, mixed automatic retransfer request) time that keeps active after the PDCCH of initialization, that be that UE receives PDCCH indication is a UL/DL(Up Link/Down Link, uplink/downlink) initial transmission, rather than retransmit.SR Active Timer is for allowing detection time, the total time that to be UE keep from DRX rest period wakes up wakes.

As a kind of optional execution mode, the configuration parameter that base station generates can comprise: RRC(Radio Resource Control, radio resource control) control cell, for example can be for SR_MASK RRC controls cell, the form that RRC controls cell can be expressed as in application program language:

SR-Mask ENUMERATED{setup} OPTIONAL

As a kind of optional execution mode, the configuration parameter that base station generates can comprise: MAC(Medium Access Control, medium access control) control cell, for example can forbid MAC cell for SR, increase the logic channel ID of a MCE, by MAC layer, to forbidding detection time, be configured, the form that MAC controls cell can be:

SR Forbid Timer can be made as a time constant, for example 5 seconds, forbid can being made as detection time: SR Forbid Timer*N*DRX Cycle, forbid that be that SR Forbid Timer and N DRX cycle are long-pending detection time, N is greater than zero positive integer.

Further alternative, if SR Forbid is Timer=0, represent that subscriber equipment do not forbidden the restriction of detection time, can send at any time SR, for there being the situation that upstream data need to send frequently can reduce the time delay that sends upstream data; If SR Forbid is Timer=0xff, SR Forbid Timer is defined as infinity, represents that subscriber equipment, always in forbidding the state of detection time, can not send SR to base station always, can save signaling.

In other embodiments, the implementation method of the configuration parameter that base station generates is diversified, can control cell for RRC, can be also also other way of realization for MAC controls cell, is not specifically subject to the restriction of the present embodiment.

S102, base station issues configuration parameter to subscriber equipment, so that subscriber equipment detects strategy according to the SR of base station, determines the SR sending strategy that detects strategy matching with SR.

As a kind of optional execution mode, base station issues configuration parameter to subscriber equipment, subscriber equipment receives after this configuration parameter, resolve this configuration parameter, the SR that configuration parameter is used to indicate base station again detects strategy, and subscriber equipment detects strategy according to the SR of base station and determines the SR sending strategy that detects strategy matching with SR.Wherein, SR detection strategy can comprise: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, to carry out SR detection.SR sending strategy can comprise: subscriber equipment was forbidden in detection time, did not carry out SR transmission; Subscriber equipment is allowing, in detection time, can to carry out SR transmission.Concrete, subscriber equipment is allowing can to carry out SR transmission in detection time, when subscriber equipment detects while existing upstream data to send, subscriber equipment is allowing in detection time to base station transmission SR, when subscriber equipment detects while not existing upstream data to send, subscriber equipment is allowing in detection time, to base station, not send SR.

Further alternative, if the configuration parameter that base station issues to subscriber equipment comprises: RRC controls cell, subscriber equipment was forbidden in detection time, did not carry out SR transmission, was allowing, in detection time, can to carry out SR transmission.If forbidding that upstream data having been detected in detection time arrives, subscriber equipment is buffered in upstream data in local storage, waits to arrive to allow just to carry out detection time the transmission of SR, base station correspondence allowed in detection time, carry out SR detection, forbidding in detection time, do not carry out SR detection.

Further alternative, if the configuration parameter that base station issues to subscriber equipment comprises: MAC controls cell, subscriber equipment was forbidden in detection time, did not carry out SR transmission, forbade can being made as detection time: SR Forbid Timer*N*DRX Cycle.If forbidding that upstream data having been detected in detection time arrives, subscriber equipment is buffered in upstream data in local storage, waits to arrive to allow just to carry out detection time the transmission of SR, base station correspondence allowed in detection time, carry out SR detection, forbidding in detection time, do not carry out SR detection.

S103, strategy is detected according to SR in base station, carries out SR detection.

As a kind of optional execution mode, strategy is detected according to SR in base station, carries out SR detection, and wherein, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, can to carry out SR detection.Concrete, base station allowed in detection time, can carry out SR detection, when subscriber equipment detects while existing upstream data to send, subscriber equipment is allowing to base station, to have sent SR in detection time, and base station detects SR, when subscriber equipment detects while not existing upstream data to send, subscriber equipment is allowing to base station, not send SR in detection time, and base station does not detect SR.Subscriber equipment detects while existing upstream data to send, and allowing in detection time, carry out SR transmission, base station allowed in detection time, can carry out SR detection, make the SR sending strategy of subscriber equipment and the SR of base station detect strategy corresponding, subscriber equipment is consistent with the detected state of base station, reduce the detection time of base station, can effectively reduce the probability of happening of false-alarm.

The invention process provides a kind of processing method of dispatch request, base station issues configuration parameter to subscriber equipment, the dispatch request SR that configuration parameter is used to indicate this base station detects strategy, configuration parameter can comprise that RRC controls cell or MAC controls cell, can make subscriber equipment detect strategy according to SR and determine corresponding SR sending strategy, make to detect while existing upstream data to send when subscriber equipment, according to SR sending strategy, to base station, send SR, base station is detected strategy according to SR and is carried out SR detection, allow to comprise preparation active period detection time, preparation active period can make SR in advance, arrive base station, base station can issue uplink authorization in time, reduced time delay.In the embodiment of the present invention, the SR sending strategy of subscriber equipment is corresponding with the SR of base station detection strategy, and subscriber equipment is consistent with the detected state of base station, can reduce the detection time of base station, and effectively reduces the probability of happening of false-alarm.

Refer to Fig. 2, the flow chart of the processing method of a kind of dispatch request that Fig. 2 provides for second embodiment of the invention.Wherein, the processing method of the dispatch request shown in Fig. 2 is to be described from the angle of a subscriber equipment, wherein, subscriber equipment can be mobile subscriber equipment, pc user's equipment, the equipment of serving global communication or other types subscriber equipment, and the way of realization of particular user equipment is unrestricted.As shown in Figure 2, the processing method of the dispatch request that the present embodiment provides, comprises the following steps: S201～S203.

S201, subscriber equipment receives the configuration parameter that base station issues, and the SR that described configuration parameter is used to indicate base station detects strategy.

As a kind of optional execution mode, in this step, subscriber equipment receives the configuration parameter that base station issues, and wherein, the SR that configuration parameter is used to indicate base station detects strategy.Further alternative, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, to carry out SR detection.Wherein, allow to comprise detection time the active period of subscriber equipment, forbid that be the described time allowing outside detection time detection time.Further alternative, allow can also to comprise detection time and activate probationary period.Preparation active period can make SR in advance, arrive base station, and base station can issue uplink authorization in time, has reduced time delay.

S202, subscriber equipment detects strategy according to SR, determines the SR sending strategy that detects strategy matching with SR.

As a kind of optional execution mode, subscriber equipment detects strategy according to SR and determines the SR sending strategy matching with SR detection strategy, and wherein, SR sending strategy can comprise: subscriber equipment was forbidden in detection time, did not carry out SR transmission; Subscriber equipment is allowing, in detection time, can to carry out SR transmission.

S203, when detecting while existing upstream data to send, subscriber equipment sends SR according to SR sending strategy to base station.

As a kind of optional execution mode, when detecting while existing upstream data to send, subscriber equipment sends SR according to described SR sending strategy to base station.Further alternative, subscriber equipment was forbidden in detection time, did not carry out SR transmission.If forbidding that upstream data having been detected in detection time arrives, subscriber equipment is buffered in upstream data in local storage, waits to arrive to allow just to carry out detection time the transmission of SR, base station correspondence allowed in detection time, carry out SR detection, forbidding in detection time, do not carry out SR detection.

Further alternative, when detecting while not existing upstream data to send, subscriber equipment is allowing in detection time, to base station, not send SR, now, base station is detected strategy according to SR and is carried out SR detection, but SR do not detected, because subscriber equipment is allowing not send SR in detection time.

The invention process provides a kind of processing method of dispatch request, subscriber equipment receives the configuration parameter that base station issues, the dispatch request SR that configuration parameter is used to indicate base station detects strategy, subscriber equipment is determined the SR sending strategy matching with SR detection strategy, when detecting while existing upstream data to send, according to SR sending strategy, to base station, send SR, the SR sending strategy of subscriber equipment detects tactful corresponding with the SR of base station, subscriber equipment is consistent with the detected state of base station, can effectively reduce the probability of happening of false-alarm.

Refer to Fig. 3, the flow chart of the processing method of a kind of dispatch request that Fig. 3 provides for third embodiment of the invention.As shown in Figure 3, the processing method of the dispatch request that the present embodiment provides comprises concrete way of realization: S301～S305.

S301, base station generates RRC and controls cell, and described RRC controls the SR detection strategy that cell is used to indicate base station.

As a kind of optional execution mode, base station generates RRC and controls cell, and wherein, RRC controls the SR detection strategy that cell is used to indicate base station, and concrete, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, to carry out SR detection.Wherein, allow to comprise detection time the active period of subscriber equipment, forbid being the time outside described permission detection time detection time, further alternative, allow can also comprise detection time and activate probationary period.Preparation active period can make SR in advance, arrive base station, and base station can issue uplink authorization in time, has reduced time delay.

As a kind of optional execution mode, the RRC that base station generates controls cell for example can be for SR_MASK RRC controls cell, and the form that RRC controls cell can be expressed as in application program language:

SR-Mask ENUMERATED{setup} OPTIONAL

S302, base station issues described RRC to subscriber equipment and controls cell.

S303, subscriber equipment detects strategy according to described SR, determines with SR and detects the SR sending strategy that strategy matches.

As a kind of optional execution mode, subscriber equipment receives RRC and controls after cell, resolve RRC and control cell, RRC controls the SR detection strategy that cell is used to indicate base station again, subscriber equipment detects strategy according to SR, determine with SR and detect the SR sending strategy that strategy matches, SR sending strategy can comprise: subscriber equipment was forbidden in detection time, did not carry out SR transmission; Subscriber equipment is allowing, in detection time, can to carry out SR transmission.

S304, when detecting while existing upstream data to send, subscriber equipment sends SR according to SR sending strategy to base station.

S305, strategy is detected according to SR in base station, carries out SR detection.

As a kind of optional execution mode, strategy is detected according to SR in base station, carries out SR detection, and wherein, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, to carry out SR detection.Concrete, base station is allowing, in detection time, can to carry out SR detection, and when subscriber equipment detects while existing upstream data to send, subscriber equipment is allowing to base station, to have sent SR in detection time, and base station detects SR.

Further alternative, when detecting while not existing upstream data to send, subscriber equipment is allowing to base station, not send SR in detection time, and base station does not detect SR.

The invention process provides a kind of processing method of dispatch request, base station issues RRC to subscriber equipment and controls cell, wherein, RRC controls the dispatch request SR detection strategy that cell is used to indicate base station, subscriber equipment can be determined the SR sending strategy matching with SR detection strategy, when detecting while existing upstream data to send, subscriber equipment is allowing send SR to base station detection time, base station is allowing to detect SR detection time, subscriber equipment is forbidding not sending SR detection time, base station is forbidding not detecting SR detection time, guaranteed that the SR sending strategy of subscriber equipment and the SR of base station detect strategy consistent, subscriber equipment is consistent with the detected state of base station, reduced the detection time of base station, and effectively reduce the probability of happening of false-alarm.

Refer to Fig. 4, the flow chart of the processing method of a kind of dispatch request that Fig. 4 provides for fourth embodiment of the invention.As shown in Figure 4, the processing method of the dispatch request that the present embodiment provides comprises concrete way of realization: S401～S405.

S401, base station generates MAC and controls cell, and described MAC controls the SR detection strategy that cell is used to indicate base station.

As a kind of optional execution mode, base station generates MAC and controls cell, and wherein, MAC controls the SR detection strategy that cell is used to indicate base station, and concrete, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, can to carry out SR detection.Wherein, allow to comprise detection time the active period of subscriber equipment, forbid being the time outside described permission detection time detection time, further alternative, allow can also comprise detection time and activate probationary period.Preparation active period can make SR in advance, arrive base station, and base station can issue uplink authorization in time, has reduced time delay.

As a kind of optional execution mode, the MAC that base station generates controls cell for example can increase the logic channel ID of a MCE for SR forbids MAC cell, by MAC layer, to forbidding detection time, is configured, and the form that MAC controls cell can be:

S402, base station issues MAC to subscriber equipment and controls cell.

S403, subscriber equipment detects strategy according to SR, determines the SR sending strategy that detects strategy matching with SR.

As a kind of optional execution mode, subscriber equipment receives MAC and controls after cell, separate parsing MAC and control cell, MAC controls the SR detection strategy that cell is used to indicate base station again, subscriber equipment detects strategy according to SR, determine with SR and detect the SR sending strategy that strategy matches, SR sending strategy can comprise: subscriber equipment was forbidden in detection time, did not carry out SR transmission; Subscriber equipment is allowing, in detection time, can to carry out SR transmission.

S404, when detecting while existing upstream data to send, subscriber equipment sends SR according to SR sending strategy to base station.

S405, strategy is detected according to SR in base station, carries out SR detection.

Further alternative, when subscriber equipment detects while not existing upstream data to send, subscriber equipment is allowing to base station, not send SR in detection time, and base station does not detect SR.

The invention process provides a kind of processing method of dispatch request, base station issues MAC to subscriber equipment and controls cell, wherein, MAC controls the dispatch request SR detection strategy that cell is used to indicate base station, subscriber equipment can be determined the SR sending strategy matching with SR detection strategy, when detecting while existing upstream data to send, subscriber equipment is allowing send SR to base station detection time, base station is allowing to detect SR detection time, subscriber equipment is forbidding not sending SR detection time, base station is forbidding not detecting SR detection time, guaranteed that the SR sending strategy of subscriber equipment and the SR of base station detect strategy consistent, subscriber equipment is consistent with the detected state of base station, reduced the detection time of base station, and effectively reduce the probability of happening of false-alarm.

Refer to Fig. 5, the flow chart of the processing method of a kind of dispatch request that Fig. 5 provides for fifth embodiment of the invention.Wherein, the processing method of the dispatch request shown in Fig. 5 is to be described from the angle of a base station.As shown in Figure 5, the processing method of the dispatch request that the present embodiment provides, comprises the following steps: S501～S503.

S501, base station generates configuration parameter, and described configuration parameter comprises: the vacant cell of SR and setup time.Wherein, the vacant cell of described SR is used to indicate subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time.

As a kind of optional execution mode, base station generates configuration parameter, wherein, configuration parameter comprises: the vacant cell of SR and setup time, wherein, the vacant cell of SR is used to indicate subscriber equipment not to carry out SR and reports, and be to be used to indicate subscriber equipment to wait for that described base station issues the time of uplink authorization setup time.Concrete, SR controls cell for example can be made as SR_NULL RRC cell, if control cell without this SR, the physical layer configurations of SR can be carried out in base station, if the configuration parameter that base station generates comprises the vacant cell of this SR, when RRC configures, do not carry the physical layer configurations of SR, and then make subscriber equipment without corresponding SR configuration yet, make subscriber equipment can not carry out SR and report.For example can be made as the default time in SR Wait Timer timer setup time, such as 30 seconds, 60 seconds etc., be used to indicate subscriber equipment setup time and wait for that base station issues the time of uplink authorization.

S502, base station issues configuration parameter to subscriber equipment, so that subscriber equipment is when detecting while existing upstream data to send, according to the vacant cell of SR, to base station, does not report SR.

As a kind of optional execution mode, base station issues configuration parameter to subscriber equipment, subscriber equipment receives after configuration parameter, resolve configuration parameter, configuration parameter comprises again: the vacant cell of SR and setup time, wherein, the vacant cell of SR is used to indicate subscriber equipment not to carry out SR and reports, be to be used to indicate subscriber equipment to wait for that described base station issues the time of uplink authorization setup time, subscriber equipment is when detecting while existing upstream data to send, according to the vacant cell of SR, to base station, do not report SR, for example, subscriber equipment has detected upstream data to be needed to send, according to the vacant cell of SR, to base station, do not send SR, to base station, do not initiate random access, start SR Wait Timer timer, wait for that base station issues uplink authorization.

S503, base station issues uplink authorization to subscriber equipment within default cycle time.

As a kind of optional execution mode, base station issues uplink authorization to subscriber equipment within default cycle time.Further alternative, SR Wait Timer timer=N*DRX Cycle, as shown in Figure 8, in Duration Timer base station, can within default cycle time, to subscriber equipment, issue the PDCCH indication of uplink authorization, base station generally can be when arriving each Duration Timer, and the uplink authorization that starts default cycle time sends.Further alternative, if subscriber equipment is received PDCCH indication, and in buffer memory, there is no data, can send the MCE of BSR=0 to base station, if base station is received the null MCE of BSR continuously M time, the indication of the uplink authorization of base station dwelling period sends.

Further alternative, after step S503, the method also comprises the steps:

The upstream data sending according to described uplink authorization when base station received described subscriber equipment receive described uplink authorization within described setup time.

As a kind of optional execution mode, if subscriber equipment receives uplink authorization within setup time, the upstream data sending to base station according to uplink authorization, base station receives the upstream data that subscriber equipment sends.Concrete, subscriber equipment is received after uplink authorization, if there are data in buffer memory, send data and remaining data volume in buffer memory is carried up by BSR, and base station is received and understood after BSR according to the value dynamic dispatching of the BSR resource size of scheduling authorization next time.

Further alternative, after step S503, the method also comprises the steps:

Base station receives the random access request sending when described subscriber equipment does not receive described uplink authorization within described setup time or rebuilds request.

As a kind of optional execution mode, if subscriber equipment does not receive uplink authorization within setup time, the random access request sending to base station or reconstruction request, base station receives random access request or the reconstruction request that subscriber equipment sends.

Further alternative, if detecting, subscriber equipment there is no the transmission of downlink data demand, base station sends to DRX Command MAC Control Element to subscriber equipment, equipment for indicating user, by allowing detection time place state to be switched to and to forbid place state detection time, enters power down mode.Base station generally can start the uplink authorization indication transmission of default cycle time on each duration timer again, if the BSR of user equipment to report is all 0 and does not have downlink data to send demand during duration timer, base station can send immediately DRX Command MAC Control Element when duration timer finishes, and prevents that UE from entering unnecessary DRX active period.

The invention process provides a kind of processing method of dispatch request, base station issues configuration parameter to subscriber equipment, configuration parameter comprises the vacant cell of SR and setup time, when detecting while existing upstream data to send, subscriber equipment is according to the vacant cell of SR, to described base station, do not report SR, if subscriber equipment is within setup time, receive the uplink authorization that base station issues, according to uplink authorization, to base station, send upstream data, if subscriber equipment within setup time, does not receive the uplink authorization that base station issues, to base station, send random access request or rebuild request.The vacant cell of SR that base station issues to subscriber equipment can be used for equipment for indicating user not to carry out SR and reports, subscriber equipment does not carry out SR and reports, and base station issues uplink authorization within default cycle time, guarantees the normal allocation of resource, there will not be false-alarm, the probability of happening of false-alarm can be reduced to zero.

Refer to Fig. 6, the flow chart of the processing method of a kind of dispatch request that Fig. 6 provides for sixth embodiment of the invention.Wherein, the processing method of the dispatch request shown in Fig. 6 is to be described from the angle of a subscriber equipment, wherein, subscriber equipment can be mobile subscriber equipment, pc user's equipment, the equipment of serving global communication or other types subscriber equipment, and the way of realization of particular user equipment is unrestricted.As shown in Figure 6, the processing method of the dispatch request that the present embodiment provides, comprises the following steps: S601～S604.

S601, subscriber equipment receives the configuration parameter that base station issues, and described configuration parameter comprises the vacant cell of SR and setup time.Wherein, the vacant cell of described SR is used to indicate described subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time.

As a kind of optional execution mode, subscriber equipment receives the configuration parameter that base station issues, and resolves configuration parameter.Wherein, configuration parameter comprises: the vacant cell of SR and setup time, wherein, the vacant cell of SR is used to indicate subscriber equipment not to carry out SR and report, and be to be used to indicate subscriber equipment to wait for that described base station issues the time of uplink authorization setup time.Concrete, SR controls cell for example can be made as SR_NULL RRC cell, if control cell without this SR, the physical layer configurations of SR can be carried out in base station, if the configuration parameter receiving comprises the vacant cell of this SR, be that the physical layer configurations of SR is not carried in base station when RRC configures, subscriber equipment is also without corresponding SR configuration, and subscriber equipment does not carry out SR and reports.For example can be made as the default time in SR Wait Timer timer setup time, such as 30 seconds, 60 seconds etc., be used to indicate subscriber equipment setup time and wait for that base station issues the time of uplink authorization.

S602, when detecting while existing upstream data to send, subscriber equipment, according to the vacant cell of SR, does not report SR to base station.

As a kind of optional execution mode, subscriber equipment is when detecting while existing upstream data to send, according to the vacant cell of SR, to base station, do not report SR, for example, subscriber equipment has detected upstream data to be needed to send, and according to the vacant cell of SR, controls and to base station, does not send SR, controls and to base station, does not initiate random access, start SR Wait Timer timer, wait for that base station issues uplink authorization.

S603, if subscriber equipment within setup time, receives the uplink authorization that base station issues, sends upstream data according to uplink authorization to base station.

As a kind of optional execution mode, if subscriber equipment receives uplink authorization within setup time, the upstream data sending to base station according to uplink authorization.Concrete, subscriber equipment is received after uplink authorization, if there are data in buffer memory, sends data, can carry data by BSR and send to base station, and receive after BSR base station can be according to the value dynamic dispatching of the BSR resource size of scheduling authorization next time.

S604, if subscriber equipment within setup time, does not receive the uplink authorization that base station issues, sends random access request or rebuilds request to base station.

The invention process provides a kind of processing method of dispatch request, subscriber equipment receives the configuration parameter that base station issues, configuration parameter comprises the vacant cell of SR and setup time, when detecting while existing upstream data to send, subscriber equipment is according to the vacant cell of SR, control and to described base station, do not report SR, if subscriber equipment is within setup time, receive the uplink authorization that base station issues, according to uplink authorization, to base station, send upstream data, if subscriber equipment is within setup time, do not receive the uplink authorization that base station issues, to base station, send random access request or rebuild request.The vacant cell of SR that base station issues to subscriber equipment can be used for equipment for indicating user not to carry out SR and reports, subscriber equipment does not carry out SR and reports, and base station issues uplink authorization within default cycle time, guarantees the normal allocation of resource, there will not be false-alarm, the probability of happening of false-alarm can be reduced to zero.

Refer to Fig. 7, the flow chart of the processing method of a kind of dispatch request that Fig. 7 provides for seventh embodiment of the invention.Wherein, the processing method of the dispatch request shown in Fig. 7 is to be described from the angle of a base station.The embodiment of the present invention is the processing method occurring in false-alarm situation, and as shown in Figure 7, the processing method of the dispatch request that the present embodiment provides, comprises the following steps: S701～S702.

S701, while receiving SR for the first time within detection time is being forbidden in base station, does not respond the SR receiving for the first time.

As a kind of optional execution mode, base station is when forbidding receiving SR for the first time in detection time, and the SR that this is received for the first time does not respond.Under normal circumstances, subscriber equipment is forbidding SR can occurring in detection time, but due to the complexity of wireless environment, subscriber equipment does not send SR, and base station is due to the SR that detected of the mistakes such as interference of wireless environment, and this situation is SR false-alarm.In the embodiment of the present invention, for occurring, in the situation of false-alarm, the SR that forbids receiving for the first time in detection time is not responded.

S702, while receiving SR for the second time within detection time is being forbidden in described base station, base station issues uplink authorization to subscriber equipment, and control is switched to the place state that allows detection time by the place state of forbidding detection time.

As a kind of optional execution mode, if base station is forbidding receiving for the second time SR in detection time, according to the SR receiving, to subscriber equipment, issues uplink authorization, and be switched to by the place state of forbidding detection time the place state that allows detection time.Further alternative, if base station is forbidding receiving for the third time SR in detection time, now base station, in allowing the place state of detection time, can be detected SR.

Further alternative, after step S702, the method also comprises the steps:

As a kind of optional execution mode, base station sends downlink data to subscriber equipment, if receive the number of times of the DTX response of subscriber equipment transmission, be greater than default number of times, control by allowing the place state of detection time to be switched to the place state of forbidding detection time.Can to there is the situation of SR false-alarm, process according to the feedback of downlink data, reduce base station and the inconsistent possibility of subscriber equipment detected state.

The invention process provides a kind of processing method of dispatch request, while receiving SR for the first time within detection time is being forbidden in base station, the SR receiving for the first time is not responded, while receiving SR for the second time within detection time is being forbidden in base station, base station issues uplink authorization to subscriber equipment, and control is switched to the place state that allows detection time by the place state of forbidding detection time.In base station, do not issue in any configuration parameter situation, if forbidding receiving for the second time SR detection time, the place state of forbidding detection time is switched to the place state that allows detection time, for there is the reprocessing in SR false-alarm situation, can reduce the probability of happening of false-alarm.When base station sends downlink data to subscriber equipment, if receive the number of times of the DTX response of subscriber equipment transmission, be greater than default number of times, control by allowing the place state of detection time to be switched to the place state of forbidding detection time.Can to there is the situation of SR false-alarm, process according to the feedback of downlink data, reduce base station and the inconsistent possibility of subscriber equipment detected state.

Below in conjunction with accompanying drawing 9, Figure 11, Figure 13, Figure 15 and Figure 17, the processing unit of the dispatch request that the embodiment of the present invention is provided describes in detail.

Refer to Fig. 9, the structural representation of the processing unit of a kind of dispatch request providing for first embodiment of the invention.It should be noted that the processing unit of the dispatch request shown in accompanying drawing 9 shows the method for embodiment for carrying out Fig. 1 of the present invention, for convenience of explanation, only show the part relevant to the embodiment of the present invention, concrete ins and outs do not disclose, and please refer to the embodiment shown in Fig. 1 of the present invention.

As shown in Figure 9, this device can comprise: generation module 901, sending module 902 and detection module 903.

Generation module 901, for generating configuration parameter, the dispatch request SR that described configuration parameter is used to indicate described base station detects strategy.

As a kind of optional execution mode, generation module 901 generates configuration parameter, and the SR that configuration parameter is used to indicate base station detects strategy.Further alternative, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, to carry out SR detection.Concrete, base station is allowing can to carry out SR detection in detection time, when subscriber equipment detects while existing upstream data to send, subscriber equipment is allowing to base station, to have sent SR in detection time, base station detects SR, when subscriber equipment detects while not existing upstream data to send, subscriber equipment is allowing in detection time to base station transmission SR, and base station does not detect SR.Wherein, allow to comprise detection time the active period of subscriber equipment, forbid that be the described time allowing outside detection time detection time.Further alternative, allow can also to comprise detection time and activate probationary period.

As a kind of optional execution mode, as shown in Figure 8, the schematic diagram of the DRX time providing for the embodiment of the present invention, in a DRX Cycle, can comprise Pre-Strimer and Duration Timer, in a DRX Cycle, can comprise DRX Inactive Timer and Pre-Strimer, allow comprise Duration Timer, Inactivity Timer and Pre-Strimer detection time (SR Active Timer).Pre-Strimer can make SR arrive base station before Duration Timer, makes base station arrive Duration Timer and issues immediately uplink authorization, has reduced time delay.

As a kind of optional execution mode, the configuration parameter that base station generates can comprise: RRC controls cell, for example can be for SR_MASK RRC controls cell, and the form that RRC controls cell can be expressed as in application program language:

SR-Mask ENUMERATED{setup} OPTIONAL

As a kind of optional execution mode, the configuration parameter that base station generates can comprise: MAC controls cell, for example, can, for SR forbids MAC cell, increase the logic channel ID of a MCE, by MAC layer, to forbidding detection time, be configured, the form that MAC controls cell can be:

In other embodiments, the implementation method of the configuration parameter that generation module 901 generates is diversified, can control cell for RRC, can be also also other way of realization for MAC controls cell, is not specifically subject to the restriction of the present embodiment.

Sending module 902, the configuration parameter generating for issue described generation module 901 to subscriber equipment, determines so that described subscriber equipment detects strategy according to the SR of described base station the SR sending strategy that detects strategy matching with described SR.

As a kind of optional execution mode, sending module 902 issues configuration parameter to subscriber equipment, subscriber equipment receives after this configuration parameter, resolve this configuration parameter, the SR that configuration parameter is used to indicate base station again detects strategy, and subscriber equipment detects strategy according to the SR of base station and determines the SR sending strategy that detects strategy matching with SR.Wherein, SR detection strategy can comprise: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, to carry out SR detection.SR sending strategy can comprise: subscriber equipment was forbidden in detection time, did not carry out SR transmission; Subscriber equipment is allowing, in detection time, can to carry out SR transmission.Concrete, subscriber equipment is allowing can to carry out SR transmission in detection time, when subscriber equipment detects while existing upstream data to send, subscriber equipment is allowing in detection time to base station transmission SR, when subscriber equipment detects while not existing upstream data to send, subscriber equipment is allowing in detection time, to base station, not send SR.

Further alternative, if the configuration parameter that sending module 902 issues to subscriber equipment comprises: RRC controls cell, subscriber equipment was forbidden in detection time, did not carry out SR transmission, was allowing, in detection time, can to carry out SR transmission.If forbidding that upstream data having been detected in detection time arrives, subscriber equipment is buffered in upstream data in local storage, waits to arrive to allow just to carry out detection time the transmission of SR, base station correspondence allowed in detection time, carry out SR detection, forbidding in detection time, do not carry out SR detection.

Further alternative, if the configuration parameter that sending module 902 issues to subscriber equipment comprises: MAC controls cell, subscriber equipment was forbidden in detection time, did not carry out SR transmission, forbade can being made as detection time: SR Forbid Timer*N*DRX Cycle.If forbidding that upstream data having been detected in detection time arrives, subscriber equipment is buffered in upstream data in local storage, waits to arrive to allow just to carry out detection time the transmission of SR, base station correspondence allowed in detection time, carry out SR detection, forbidding in detection time, do not carry out SR detection.

Detection module 903, for detecting strategy according to described SR, carries out SR detection.

As a kind of optional execution mode, detection module 903 detects strategy according to SR, carries out SR detection, and wherein, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, can to carry out SR detection.Concrete, base station allowed in detection time, can carry out SR detection, when subscriber equipment detects while existing upstream data to send, subscriber equipment is allowing to base station, to have sent SR in detection time, and base station detects SR, when subscriber equipment detects while not existing upstream data to send, subscriber equipment is allowing to base station, not send SR in detection time, and base station does not detect SR.Subscriber equipment detects while existing upstream data to send, and allowing in detection time, carry out SR transmission, base station allowed in detection time, can carry out SR detection, make the SR sending strategy of subscriber equipment and the SR of base station detect strategy corresponding, subscriber equipment is consistent with the detected state of base station, reduce the detection time of base station, can effectively reduce the probability of happening of false-alarm.

In technique scheme, a kind of processing unit of dispatch request is provided, generation module is in generating configuration parameter, the dispatch request SR that configuration parameter is used to indicate this base station detects strategy, sending module issues configuration parameter to subscriber equipment, configuration parameter can comprise that RRC controls cell or MAC controls cell, can make subscriber equipment detect strategy according to SR and determine corresponding SR sending strategy, make to detect while existing upstream data to send when subscriber equipment, according to SR sending strategy, to base station, send SR, base station is detected strategy according to SR and is carried out SR detection, allow to comprise preparation active period detection time, preparation active period can make SR in advance, arrive base station, base station can issue uplink authorization in time, reduced time delay.In the embodiment of the present invention, the SR sending strategy of subscriber equipment is corresponding with the SR of base station detection strategy, and subscriber equipment is consistent with the detected state of base station, can reduce the detection time of base station, and effectively reduces the probability of happening of false-alarm.

It should be noted that, the sending module in the present embodiment can be the transmitter of base station, and receiver module and sending module can integrate the transceiver that forms base station.Generation module can be the processor of setting up separately, also can be integrated in some processors of base station and realize, in addition, also can with the form of program code, be stored in the memory of base station, by some processors of base station, call and carry out the function of above generation module.Detection module realize same generation module, and can integrate with generation module, also can independently realize.Processor described here can be a central processing unit (Central Processing Unit, CPU), or specific integrated circuit (Application Specific Integrated Circuit, or be configured to implement one or more integrated circuits of the embodiment of the present invention ASIC).

Refer to Figure 10, the structural representation of a kind of base station providing for the embodiment of the present invention, wherein, the base station that the present embodiment provides is corresponding with the method shown in Fig. 1, is the executive agent of the processing method of the dispatch request based on shown in Fig. 1.Concrete way of realization as shown in figure 10, the base station of the embodiment of the present invention comprises: receiver 1001, transmitter 1002, memory 1003 and processor 1004, and wherein, receiver 1001, transmitter 1002, memory 1003 are all connected with processor 1004, for example, can connect by bus.Certainly, base station can also comprise the universal components such as antenna, Base-Band Processing parts, middle radio frequency processing parts, input/output unit, and the embodiment of the present invention is in this no longer any restriction.

Receiver 1001 and transmitter 1002 can integrate, and form transceiver.

Memory 1003 is for stores executable programs code, and this program code comprises computer-managed instruction.Memory 1003 may comprise high-speed RAM memory, also may also comprise nonvolatile memory (non-volatile memory), for example at least one magnetic disc store.

Processor 1004 can be a central processing unit (Central Processing Unit, CPU), or specific integrated circuit (Application Specific Integrated Circuit, or be configured to implement one or more integrated circuits of the embodiment of the present invention ASIC).

Wherein, in memory 1003, store batch processing code, and processor 1004 is for calling the program code of memory 1003 storages, carries out following operation:

By transmitter 1002, to subscriber equipment, issue described configuration parameter, so that described subscriber equipment detects strategy according to the SR of described base station, determine the SR sending strategy that detects strategy matching with described SR;

According to described SR, detect strategy, carry out SR detection.

In technique scheme, a kind of base station is provided, comprise receiver, transmitter, memory and processor, can to subscriber equipment, issue configuration parameter by transmitter, the dispatch request SR that configuration parameter is used to indicate this base station detects strategy, processor detects strategy according to SR and determines corresponding SR sending strategy, when detecting while existing upstream data to send, according to SR sending strategy, to base station, send SR, according to SR, detect strategy and carry out SR detection, make the SR sending strategy of subscriber equipment and the SR of base station detect strategy corresponding, subscriber equipment is consistent with the detected state of base station, reduced the detection time of base station, can effectively reduce the probability of happening of false-alarm.

Refer to Figure 11, the structural representation of the processing unit of a kind of dispatch request providing for second embodiment of the invention.It should be noted that the processing unit of the dispatch request shown in accompanying drawing 11 shows the method for embodiment for carrying out Fig. 2 of the present invention, for convenience of explanation, only show the part relevant to the embodiment of the present invention, concrete ins and outs do not disclose, and please refer to the embodiment shown in Fig. 2 of the present invention.

Further alternative, the processing unit of a kind of dispatch request that the embodiment of the present invention provides can be subscriber equipment, wherein, subscriber equipment can be mobile subscriber equipment, pc user's equipment, the equipment of serving global communication or other types subscriber equipment, and the way of realization of particular user equipment is unrestricted.

As shown in figure 11, this device can comprise: receiver module 1101, determination module 1102 and sending module 1103.

Receiver module 1101, the configuration parameter issuing for receiving base station, the SR that described configuration parameter is used to indicate described base station detects strategy.

As a kind of optional execution mode, receiver module 1101 receives the configuration parameter that base station issues, and wherein, the SR that configuration parameter is used to indicate base station detects strategy.Further alternative, SR detects strategy and comprises: forbade in detection time base station, does not carry out SR detection; Base station is allowing, in detection time, to carry out SR detection.Wherein, allow to comprise detection time the active period of subscriber equipment, forbid that be the described time allowing outside detection time detection time.Further alternative, allow can also to comprise detection time and activate probationary period.Preparation active period can make SR in advance, arrive base station, and base station can issue uplink authorization in time, has reduced time delay.

Determination module 1102, for detecting strategy according to described SR, determines the SR sending strategy that detects strategy matching with described SR.

As a kind of optional execution mode, determination module 1102 detects strategy according to SR and determines the SR sending strategy matching with SR detection strategy, and wherein, SR sending strategy can comprise: subscriber equipment was forbidden in detection time, did not carry out SR transmission; Subscriber equipment is allowing, in detection time, can to carry out SR transmission.

Sending module 1103, for when detecting while existing upstream data to send, sends SR according to described SR sending strategy to base station.

As a kind of optional execution mode, when detecting while existing upstream data to send, sending module 1103 sends SR according to SR sending strategy to base station.Further alternative, subscriber equipment was forbidden in detection time, did not carry out SR transmission.If forbidding that upstream data having been detected in detection time arrives, subscriber equipment is buffered in upstream data in local storage, waits to arrive to allow just to carry out detection time the transmission of SR, base station correspondence allowed in detection time, carry out SR detection, forbidding in detection time, do not carry out SR detection.

In technique scheme, a kind of processing unit of dispatch request is provided, receiver module receives the configuration parameter that base station issues, the dispatch request SR that configuration parameter is used to indicate base station detects strategy, determination module is determined the SR sending strategy matching with SR detection strategy, when detecting while existing upstream data to send, sending module sends SR according to SR sending strategy to base station, the SR sending strategy of subscriber equipment detects tactful corresponding with the SR of base station, subscriber equipment is consistent with the detected state of base station, can effectively reduce the probability of happening of false-alarm.

It should be noted that, the receiver module in the present embodiment can be the receiver of subscriber equipment, and sending module can be the transmitter of subscriber equipment; In addition, also receiver module and sending module can be integrated to the transceiver that forms subscriber equipment.Determination module can be the processor of setting up separately, also can be integrated in some processors of subscriber equipment and realize, in addition, also can with the form of program code, be stored in the memory of subscriber equipment, by some processors of subscriber equipment, call and carry out the function that above tracing task is set up unit.Processor described here can be a central processing unit, or specific integrated circuit, or is configured to implement one or more integrated circuits of the embodiment of the present invention.

Refer to Figure 12, the structural representation of a kind of subscriber equipment providing for the embodiment of the present invention, wherein, the subscriber equipment that the present embodiment provides is corresponding with the method shown in Fig. 2, is the executive agent of the processing method of the dispatch request based on shown in Fig. 2.Further alternative, a kind of subscriber equipment that the embodiment of the present invention provides can be mobile subscriber equipment, pc user's equipment, the equipment of serving global communication or other types subscriber equipment, and the way of realization of particular user equipment is unrestricted.Concrete way of realization as shown in figure 12, the subscriber equipment of the embodiment of the present invention can comprise: receiver 1201, transmitter 1202, memory 1203 and processor 1204, wherein, receiver 1201, transmitter 1202, memory 1203 are all connected with processor 1204, for example, can connect by bus.Certainly, subscriber equipment can also comprise the universal components such as antenna, input/output unit, and the embodiment of the present invention is in this no longer any restriction.

Receiver 1201 and transmitter 1202 can integrate, and form transceiver.

Memory 1203 is for stores executable programs code, and this program code comprises computer-managed instruction.Memory 1203 may comprise high-speed RAM memory, also may also comprise nonvolatile memory, for example at least one magnetic disc store.

Processor 1204 can be a central processing unit, or specific integrated circuit, or is configured to implement one or more integrated circuits of the embodiment of the present invention.

Wherein, in memory 1203, store batch processing code, and processor 1204 is for calling the program code of memory 1203 storages, carries out following operation:

By receiver 1201, receive the configuration parameter that base station issues, the SR that described configuration parameter is used to indicate described base station detects strategy;

When detecting while existing upstream data to send, according to described SR sending strategy, by transmitter 1202, to base station, send SR.

In technique scheme, a kind of subscriber equipment is provided, comprise: receiver, transmitter, memory and processor, can receive the configuration parameter that base station issues by receiver, the dispatch request SR that configuration parameter is used to indicate base station detects strategy, processor is determined the SR sending strategy matching with SR detection strategy, when detecting while existing upstream data to send, according to SR sending strategy, by transmitter, to base station, send SR, the SR sending strategy of subscriber equipment detects tactful corresponding with the SR of base station, subscriber equipment is consistent with the detected state of base station, can effectively reduce the probability of happening of false-alarm.

Refer to Figure 13, the structural representation of the processing unit of a kind of dispatch request providing for third embodiment of the invention.It should be noted that the processing unit of the dispatch request shown in accompanying drawing 13 shows the method for embodiment for carrying out Fig. 5 of the present invention, for convenience of explanation, only show the part relevant to the embodiment of the present invention, concrete ins and outs do not disclose, and please refer to the embodiment shown in Fig. 5 of the present invention.

As shown in figure 13, this device can comprise: generation module 1301 and sending module 1302.

Generation module 1301, be used for generating configuration parameter, described configuration parameter comprises: the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time.

As a kind of optional execution mode, generation module 1301 generates configuration parameter, wherein, configuration parameter comprises: the vacant cell of SR and setup time, wherein, the vacant cell of SR is used to indicate subscriber equipment not to carry out SR and reports, and be to be used to indicate subscriber equipment to wait for that described base station issues the time of uplink authorization setup time.Concrete, SR controls cell for example can be made as SR_NULL RRC cell, if control cell without this SR, the physical layer configurations of SR can be carried out in base station, if the configuration parameter that base station generates comprises the vacant cell of this SR, when RRC configures, do not carry the physical layer configurations of SR, and then make subscriber equipment without corresponding SR configuration yet, make subscriber equipment can not carry out SR and report.For example can be made as the default time in SR Wait Timer timer setup time, such as 30 seconds, 60 seconds etc., be used to indicate subscriber equipment setup time and wait for that base station issues the time of uplink authorization.

Sending module 1302, the configuration parameter generating for issue described generation module 1301 to subscriber equipment, so that described subscriber equipment is when detecting while existing upstream data to send, does not report SR to described base station according to the vacant cell of described SR.

As a kind of optional execution mode, sending module 1302 issues configuration parameter to subscriber equipment, subscriber equipment receives after configuration parameter, resolve configuration parameter, configuration parameter comprises again: the vacant cell of SR and setup time, wherein, the vacant cell of SR is used to indicate subscriber equipment not to carry out SR and reports, be to be used to indicate subscriber equipment to wait for that described base station issues the time of uplink authorization setup time, subscriber equipment is when detecting while existing upstream data to send, according to the vacant cell of SR, to base station, do not report SR, for example, subscriber equipment has detected upstream data to be needed to send, according to the vacant cell of SR, to base station, do not send SR, to base station, do not initiate random access, start SR Wait Timer timer, wait for that base station issues uplink authorization.

Sending module 1302, also for issuing uplink authorization to described subscriber equipment within default cycle time.

As a kind of optional execution mode, sending module 1302 issues uplink authorization to subscriber equipment within default cycle time.Further alternative, SR Wait Timer timer=N*DRX Cycle, as shown in Figure 8, in Duration Timer base station, can within default cycle time, to subscriber equipment, issue the PDCCH indication of uplink authorization, base station generally can be when arriving each Duration Timer, and the uplink authorization that starts default cycle time sends.Further alternative, if subscriber equipment is received PDCCH indication, and in buffer memory, there is no data, can send the MCE of BSR=0 to base station, if base station is received the null MCE of BSR continuously M time, the indication of the uplink authorization of base station dwelling period sends.

Further alternative, the processing unit of the dispatch request of the embodiment of the present invention can also comprise: receiver module 1303.

Receiver module 1303, the upstream data sending according to described uplink authorization while receiving described uplink authorization for receiving described subscriber equipment within described setup time.

As a kind of optional execution mode, if subscriber equipment receives uplink authorization within setup time, the upstream data sending to base station according to uplink authorization, receiver module 1304 receives the upstream data that subscriber equipment sends.Concrete, subscriber equipment is received after uplink authorization, if there are data in buffer memory, send data and remaining data volume in buffer memory is carried up by BSR, and base station is received and understood after BSR according to the value dynamic dispatching of the BSR resource size of scheduling authorization next time.

Receiver module 1303, can also be for receiving the random access request sending when described subscriber equipment does not receive described uplink authorization within described setup time or rebuilding request.

As a kind of optional execution mode, if subscriber equipment does not receive uplink authorization within setup time, the random access request sending to base station or reconstruction request, receiver module 1303 receives random access request or the reconstruction request that subscriber equipment sends.

In technique scheme, a kind of processing unit of dispatch request is provided, and generation module generates configuration parameter, and sending module issues configuration parameter to subscriber equipment, configuration parameter comprises the vacant cell of SR and setup time, and sending module issues uplink authorization to subscriber equipment within default cycle time.When detecting while existing upstream data to send, subscriber equipment is according to the vacant cell of SR, to described base station, do not report SR, if subscriber equipment is within setup time, receive the uplink authorization that sending module issues, according to uplink authorization, to base station, send upstream data, if subscriber equipment is within setup time, do not receive the uplink authorization that base station issues, to base station, send random access request or rebuild request.The vacant cell of SR that base station issues to subscriber equipment can be used for equipment for indicating user not to carry out SR and reports, subscriber equipment does not carry out SR and reports, and base station issues uplink authorization within default cycle time, guarantees the normal allocation of resource, there will not be false-alarm, the probability of happening of false-alarm can be reduced to zero.

It should be noted that, the sending module in the present embodiment can be the transmitter of subscriber equipment, and optional, receiver module can be the receiver of base station; In addition, also sending module, receiver module can be integrated to the transceiver that forms base station.Generation module can be the processor of setting up separately, also can be integrated in some processors of base station and realize, in addition, also can with the form of program code, be stored in the memory of base station, by some processors of base station, call and carry out the function of above generation module.Processor described here can be a central processing unit, or specific integrated circuit, or is configured to implement one or more integrated circuits of the embodiment of the present invention.

Refer to Figure 14, the structural representation of the another kind of base station providing for the embodiment of the present invention, wherein, the base station that the present embodiment provides is corresponding with the method shown in Fig. 5, is the executive agent of the processing method of the dispatch request based on shown in Fig. 5.Concrete way of realization as shown in figure 14, the base station of the embodiment of the present invention comprises: receiver 1401, transmitter 1402, memory 1403 and processor 1404, and wherein, receiver 1401, transmitter 1402, memory 1403 are all connected with processor 1404, for example, can connect by bus.Certainly, base station can also comprise the universal components such as antenna, Base-Band Processing parts, middle radio frequency processing parts, input/output unit, and the embodiment of the present invention is in this no longer any restriction.

Receiver 1401 and transmitter 1402 can integrate, and form transceiver.

Memory 1403 is for stores executable programs code, and this program code comprises computer-managed instruction.Memory 1003 may comprise high-speed RAM memory, also may also comprise nonvolatile memory, for example at least one magnetic disc store.

Processor 1004 can be a central processing unit, or specific integrated circuit, or is configured to implement one or more integrated circuits of the embodiment of the present invention.

Wherein, in memory 1403, store batch processing code, and processor 1404 is for calling the program code of memory 1403 storages, carries out following operation:.

By described transmitter 1402, to subscriber equipment, issue described configuration parameter, so that described subscriber equipment is when detecting while existing upstream data to send, according to the vacant cell of described SR, to described base station, do not report SR;

Within default cycle time, by described transmitter 1402, to described subscriber equipment, issue uplink authorization.

Further alternative, by receiver 1401, receive the upstream data sending according to described uplink authorization when described subscriber equipment receives described uplink authorization within described setup time.

By receiver 1401, receive the random access request sending when described subscriber equipment does not receive described uplink authorization within described setup time or rebuild request.

In technique scheme, a kind of base station is provided, comprise: receiver, transmitter, memory and processor, transmitter can issue configuration parameter to subscriber equipment, configuration parameter comprises the vacant cell of SR and setup time, when detecting while existing upstream data to send, processor is controlled and to base station, is not reported SR according to the vacant cell of SR, if subscriber equipment is within setup time, can receive the uplink authorization that base station issues by receiver, receive the upstream data that subscriber equipment sends to base station according to uplink authorization, if subscriber equipment is within setup time, do not receive the uplink authorization that base station issues, by receiver, receive random access request or the reconstruction request that subscriber equipment sends.The vacant cell of SR that base station issues to subscriber equipment can be used for equipment for indicating user not to carry out SR and reports, subscriber equipment does not carry out SR and reports, and base station issues uplink authorization within default cycle time, guarantees the normal allocation of resource, there will not be false-alarm, the probability of happening of false-alarm can be reduced to zero.

Refer to Figure 15, the structural representation of the processing unit of a kind of dispatch request providing for fourth embodiment of the invention.It should be noted that the processing unit of the dispatch request shown in accompanying drawing 15 shows the method for embodiment for carrying out Fig. 6 of the present invention, for convenience of explanation, only show the part relevant to the embodiment of the present invention, concrete ins and outs do not disclose, and please refer to the embodiment shown in Fig. 6 of the present invention.

As shown in figure 15, this device can comprise: receiver module 1501, control module 1502 and sending module 1503.

Receiver module 1501, for receiving the configuration parameter that base station issues, described configuration parameter comprises the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate described subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time.

As a kind of optional execution mode, receiver module 1501 receives the configuration parameter that base station issues, and resolves configuration parameter.Wherein, configuration parameter comprises: the vacant cell of SR and setup time, wherein, the vacant cell of SR is used to indicate subscriber equipment not to carry out SR and report, and be to be used to indicate subscriber equipment to wait for that described base station issues the time of uplink authorization setup time.Concrete, SR controls cell for example can be made as SR_NULL RRC cell, if control cell without this SR, the physical layer configurations of SR can be carried out in base station, if the configuration parameter receiving comprises the vacant cell of this SR, be that the physical layer configurations of SR is not carried in base station when RRC configures, subscriber equipment is also without corresponding SR configuration, and subscriber equipment does not carry out SR and reports.For example can be made as the default time in SR Wait Timer timer setup time, such as 30 seconds, 60 seconds etc., be used to indicate subscriber equipment setup time and wait for that base station issues the time of uplink authorization.

Control module 1502, for when detecting while existing upstream data to send, according to the vacant cell of described SR, controls and to described base station, does not report SR.

As a kind of optional execution mode, when detecting while existing upstream data to send, control module 1502 is controlled and to base station, is not reported SR according to the vacant cell of SR, for example, subscriber equipment has detected upstream data to be needed to send, and according to the vacant cell of SR, controls and to base station, does not send SR, controls and to base station, does not initiate random access, start SR Wait Timer timer, wait for that base station issues uplink authorization.

Sending module 1503, for when within described setup time, receives the uplink authorization that described base station issues, and according to described uplink authorization, to base station, sends upstream data.

As a kind of optional execution mode, if receive uplink authorization within setup time, the upstream data that sending module 1503 sends to base station according to uplink authorization.Concrete, subscriber equipment is received after uplink authorization, if there are data in buffer memory, sends data, can carry data by BSR and send to base station, and receive after BSR base station can be according to the value dynamic dispatching of the BSR resource size of scheduling authorization next time.

Sending module 1503, also, for when within described setup time, does not receive the uplink authorization that described base station issues, and sends random access request or rebuild request to described base station.

As a kind of optional execution mode, if do not receive uplink authorization within setup time, the random access request that sending module 1503 sends to base station or reconstruction request, base station receives random access request or the reconstruction request that subscriber equipment sends.

In technique scheme, a kind of processing unit of dispatch request is provided, receiver module receives the configuration parameter that base station issues, configuration parameter comprises the vacant cell of SR and setup time, when detecting while existing upstream data to send, control module is according to the vacant cell of SR, control and to base station, do not report SR, if subscriber equipment is within setup time, receive the uplink authorization that base station issues, sending module sends upstream data according to uplink authorization to base station, if subscriber equipment is within setup time, do not receive the uplink authorization that base station issues, sending module sends random access request or rebuilds request to base station.The vacant cell of SR that base station issues to subscriber equipment can be used for equipment for indicating user not to carry out SR and reports, subscriber equipment does not carry out SR and reports, and base station issues uplink authorization within default cycle time, guarantees the normal allocation of resource, there will not be false-alarm, the probability of happening of false-alarm can be reduced to zero.

It should be noted that, the receiver module in the present embodiment can be the receiver of subscriber equipment, and sending module can be the transmitter of subscriber equipment; In addition, also receiver module and sending module can be integrated to the transceiver that forms subscriber equipment.Control module can be the processor of setting up separately, also can be integrated in some processors of subscriber equipment and realize, in addition, also can with the form of program code, be stored in the memory of subscriber equipment, by some processors of subscriber equipment, call and carry out the function that above tracing task is set up unit.Processor described here can be a central processing unit, or specific integrated circuit, or is configured to implement one or more integrated circuits of the embodiment of the present invention.

Refer to Figure 16, the structural representation of the another kind of subscriber equipment providing for the embodiment of the present invention, wherein, the subscriber equipment that the present embodiment provides is corresponding with the method shown in Fig. 6, is the executive agent of the processing method of the dispatch request based on shown in Fig. 6.Further alternative, a kind of subscriber equipment that the embodiment of the present invention provides can be mobile subscriber equipment, pc user's equipment, the equipment of serving global communication or other types subscriber equipment, and the way of realization of particular user equipment is unrestricted.Concrete way of realization as shown in figure 16, the subscriber equipment of the embodiment of the present invention can comprise: receiver 1601, transmitter 1602, memory 1603 and processor 1604, wherein, receiver 1601, transmitter 1602, memory 1603 are all connected with processor 1604, for example, can connect by bus.Certainly, subscriber equipment can also comprise the universal components such as antenna, input/output unit, and the embodiment of the present invention is in this no longer any restriction.

Receiver 1601 and transmitter 1602 can integrate, and form transceiver.

Memory 1603 is for stores executable programs code, and this program code comprises computer-managed instruction.Memory 1603 may comprise high-speed RAM memory, also may also comprise nonvolatile memory, for example at least one magnetic disc store.

Processor 1604 can be a central processing unit, or specific integrated circuit, or is configured to implement one or more integrated circuits of the embodiment of the present invention.

Wherein, in memory 1603, store batch processing code, and processor 1604 is for calling the program code of memory 1603 storages, carries out following operation:

By receiver 1601, receive the configuration parameter that base station issues, described configuration parameter comprises the vacant cell of SR and setup time, wherein, the vacant cell of described SR is used to indicate described subscriber equipment not to carry out SR and reports, and be to be used to indicate described subscriber equipment to wait for that described base station issues the time of uplink authorization described setup time;

When receiving the uplink authorization that described base station issues within described setup time, according to described uplink authorization, to base station, send upstream data;

When not receiving the uplink authorization that described base station issues within described setup time, by transmitter 1602, to described base station, send random access request or rebuild request.

In technique scheme, a kind of subscriber equipment is provided, comprise: receiver, transmitter, memory and processor, receiver can receive the configuration parameter that base station issues, configuration parameter comprises the vacant cell of SR and setup time, processor is when detecting while existing upstream data to send, subscriber equipment is according to the vacant cell of SR, control and to described base station, do not report SR, when subscriber equipment receives the uplink authorization that base station issues within setup time, according to uplink authorization, to base station, send upstream data, when subscriber equipment does not receive the uplink authorization that base station issues within setup time, by transmitter, to base station, send random access request or rebuild request.The vacant cell of SR that base station issues to subscriber equipment can be used for equipment for indicating user not to carry out SR and reports, subscriber equipment does not carry out SR and reports, and base station issues uplink authorization within default cycle time, guarantees the normal allocation of resource, there will not be false-alarm, the probability of happening of false-alarm can be reduced to zero.

Refer to Figure 17, the structural representation of the processing unit of a kind of dispatch request providing for fifth embodiment of the invention.It should be noted that the processing unit of the dispatch request shown in accompanying drawing 17 shows the method for embodiment for carrying out Fig. 7 of the present invention, for convenience of explanation, only show the part relevant to the embodiment of the present invention, concrete ins and outs do not disclose, and please refer to the embodiment shown in Fig. 7 of the present invention.

As shown in figure 17, this device can comprise: the first control module 1701 and the second control module 1702.

The first control module 1701, for when forbidding receiving SR for the first time in detection time, controls the described SR receiving for the first time is not responded.

As a kind of optional execution mode, base station is when forbidding receiving SR for the first time in detection time, and the first control module 1701 is controlled the SR that this is received for the first time and do not responded.Under normal circumstances, subscriber equipment is forbidding SR can occurring in detection time, but due to the complexity of wireless environment, subscriber equipment does not send SR, and base station is due to the SR that detected of the mistakes such as interference of wireless environment, and this situation is SR false-alarm.In the embodiment of the present invention, for occurring in the situation of false-alarm, the first 1701 pairs of control modules SR that forbids receiving for the first time in detection time does not respond.

The second control module 1702, when receiving SR for the second time within detection time is being forbidden in described base station, issues uplink authorization to subscriber equipment, and controls by described and forbid that the place state of detection time is switched to the place state that allows detection time.

As a kind of optional execution mode, if base station is forbidding receiving for the second time SR in detection time, the second control module 1702 issues uplink authorization according to the SR receiving to subscriber equipment, and is switched to by the place state of forbidding detection time the place state that allows detection time.Further alternative, if base station is forbidding receiving for the third time SR in detection time, now base station, in allowing the place state of detection time, can be detected SR.

Further alternative, the processing unit of a kind of dispatch request that the embodiment of the present invention provides can also comprise: the 3rd control module 1703.

The 3rd control module 1703, for when receiving number of times that discontinuous transmitting DTX that described subscriber equipment sends responds and be greater than default number of times, stop issuing uplink authorization to described subscriber equipment, and the place state by described permission detection time controlled is forbidden the place state of detection time described in being switched to.

As a kind of optional execution mode, base station sends downlink data to subscriber equipment, if receive the number of times of the DTX response of subscriber equipment transmission, be greater than default number of times, the 3rd control module 1703 is controlled by allowing the place state of detection time to be switched to the place state of forbidding detection time.Can to there is the situation of SR false-alarm, process according to the feedback of downlink data, reduce base station and the inconsistent possibility of subscriber equipment detected state.

In technique scheme, a kind of processing unit of dispatch request is provided, while receiving SR for the first time within detection time is being forbidden in base station, the first control module is controlled the SR receiving for the first time is not responded, while receiving SR for the second time within detection time is being forbidden in base station, the second control module issues uplink authorization to subscriber equipment, and control is switched to the place state that allows detection time by the place state of forbidding detection time.In base station, do not issue in any configuration parameter situation, if forbidding receiving for the second time SR detection time, by the place state of forbidding detection time, be switched to the place state that allows detection time, for there is the reprocessing in SR false-alarm situation, can reduce the probability of happening of false-alarm.When base station sends downlink data to subscriber equipment, if receive the number of times of the DTX response of subscriber equipment transmission, be greater than default number of times, the 3rd control module is controlled by allowing the place state of detection time to be switched to the place state of forbidding detection time.Can to there is the situation of SR false-alarm, process according to the feedback of downlink data, reduce base station and the inconsistent possibility of subscriber equipment detected state.

It should be noted that, the first control module in the present embodiment, the second control module can be the processor of setting up separately, also can be integrated in some processors of base station and realize, in addition, also can with the form of program code, be stored in the memory of base station, by some processors of base station, call and carry out the function of above the first control module and the second control module.The realization of the 3rd control module is with the first control module, the second control module, and can, together with the first control module, the second control module are integrated, also can independently realize.Processor described here can be a central processing unit, or specific integrated circuit, or is configured to implement one or more integrated circuits of the embodiment of the present invention.

Refer to Figure 18, the structural representation of another base station providing for the embodiment of the present invention, wherein, the subscriber equipment that the present embodiment provides is corresponding with the method shown in Fig. 7, is the executive agent of the processing method of the dispatch request based on shown in Fig. 7.Concrete way of realization as shown in figure 18, the base station of the embodiment of the present invention comprises: receiver 1801, transmitter 1802, memory 1803 and processor 1804, and wherein, receiver 1801, transmitter 1802, memory 1803 are all connected with processor 1804, for example, can connect by bus.Certainly, base station can also comprise the universal components such as antenna, Base-Band Processing parts, middle radio frequency processing parts, input/output unit, and the embodiment of the present invention is in this no longer any restriction.

Receiver 1801 and transmitter 1802 can integrate, and form transceiver.

Memory 1803 is for stores executable programs code, and this program code comprises computer-managed instruction.Memory 1803 may comprise high-speed RAM memory, also may also comprise nonvolatile memory, for example at least one magnetic disc store.

Processor 1804 can be a central processing unit, or specific integrated circuit, or is configured to implement one or more integrated circuits of the embodiment of the present invention.

Wherein, in memory 1803, store batch processing code, and processor 1804 is for calling the program code of memory 1803 storages, carries out following operation:.

When forbidding receiving SR for the first time in detection time, control the described SR receiving for the first time is not responded;

Optionally, when receiving the number of times of the discontinuous transmitting DTX response that described subscriber equipment sends and be greater than default number of times, stop issuing uplink authorization to described subscriber equipment, and the place state by described permission detection time controlled is forbidden the place state of detection time described in being switched to.

In technique scheme, a kind of base station is provided, comprise: receiver, transmitter, memory and processor, when processor is used for receiving SR for the first time within detection time is being forbidden in base station, the SR receiving for the first time is not responded, while receiving SR for the second time within detection time is being forbidden in base station, to subscriber equipment, issue uplink authorization, and control by described and forbid that the place state of detection time is switched to the place state that allows detection time.In base station, do not issue in any configuration parameter situation, if forbidding receiving for the second time SR detection time, the place state of forbidding detection time is switched to the place state that allows detection time, for there is the reprocessing in SR false-alarm situation, can reduce the probability of happening of false-alarm.

Further alternative, the treatment system of a kind of dispatch request that the embodiment of the present invention also provides, comprises base station and subscriber equipment.

As a kind of optional execution mode, base station device as shown in Figure 9, subscriber equipment device as shown in figure 11.Wherein, base station can be connected by wireless network with subscriber equipment, and the 26S Proteasome Structure and Function of this device can, referring to Fig. 9, associated description embodiment illustrated in fig. 11, be not repeated herein.It should be noted that, the system of the present embodiment can be applicable in said method.

As a kind of optional execution mode, base station device as shown in figure 13, subscriber equipment device as shown in figure 15.Wherein, base station can be connected by wireless network with subscriber equipment, and the 26S Proteasome Structure and Function of this device can, referring to Figure 13, associated description embodiment illustrated in fig. 15, be not repeated herein.It should be noted that, the system of the present embodiment can be applicable in said method.

As a kind of optional execution mode, base station device as shown in figure 17.Wherein, base station can be connected by wireless network with subscriber equipment, and the associated description that the 26S Proteasome Structure and Function of this device can embodiment shown in Figure 17, is not repeated herein.It should be noted that, the system of the present embodiment can be applicable in said method.

Processing method and the device of a kind of dispatch request that to sum up, the embodiment of the present invention provides.Base station can issue configuration parameter to subscriber equipment, the dispatch request SR that configuration parameter is used to indicate this base station detects strategy, subscriber equipment detects strategy according to SR and determines corresponding SR sending strategy, when subscriber equipment detects while existing upstream data to send, according to SR sending strategy, to base station, send SR, base station is detected strategy according to SR and is carried out SR detection, make the SR sending strategy of subscriber equipment and the SR of base station detect strategy corresponding, subscriber equipment is consistent with the detected state of base station, reduce the detection time of base station, can effectively reduce the probability of happening of false-alarm.Optionally, base station can issue configuration parameter to subscriber equipment, configuration parameter comprises the vacant cell of SR and setup time, when detecting while existing upstream data to send, subscriber equipment is according to the vacant cell of SR, to described base station, do not report SR, if subscriber equipment is within setup time, receive the uplink authorization that base station issues, according to uplink authorization, to base station, send upstream data, if subscriber equipment within setup time, does not receive the uplink authorization that base station issues, to base station, send random access request or rebuild request.The vacant cell of SR that base station issues to subscriber equipment can be used for equipment for indicating user not to carry out SR and reports, subscriber equipment does not carry out SR and reports, and base station issues uplink authorization within default cycle time, guarantees the normal allocation of resource, there will not be false-alarm, the probability of happening of false-alarm can be reduced to zero.Optionally, while receiving SR for the first time within detection time is being forbidden in base station, the SR receiving for the first time is not responded, while receiving SR for the second time within detection time is being forbidden in base station, base station issues uplink authorization to subscriber equipment, and controls by described and forbid that the place state of detection time is switched to the place state that allows detection time.In base station, do not issue in any configuration parameter situation, if forbidding receiving for the second time SR detection time, the place state of forbidding detection time is switched to the place state that allows detection time, for there is the reprocessing in SR false-alarm situation, can reduce the probability of happening of false-alarm.

Through the above description of the embodiments, those skilled in the art can be well understood to the present invention and can realize with hardware, or firmware realization, or their compound mode realizes.When using software to realize, one or more instructions or the code that above-mentioned functions can be stored in computer-readable medium or on computer-readable medium transmit.Computer-readable medium comprises computer-readable storage medium and communication media, and wherein communication media comprises any medium of being convenient to transmit from a place to another place computer program.Storage medium can be any usable medium that computer can access.As example but be not limited to: computer-readable medium can comprise RAM, ROM, EEPROM, CD-ROM or other optical disc storage, magnetic disk storage medium or other magnetic storage apparatus or can be used in carry or store the expectation with instruction or data structure form program code and can be by any other medium of computer access.In addition.Any connection can be suitable become computer-readable medium.For example, if software be use coaxial cable, optical fiber cable, twisted-pair feeder, Digital Subscriber Line (DSL) or the wireless technology such as infrared ray, radio and microwave from website, server or the transmission of other remote source, so coaxial cable, optical fiber cable, twisted-pair feeder, DSL or the wireless technology such as infrared ray, wireless and microwave be included under in the photographic fixing of medium.As used in the present invention, dish (Disk) and dish (disc) comprise compression laser disc (CD), laser dish, laser disc, digital universal laser disc (DVD), floppy disk and Blu-ray Disc, the copy data of the common magnetic of its mid-game, dish carrys out the copy data of optics with laser.Within combination above also should be included in the protection range of computer-readable medium.

Above disclosed is only preferred embodiment of the present invention, certainly can not limit with this interest field of the present invention, and the equivalent variations of therefore doing according to the claims in the present invention, still belongs to the scope that the present invention is contained.

Claims

1. a processing method for dispatch request, is characterized in that, comprising:

Base station generates configuration parameter, and the dispatch request SR that described configuration parameter is used to indicate described base station detects strategy;

2. the method for claim 1, is characterized in that, described SR detects strategy and comprises: forbade in detection time described base station, does not carry out SR detection; Described base station is allowing, in detection time, to carry out SR detection.

3. method as claimed in claim 2, is characterized in that, described SR sending strategy, comprising: described subscriber equipment was forbidden in detection time, did not carry out SR transmission; Described subscriber equipment is allowing, in detection time, to carry out SR transmission.

4. method as claimed in claim 2 or claim 3, is characterized in that, the described active period that allows to comprise detection time subscriber equipment; Describedly forbid that be the time outside described permission detection time detection time.

5. method as claimed in claim 4, is characterized in that, described permission also comprises to activate probationary period detection time.

6. method as claimed in claim 2 or claim 3, is characterized in that, described in forbid comprising detection time a plurality of discontinuous reception DRX period.

7. the method as described in claim 1～6 any one, is characterized in that, described configuration parameter comprises: radio resource control RRC controls cell or medium access control MAC controls cell.

8. a processing method for dispatch request, is characterized in that, comprising:

9. method as claimed in claim 8, is characterized in that, described SR detects strategy and comprises: forbade in detection time described base station, does not carry out SR detection; Described base station is allowing, in detection time, to carry out SR detection.

10. method as claimed in claim 9, is characterized in that, described SR sending strategy comprises: described subscriber equipment was forbidden in detection time, did not carry out SR transmission; Described subscriber equipment is allowing, in detection time, to carry out SR transmission.

11. methods as described in claim 9 or 10, is characterized in that, the described active period that allows to comprise detection time subscriber equipment; Describedly forbid that be the time outside described permission detection time detection time.

12. methods as claimed in claim 11, is characterized in that, described permission also comprises to activate probationary period detection time.

13. methods as described in claim 9 or 10, is characterized in that, described in forbid comprising detection time a plurality of DRX cycles.

14. methods as described in claim 8～12 any one, is characterized in that, described configuration parameter comprises: RRC controls cell or MAC controls cell.

The processing unit of 15. 1 kinds of dispatch request, is characterized in that, comprising:

16. devices as claimed in claim 15, is characterized in that, described SR detects strategy and comprises: forbade in detection time described base station, does not carry out SR detection; Described base station is allowing, in detection time, to carry out SR detection.

17. devices as claimed in claim 16, is characterized in that, described SR sending strategy, comprising: described subscriber equipment was forbidden in detection time, did not carry out SR transmission; Described subscriber equipment is allowing, in detection time, to carry out SR transmission.

18. devices as described in claim 16 or 17, is characterized in that, the described active period that allows to comprise detection time subscriber equipment; Describedly forbid that be the time outside described permission detection time detection time.

19. devices as claimed in claim 18, is characterized in that, described permission also comprises to activate probationary period detection time.

20. devices as described in claim 16 or 17, is characterized in that, described in forbid comprising detection time a plurality of DRX cycles.

21. devices as described in claim 15～20 any one, is characterized in that, described configuration parameter comprises: RRC controls cell or MAC controls cell.

The processing unit of 22. 1 kinds of dispatch request, is characterized in that, comprising:

23. devices as claimed in claim 22, is characterized in that, described SR detects strategy and comprises: forbade in detection time described base station, does not carry out SR detection; Described base station is allowing, in detection time, to carry out SR detection.

24. devices as claimed in claim 23, is characterized in that, described SR sending strategy comprises: described subscriber equipment was forbidden in detection time, did not carry out SR transmission; Described subscriber equipment is allowing, in detection time, to carry out SR transmission.

25. devices as described in claim 23 or 24, is characterized in that, the described active period that allows to comprise detection time subscriber equipment; Describedly forbid that be the time outside described permission detection time detection time.

26. devices as claimed in claim 25, is characterized in that, described permission also comprises to activate probationary period detection time.

27. devices as described in claim 23 or 24, is characterized in that, described in forbid comprising detection time a plurality of DRX cycles.

28. devices as described in claim 22～27 any one, is characterized in that, described configuration parameter comprises: RRC controls cell or MAC controls cell.