CN104219738B

CN104219738B - Discontinuous reception parameters collocation method and device

Info

Publication number: CN104219738B
Application number: CN201310207424.0A
Authority: CN
Inventors: 陈玉华; 宋巍巍; 权威; 王瑜; 姜怡
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-05-29
Filing date: 2013-05-29
Publication date: 2018-05-11
Anticipated expiration: 2033-05-29
Also published as: CN104219738A

Abstract

The embodiment of the invention discloses a kind of discontinuous reception parameters collocation method and device, the described method includes：User equipment (UE) receives at least two groups of difference discontinuous reception DRX parameters that base station is sent, wherein, every group of DRX parameters matching meets at least one logic channel ID or at least one logic channels group ID of service quality QoS business need, and the matched logic channel ID or logic channel group ID of difference group DRX parameters is different；When the UE is received or sent protocol Data Unit PDU data, the matched DRX parameters of logic channel or logic channel group institute that the PDU data is carried on are determined.The present invention uses discontinuous receiving method snoop logic channel suitable for UE.

Description

Discontinuous reception parameters collocation method and device

Technical field

The present invention relates to field of communication technology, more particularly to a kind of discontinuous reception parameters collocation method and device.

Background technology

LTE (Long Term Evolved, Long Term Evolution) is current 3gpp (3rd Generation Partnership Program, third generation partner program) a kind of mobile communications network for actively studying of tissue Zhong Ge manufacturers.In the lte networks DRX (Discontinuous Reception, discontinuous reception) method is proposed, can be applied to UE (User Equipment, user equipment) discontinuous monitor come from scheduling channel PDCCH (the physical downlink of base station Control channel, Physical Downlink Control Channel) and then data interaction is carried out, save electric energy for UE.The principle of DRX is：Base Stand according to UE current business characteristics, configure one group of DRX parameter and corresponding timer, UE according to the DRX parameters of configuration and Some trigger events calculate, extension, terminate activationary time, UE monitors PDCCH channels only in activationary time, outside activationary time In a dormant state, electric energy is saved, correspondingly, base station is sent only in activationary time by the PDCCH channel dispatch UE.

In the prior art, UE with base station when carrying out data interaction, according to QoS (the Quality of of used business Service, service quality) it is different, required UE listening periods also differ, for the higher video traffic of delay requirement, UE ratios are needed more frequently to go to monitor PDCCH channels, and for the relatively low background service of delay requirement, for example, qq chats etc., no UE is needed to go frequently to monitor PDCCH channels.

At least there are the following problems in the prior art：One group of DRX parameter can only meet a kind of delay requirement, when UE makes at the same time During with the relatively low background service of the more demanding video traffic of time delay and delay requirement, if DRX parameters meet delay requirement Higher video traffic, then when only existing background service in a period of time, UE, which still can frequently wake up, monitors PDCCH letters Road, causes the waste of UE electric energy；If DRX parameters meet the relatively low background service of delay requirement, then when in a period of time There are during background service, video traffic will be affected, and influence user experience.

The content of the invention

A kind of discontinuous reception parameters collocation method and device are provided, can solve as UE while use a variety of different QoSs It is required that business when, the problem of can not at utmost saving UE electric energy while the qos requirement of a variety of different business is met.

First aspect, there is provided a kind of discontinuous reception parameters collocation method, including：

Base station configures at least two groups of difference discontinuous reception DRX parameters, meets service quality for every group of DRX parameters matching At least one logic channel ID or at least one logic channels group ID of QoS business needs, the difference group matched logic of DRX parameters Channel id or logic channel group ID are different；

The base station sends the DRX parameters to user equipment (UE).

Wherein, the DRX parameters include：At least one set matching SRB (wirelessly hold by Signal Radio Bearer, signaling Carry) DRX parameters, listening to the corresponding MAC of SRB (Media Access Control, medium access control for the UE System) PDU (Protocol Data Unit, protocol Data Unit) determines after dispatching the logic channel or the logic channel group Activationary time；And the DRX parameters of at least one set of matching DRB (Data Radio Bearer, Data Radio Bearer), for institute State UE and determine activationary time after listening to the corresponding MAC PDU of DRB and dispatching the logic channel or the logic channel group.

In the first possible implementation, after sending the DRX parameters to user equipment (UE) in the base station, also Including：The data type that the base station sends PDU data and the PDU data to the UE indicates, so that the UE connects After receiving the PDU data, indicated to determine corresponding DRX parameters according to the data type.

Optionally, the base station sends data type instruction to the UE and includes：The base station is in downlink MAC CE The data type instruction of the PDU data is carried in (Channel Element, Channel Elements)；Alternatively, the base station is described The data type instruction of the PDU data is carried on the logic channel or logic channel group that PDU data is carried on.

Optionally, the method further includes：The base station sends DRX orders to the UE, so that the UE is being received During next PDU data, the logic channel that is carried on using the DRX cycle carried in the DRX orders to the PDU data Or logic channel group carries out discontinuous monitoring.

Second aspect, there is provided a kind of discontinuous reception parameters collocation method, including：

User equipment (UE) receives at least two groups of difference discontinuous reception DRX parameters that base station is sent, wherein, every group of DRX ginseng Number matching meets at least one logic channel ID or at least one logic channels group ID of service quality QoS business need, different Group DRX parameters matched logic channel ID or logic channel group ID is different；

When the UE is received or sent protocol Data Unit PDU data, the logic letter that the PDU data is carried on is determined The matched DRX parameters in road or logic channel group institute.

Wherein, the DRX parameters include：

The DRX parameters of at least one set of matching signal radio bearer SRB, the corresponding media of SRB are being listened to for the UE Access control Medium Access Control (MAC) Protocol Data Unit PDU determines activationary time after dispatching the logic channel or the logic channel group；With And

The DRX parameters of at least one set of matched data radio bearer DRB, the corresponding MAC of DRB are being listened to for the UE PDU determines activationary time after dispatching the logic channel or the logic channel group.

In the first possible implementation, the method further includes：

The UE determines activationary time according to the definite DRX parameters, and the logic is believed in the activationary time Road or the logic channel group are monitored.

Optionally, activationary time is determined according to the definite DRX parameters in the UE, to institute in the activationary time State logic channel or before the logic channel group monitored, the method further includes：

Judge the short DRX cycles of SRB in the DRX parameters of the matching SRB and the DRB in the DRX parameters for matching DRB Whether short DRX cycle is identical.

Further, when the short DRX cycles of SRB in the DRX parameters of the matching SRB and the DRX parameters for matching DRB In the short DRX cycles of DRB it is different when, the UE determines activationary time according to the DRX parameters determined, in the activationary time It is interior monitoring is carried out to the logic channel or the logic channel group to include：

If it is determined that the DRX parameters be the DRX parameters of matching SRB, the UE starts or to restart SRB inactive Inactivity timers；

If the SRBInactivity timer expiries, the UE uses the short DRX cycles of the SRB, starts or restarts The short DRX cycle timers of SRB.

Optionally, when the short DRX cycles of SRB in the DRX parameters of the matching SRB with the DRX parameters for matching DRB The short DRX cycles of DRB it is different when, the UE determines activationary time according to the DRX parameters determined, in the activationary time Monitoring is carried out to the logic channel or the logic channel group to further include：

If it is determined that the DRX parameters be the DRX parameters of matching DRB, the UE starts or restarts

DRBInactivity timers；

If the DRBInactivity timer expiries and the short DRX cycle timer expiries or not actuated of SRB, institute State UE and use the short DRX cycles of the DRB, start or restart the short DRX cycle timers of DRB；It is if alternatively, described The DRBInactivity timer expiries and short DRX cycle timers of the SRB have been turned on, the UE are short using the SRB DRX cycle, starts the short DRX cycle timers of DRB.

With reference to the first possible implementation, in second of possible implementation, as the only described short DRX of SRB When cycle timer is currently running, if the short DRX cycle timer expiries of the SRB, the UE is using long DRX cycle to described Logic channel or the logic channel group are monitored；Alternatively,

When the short DRX cycle timers of only described DRB are currently running, if the short DRX cycle timers of the DRB surpass When, the UE monitors the logic channel or the logic channel group using long DRX cycle；Alternatively,

When the short DRX cycle timers of the DRB and the short DRX cycle timers of the SRB are currently running, if described The short DRX cycle timers of DRB and the short DRX cycle timers of the SRB are overtime, and the UE is patrolled described using long DRX cycle Collect channel or the logic channel group is monitored.

Further, when the short DRX cycles of SRB in the DRX parameters of the matching SRB and the DRX parameters for matching DRB In the short DRX cycles of DRB it is identical when, the UE determines activationary time according to the definite DRX parameters, in the activationary time It is interior monitoring is carried out to the logic channel or the logic channel group to include：

If it is determined that the DRX parameters be the DRX parameters of matching SRB, the UE starts or restarts Inactivity Timer；

If the Inactivity timer expiries, the UE uses short DRX cycle, starts or to restart SRB DRX weeks short Phase timer, the short DRX cycle are the short DRX cycles of DRB or the short DRX cycles of SRB.

Optionally, when the short DRX cycles of SRB in the DRX parameters of the matching SRB with the DRX parameters for matching DRB The short DRX cycles of DRB it is identical when, the UE determines activationary time according to the definite DRX parameters, in the activationary time Monitoring is carried out to the logic channel or the logic channel group to further include：

If it is determined that the DRX parameters be the DRX parameters of matching DRB, the UE starts or restarts Inactivity Timer；

If the Inactivity timer expiries and short DRX cycle timers of the SRB have been turned on or the DRB Short DRX cycle timer has been turned on, and the UE uses short DRX cycle, starts or restarts the short DRX cycle timers of DRB.

The third aspect, there is provided a kind of discontinuous reception parameters configuration device, including：

Parameter configuration module, is that every group of DRX parameter matches for configuring at least two groups of difference discontinuous reception DRX parameters Meet at least one logic channel ID or at least one logic channels group ID of service quality QoS business need, difference group DRX ginsengs Number matched logic channel ID or logic channel group ID is different；

Sending module, for sending the DRX parameters of the parameter configuration module configuration to user equipment (UE).

Wherein, the DRX parameters include：The DRX parameters of at least one set of matching signal radio bearer SRB, for the UE The logic channel or the logic channel are dispatched listening to the corresponding medium access control Medium Access Control (MAC) Protocol Data Unit PDU of SRB Activationary time is determined after group；And

In the first possible implementation, the sending module is additionally operable to：PDU data and institute are sent to the UE The data type instruction of PDU data is stated, so that after the UE receives the PDU data, is indicated according to the data type Determine corresponding DRX parameters.

Optionally, the sending module is specifically used for：The number of the PDU data is carried in downlink MAC Channel Elements CE Indicated according to type；Alternatively, the data type that the PDU data is carried on the logic channel or the logic channel group refers to Show.

Further, the sending module is additionally operable to：DRX orders are sent to the UE, so that the UE is in the case where receiving During one PDU data, using the DRX cycle carried in the DRX orders to the logic channel or the logic channel group into The discontinuous monitoring of row.

Fourth aspect, there is provided one kind uses discontinuous reception parameters configuration device, including：

Receiving module, for receiving at least two groups of difference discontinuous reception DRX parameters of base station transmission, wherein, every group of DRX Parameter matches at least one logic channel ID or at least one logic channels group ID for meeting service quality QoS business need, no It is different with the matched logic channel ID or logic channel group ID of group DRX parameters；

Determining module, for when receiving or sending protocol Data Unit PDU data, determining that the PDU data is carried The matched DRX parameters of logic channel or logic channel group institute.

In the first possible implementation, described device further includes：

Module is monitored, the DRX parameters for being determined according to the determining module determine activationary time, in the activation The logic channel or the logic channel group are monitored in time.

Further, described device further includes：Judgment module, the SRB in DRX parameters for judging the matching SRB Whether short DRX cycle and the short DRX cycles of DRB in the DRX parameters for matching DRB are identical.

Optionally, when the short DRX cycles of SRB in the DRX parameters that the judgment module judges the matching SRB and described When the short DRX cycles of DRB in DRX parameters with DRB are different, the monitoring module is additionally operable to：

If it is determined that the DRX parameters for matching SRB DRX parameters, start or restart SRB Inactivity and determine When device；

When the SRBInactivity timer expiries, using the short DRX cycles of the SRB, start or to restart SRB short DRX cycle timer.

If it is determined that the DRX parameters for matching DRB DRX parameters, start or restart DRBInactivity timing Device；When the DRBInactivity timer expiries and the short DRX cycle timer expiries of SRB or it is not actuated when, using described The short DRX cycles of DRB, start or restart the short DRX cycle timers of DRB；Alternatively,

When the DRBInactivity timer expiries and when having been turned on the short DRX cycle timers of SRB, using described The short DRX cycles of SRB, start the short DRX cycle timers of DRB.

Optionally, the monitoring module is additionally operable to：When the short DRX cycle timers of only described SRB are currently running, if The short DRX cycle timer expiries of SRB, carry out the logic channel or the logic channel group using long DRX cycle Monitor；Alternatively,

When the short DRX cycle timers of only described DRB are currently running, if the short DRX cycle timers of the DRB surpass When, the logic channel or the logic channel group are monitored using long DRX cycle；Alternatively,

When the short DRX cycle timers of the DRB and the short DRX cycle timers of the SRB are currently running, if described The short DRX cycle timers of DRB and the short DRX cycle timers of the SRB are overtime, using long DRX cycle to the logic channel Or the logic channel group is monitored.

Optionally, when the short DRX cycles of SRB in the DRX parameters that the judgment module judges the matching SRB and described When the short DRX cycles of DRB in DRX parameters with DRB are identical, the monitoring module is additionally operable to：

If it is determined that the DRX parameters for matching SRB DRX parameters, start or restart Inactivity timers, The short DRX cycle is the short DRX cycles of DRB or the short DRX cycles of SRB；When the Inactivity timer expiries, use is short DRX cycle, starts or restarts the short DRX cycle timers of SRB.

If it is determined that the DRX parameters for matching DRB DRX parameters, start or restart Inactivity timers； When the Inactivity timer expiries and the short DRX cycle timers of the SRB have been turned on or the short DRX cycles of the DRB When timer has been turned on, using short DRX cycle, start or restart the short DRX cycle timers of DRB.

Further, the monitoring module is additionally operable to：When the short DRX cycle timers of only described SRB are currently running, such as The short DRX cycle timer expiries of SRB described in fruit, using long DRX cycle to the logic channel or the logic channel group into Row is monitored；Alternatively,

5th aspect, there is provided a kind of base station, including：

Processor, for being that every group of DRX parameters matching is full for configuring at least two groups of difference discontinuous reception DRX parameters At least one logic channel ID or at least one logic channels group ID of sufficient service quality QoS business need, difference group DRX parameters Matched logic channel ID or logic channel group ID is different；

Transmitter, for sending the DRX parameters of the processor configuration to user equipment (UE).

Wherein, the DRX parameters of at least one set of matching signal radio bearer SRB, for the UE to listen to SRB corresponding Medium access control Medium Access Control (MAC) Protocol Data Unit PDU determines activationary time after dispatching the logic channel or the logic channel group； And

In the first possible implementation, the transmitter is additionally operable to：PDU data and described is sent to the UE The data type instruction of PDU data, so that after the UE receives the PDU data, indicates true according to the data type Fixed corresponding DRX parameters.

Optionally, the transmitter is specifically used for：The data of the PDU data are carried in downlink MAC Channel Elements CE Type indicates；Alternatively, carry the PDU data on the logic channel or logic channel group that the PDU data is carried on Data type instruction.

Optionally, the transmitter is additionally operable to：To the UE send DRX orders so that the UE receive it is next During PDU data, the logic channel that is carried on using the DRX cycle carried in the DRX orders to the PDU data or patrol Collect channel group and carry out discontinuous monitoring.

6th aspect, there is provided a kind of user equipment, including：

Receiver, for receiving at least two groups of difference discontinuous reception DRX parameters of base station transmission, wherein, every group of DRX ginseng Number matching meets at least one logic channel ID or at least one logic channels group ID of service quality QoS business need, different Group DRX parameters matched logic channel ID or logic channel group ID is different；

Processor, during for receiving or send protocol Data Unit PDU data, determines what the PDU data was carried on The matched DRX parameters of logic channel or logic channel group institute.

Wherein, the DRX parameters that the receiver receives include：The DRX of at least one set of matching signal radio bearer SRB Parameter, the SRB corresponding medium access control Medium Access Control (MAC) Protocol Data Unit PDU scheduling logic letter is being listened to for the UE Activationary time is determined behind road or the logic channel group；And

In the first possible implementation, the processor is additionally operable to：

Activationary time is determined according to the definite DRX parameters, in the activationary time to the logic channel or The logic channel group is monitored.

Optionally, the processor is additionally operable to：Judge the short DRX cycles of SRB in the DRX parameters of the matching SRB and institute Whether the short DRX cycles of DRB stated in the DRX parameters of matching DRB are identical.

Optionally, when the short DRX cycles of SRB in the DRX parameters that the processor judges the matching SRB and the matching When the short DRX cycles of DRB in the DRX parameters of DRB are different, the processor is additionally operable to：If the DRX parameters are matching SRB DRX parameters, start or restart SRB Inactivity timers；

When the definite SRBInactivity timer expiries, using the short DRX cycles of the SRB, start or restart The short DRX cycle timers of SRB.

Optionally, when the short DRX cycles of SRB in the DRX parameters that the processor judges the matching SRB and the matching When the short DRX cycles of DRB in the DRX parameters of DRB are different, the processor is additionally operable to：

Further, the processor is additionally operable to：When the short DRX cycle timers of only described SRB are currently running, if The short DRX cycle timer expiries of SRB, carry out the logic channel or the logic channel group using long DRX cycle Monitor；Alternatively,

Optionally, when the short DRX cycles of SRB in the DRX parameters that the processor judges the matching SRB and the matching When the short DRX cycles of DRB in the DRX parameters of DRB are identical, the processor is additionally operable to：If it is determined that the DRX parameters for DRX parameters with SRB, start or restart Inactivity timers；

When the Inactivity timer expiries, using short DRX cycle, start or restart the short DRX cycle timings of SRB Device, the short DRX cycle are the short DRX cycles of DRB or the short DRX cycles of SRB.

Optionally, when the short DRX cycles of SRB in the DRX parameters that the processor judges the matching SRB and the matching When the short DRX cycles of DRB in the DRX parameters of DRB are identical, the processor is additionally operable to：

If it is determined that the DRX parameters for matching DRB DRX parameters, start or restart Inactivity timers；

When the Inactivity timer expiries and the short DRX cycle timers of the SRB have been turned on or the DRB is short When DRX cycle timer has been turned on, using short DRX cycle, start or restart the short DRX cycle timers of DRB.

Compared with prior art, the embodiment of the present invention configures at least two groups of difference discontinuous reception DRX parameters by base station, Meet at least one logic channel ID or at least one logics letter of service quality QoS business need for every group of DRX parameters matching Road group ID, the matched logic channel ID or logic channel group ID of difference group DRX parameters are different；The base station is to user equipment (UE) Send the DRX parameters.When UE sides are received or sent at the same time different QoS requirement by multiple logic channels or logic channel group , being capable of logic channel or logic channel group, definite monitoring according to used in the business datum of different QoS requirement during business datum The DRX parameters of the logic channel or logic channel group, activationary times of the UE in monitoring service data is calculated according to DRX parameters. Enable UE using different activationary times go just monitor different QoS requirement business datum, ensure every kind of QoS business when Prolong all relatively low, raising user experience, and make the activationary time of UE less, save EU electric energy.

Brief description of the drawings

To describe the technical solutions in the embodiments of the present invention more clearly, below will be to embodiment or description of the prior art Needed in attached drawing be briefly described, it should be apparent that, drawings in the following description be only the present invention some Embodiment, for those of ordinary skill in the art, without creative efforts, can also be attached according to these Figure obtains other attached drawings.

Fig. 1 is the discontinuous reception parameters collocation method flow chart that the embodiment of the present invention one provides；

Fig. 2 is discontinuous reception parameters collocation method flow chart provided by Embodiment 2 of the present invention；

Fig. 3 is the discontinuous reception parameters collocation method flow chart that the embodiment of the present invention three provides；

Fig. 4 is the discontinuous reception parameters collocation method flow chart that the embodiment of the present invention four provides；

Fig. 5 is the discontinuous reception parameters configuration device structure diagram that the embodiment of the present invention five provides；

Fig. 6, Fig. 7 are the discontinuous reception parameters configuration device structure diagram that the embodiment of the present invention six provides；

Fig. 8 is the architecture of base station schematic diagram that the embodiment of the present invention seven provides；

Fig. 9 is the user device architecture schematic diagram that the embodiment of the present invention eight provides.

Embodiment

Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art are obtained all other without making creative work Embodiment, belongs to the scope of protection of the invention.

The advantages of to make technical solution of the present invention, is clearer, and the present invention is made specifically with reference to the accompanying drawings and examples It is bright.

Embodiment one

The present embodiment provides a kind of discontinuous reception parameters collocation method, as shown in Figure 1, the described method includes：

101st, base station configuration at least two groups of difference discontinuous reception DRX parameters, meet Service Quality for every group of DRX parameters matching At least one logic channel ID or at least one logic channels group ID of QoS business needs is measured, DRX parameters are matched patrols for difference group Collect channel id or logic channel group ID is different.

For example, the DRX parameters include：The DRX parameters of at least one set of matching signal radio bearer SRB, for the UE The logic channel or the logic channel are dispatched listening to the corresponding medium access control Medium Access Control (MAC) Protocol Data Unit PDU of SRB Activationary time is determined after group；And the DRX parameters of at least one set of matched data radio bearer DRB, listened to for the UE The corresponding MAC PDU of DRB determine activationary time after dispatching the logic channel or the logic channel group.

For example, the logic channel or logic channel group are PDCCH channels.

102nd, base station sends the DRX parameters to user equipment (UE).

Wherein, the logic channel, which is grouped, to be：

First logic channel group, including the corresponding logic channels of all Signaling Radio Bearer SRB, the second logic channel group, Including the corresponding logic channels of all Data Radio Bearer DRB；

Alternatively,

First logic channel group, including the logic letter of corresponding Signaling Radio Bearer and high-priority data radio bearer Road, the second logic channel group, includes corresponding to the logic channel of lower-priority data radio bearer.

Alternatively,

First logic channel group, including the logic channel sent and received by the first website, the second logic channel group, including The logic channel sent and received by the second website.

Wherein, the DRX parameters include but not limited to：

DRX inactivity timers (drx-InactivityTimer),

Long DRX cycle (longDRX-Cycle),

Short DRX cycle (shortDRX-Cycle),

Short DRX cycle timer (drxShortCycleTimer),

Duration timer (onDurationTimer) is activated,

DRX start offsets (drxStartOffset),

DRX retransmission timers (drx-RetransmissionTimer).

Optionally, after sending the DRX parameters to user equipment (UE) in the base station, further include：

The data type that the base station sends PDU data and the PDU data to the UE indicates, so that the UE After receiving the PDU data, indicated to determine corresponding DRX parameters according to the data type.

Specifically, the base station includes for PDU data interpolation data type instruction：

The base station carries the data type instruction of the PDU data in downlink MAC Channel Elements CE；Alternatively,

The base station carries the data type instruction of the PDU data on PDCCH.

Embodiment two

The present embodiment provides a kind of discontinuous receiving method, as shown in Fig. 2, the described method includes：

201st, user equipment (UE) receives at least two groups of difference discontinuous reception DRX parameters that base station is sent, wherein, every group DRX parameters match at least one logic channel ID or at least one logic channels group ID for meeting service quality QoS business need, The matched logic channel ID or logic channel group ID of difference group DRX parameters is different.

For example, the DRX parameters include：The DRX parameters of at least one set of matching signal radio bearer SRB, for the UE The logic channel or the logic channel are dispatched listening to the corresponding medium access control Medium Access Control (MAC) Protocol Data Unit PDU of SRB Activationary time is determined after group；And

Wherein, the logic channel, which is grouped, to be：

Alternatively,

Wherein, the DRX parameters include but not limited to：

DRX inactivity timers (drx-InactivityTimer),

Long DRX cycle (longDRX-Cycle),

Short DRX cycle (shortDRX-Cycle),

Short DRX cycle timer (drxShortCycleTimer),

Duration timer (onDurationTimer) is activated,

DRX start offsets (drxStartOffset),

DRX retransmission timers (drx-RetransmissionTimer).

202nd, when UE is received or sent protocol Data Unit PDU data, the logic letter that the PDU data is carried on is determined The matched DRX parameters in road or logic channel group institute.

Further, after definite DRX parameters, the method further includes：The UE is true according to the definite DRX parameters Determine activationary time, the logic channel or the logic channel group are monitored in the activationary time.

Wherein, in snoop procedure, UE safeguards DRX timers using the DRX parameter sets, is specially：

New uplink license or the Physical Downlink Control Channel that downlink is distributed are indicated when the user equipment listens to During PDCCH, determine that logic channel group of the uplink license either belonging to the data of downlink distribution carrying starts or restart institute State the corresponding DRX inactivity timers of logic channel group.

Further, when the corresponding DRX inactivity timers of the logic channel group are overtime, the logic channel is used The corresponding short DRX cycle of group, and start the corresponding short DRX cycle timer of the logic channel group.

Further, when the corresponding short DRX cycle timer expiry of the logic channel group, into the logic channel The corresponding long DRX cycle of group.

Further, when the DRX cycle that System Frame Number and subframe numbers determine meets equation below, affiliated UE starts activation Duration timer：

[(SFN × 10)+subframe number] modulo (DRX-Cycle)=(DRX Start Offset) modulo(DRX-Cycle)。

Wherein, when the activationary time of the discontinuous receiving state is run including but not limited to following timer：

The DRX inactivity timers (drx-InactivityTimer) of first logic channel group,

The DRX inactivity timers (drx-InactivityTimer) of second logic channel group,

Activate duration timer (onDurationTimer)

Optionally, the UE determines that DRX parameters include：

The data type instruction that the UE is sent according to base station determines the data type of the PDU data, will be with the PDU The corresponding DRX parameters of data type of data are as used DRX parameters；Alternatively,

The UE determines used logic channel when the PDU data is received or sent, will be with the logic channel The DRX parameters matched somebody with somebody are as used DRX parameters；Alternatively,

The UE determines used logic channel group when the PDU data is received or sent, will be with the logic channel The matched DRX parameters of group are as used DRX parameters.

Optionally, activationary time is determined according to the definite DRX parameters in the UE, to institute in the activationary time State logic channel or before the logic channel group monitored, further include：

If it is determined that the DRX parameters be the DRX parameters of matching SRB, the UE starts or to restart SRB inactive Inactivity timers；If the SRBInactivity timer expiries, the UE uses the short DRX cycles of the SRB, Start or restart the short DRX cycle timers of SRB.

Further, when the short DRX cycles of SRB in the DRX parameters of the matching SRB and the DRX parameters for matching DRB In the short DRX cycles of DRB it is different when, the UE determines activationary time according to the DRX parameters determined, in the activationary time It is interior monitoring is carried out to the logic channel or the logic channel group to further include：

If it is determined that the DRX parameters be the DRX parameters of matching DRB, the UE starts or restarts DRBInactivity timers；

Further, when the short DRX cycle timers of only described SRB are currently running, if the short DRX cycles of the SRB Timer expiry, the UE monitor the logic channel or the logic channel group using long DRX cycle；Alternatively,

If the Inactivity timer expiries, the UE uses short DRX cycle, starts or to restart SRB DRX weeks short Phase timer, wherein, the short DRX cycle is the short DRX cycles of DRB or the short DRX cycles of SRB.

Further, when the short DRX cycles of SRB in the DRX parameters of the matching SRB and the DRX parameters for matching DRB In the short DRX cycles of DRB it is identical when, the UE determines activationary time according to the definite DRX parameters, in the activationary time It is interior monitoring is carried out to the logic channel or the logic channel group to further include：

Compared with prior art, the embodiment of the present invention can by user equipment (UE) receive base station send at least two groups not With discontinuous reception DRX parameters, wherein, every group of DRX parameters matching meets at least one logic of service quality QoS business need Channel id or at least one logic channel group ID, the matched logic channel ID or logic channel group ID of difference group DRX parameters is not Together；When UE is received or sent protocol Data Unit PDU data, logic channel or patrol that the PDU data is carried on are determined Collect the matched DRX parameters of channel group institute.UE logic channel or logic channel according to used in the business datum that different QoS requires Group, determines to monitor the DRX parameters of the logic channel or logic channel group, UE is calculated in monitoring service data according to DRX parameters Activationary time.Enable UE to go just to monitor the business datum of different QoS requirement using different activationary times, ensure every kind of The time delay of QoS business is all relatively low, improves user experience, and makes the activationary time of UE less, saves EU electric energy.

Embodiment three

The present embodiment provides a kind of discontinuous reception parameters collocation method, base station is the matching SRB of user equipment (UE) configuration DRX parameters in the short DRX cycles of SRB differed with the short DRX cycles of the DRB in the DRX parameters for matching DRB, remaining parameter phase It is same or different, as shown in figure 3, the described method includes：

301st, base station configures two groups of difference discontinuous reception DRX parameters, is that every group of DRX parameter matches at least one logic letter Road ID or at least one logic channel group ID, the DRX parameters are sent to UE.

Wherein, the packet of logic channel or the logic channel group can be：

Alternatively,

Wherein, two groups of discontinuous receptions DRX parameters include but not limited to：

DRX inactivity timers (drx-InactivityTimer),

Long DRX cycle (longDRX-Cycle),

Short DRX cycle (shortDRX-Cycle),

Short DRX cycle timer (drxShortCycleTimer),

Duration timer (onDurationTimer) is activated,

DRX start offsets (drxStartOffset),

DRX retransmission timers (drx-RetransmissionTimer).

The data type that the base station sends PDU data and the PDU data to the UE indicates, so that the UE After receiving the PDU data, indicated to determine corresponding DRX parameters according to the data type.For example, the base station is in downlink The data type instruction of the PDU data is carried in MAC Channel Elements CE；Alternatively, described in the base station carries on PDCCH The data type instruction of PDU data.The instruction of interpolation data type can save the deterministic process of UE sides, reduce UE in deterministic process In electric quantity consumption and save the time.

Optionally, the method further includes：The base station sends DRX orders to the UE, so that the UE is being received During next PDU data, discontinuous monitoring is carried out to PDCCH using the DRX cycle carried in the DRX orders.In this step Used DRX cycle directly is specified for UE, equally saves the deterministic process of UE sides, reduces electricity of the UE in deterministic process Consume and save the time.

302nd, when logic channel matched with DRX parameters or logic channel group have the reception of protocol Data Unit PDU data Or when sending, the UE determines to monitor whether DRX parameters used in PDCCH are the DRX parameters for matching SRB, if it is, holding Row step 303；If it is not, then perform step 305.

For example, the UE determines that DRX parameters used in monitoring PDCCH include：The data that the UE is sent according to base station Type instruction determine the PDU data data type, using DRX parameters corresponding with the data type of the PDU data as Used DRX parameters；Alternatively,

303rd, the UE starts or restarts Inactivity timers, if the Inactivity timer expiries, The UE uses the short DRX cycles of SRB, starts or restarts the short DRX cycle timers of SRB.

If the 304th, the short DRX cycle timer expiries of the SRB, the UE are monitored using long DRX cycle.

305th, UE starts or restarts Inactivity timers.

If the 306, Inactivity timer expiries, judge whether UE starts the short DRX cycle timers of SRB, if UE The not actuated short DRX cycle timers of SRB perform step 307；If UE starts the short DRX cycle timers of SRB, step is performed 308。

307th, UE uses the short DRX cycles of DRB, starts or restarts the short DRX cycle timers of DRB.

Further, if short DRX cycle timer expiry, step 309 is performed.

308th, UE uses the short DRX cycles of SRB, starts the short DRX cycle timers of DRB.

If the 309th, the short DRX cycle timer expiries of the DRB, or the short DRX cycle timers of the DRB with it is described SRB is short, and DRX cycle timer is overtime, and the UE is monitored using long DRX cycle.

It should be noted that the embodiment of the present invention is using base station as the DRX parameters of one group of matching SRB of UE configurations and one group Exemplified by DRX parameters with DRB, in actual implementation procedure, base station can be that UE configures two groups or more matching SRB DRX parameters and matching DRB DRX parameters, its follow-up specific implementation detail for performing flow and refer to the present embodiment.

Compared with prior art, the embodiment of the present invention configures at least two groups of difference discontinuous reception DRX parameters by base station, Meet at least one logic channel ID or at least one logics letter of service quality QoS business need for every group of DRX parameters matching Road group ID, the matched logic channel ID or logic channel group ID of difference group DRX parameters are different；Base station is sent to user equipment (UE) The DRX parameters.When UE sides are received or sent at the same time the business of different QoS requirement by multiple logic channels or logic channel group During data, can according to different QoS requirement business datum used in logic channel or logic channel group, determine monitor this patrol The DRX parameters of channel or logic channel group are collected, activationary times of the UE in monitoring service data is calculated according to DRX parameters.So that UE can use different activationary times to go just to monitor the business datum of different QoS requirement, ensure the time delay of every kind of QoS business all It is relatively low, user experience is improved, and make the activationary time of UE less, save EU electric energy.

Example IV

The present embodiment provides a kind of discontinuous reception parameters collocation method, base station is the matching SRB of user equipment (UE) configuration DRX parameters in the short DRX cycles of SRB with match DRB DRX parameters in the short DRX cycles of DRB it is identical, remaining parameter is identical Or it is different, as shown in figure 4, the described method includes：

401st, base station configures two groups of difference discontinuous reception DRX parameters, is that every group of DRX parameter matches at least one logic letter Road ID or at least one logic channel group ID, the DRX parameters are sent to UE.

Wherein, the packet of logic channel or the logic channel group can be：

Alternatively,

DRX inactivity timers (drx-InactivityTimer),

Long DRX cycle (longDRX-Cycle),

Short DRX cycle (shortDRX-Cycle),

Short DRX cycle timer (drxShortCycleTimer),

Duration timer (onDurationTimer) is activated,

DRX start offsets (drxStartOffset),

DRX retransmission timers (drx-RetransmissionTimer).

402nd, when logic channel matched with DRX parameters or logic channel group have the reception of protocol Data Unit PDU data Or send when, the UE determine monitor PDCCH used in DRX parameters whether be for match SRB DRX parameters, if it is, Perform step 403；If it is not, then perform step 405.

403rd, UE starts or restarts Inactivity timers, if the Inactivity timer expiries, UE is used Short DRX cycle, starts or restarts the short DRX cycle timers of SRB.

Further, if the short DRX cycle timer expiries of the SRB, step 407 is performed.

Wherein, since the short DRX cycles of DRB are identical with the short DRX cycles of SRB, so replacing DRB used here as short DRX cycle The short short DRX cycle of DRX cycle or SRB.

404th, UE judges whether the short DRX cycle timers of SRB or the short DRX cycle timers of DRB have been turned on, if not actuated, Then perform step 405；If having been turned on, step 406 is performed.

405th, UE starts or restarts Inactivity timers, if Inactivity timer expiries, UE uses short DRX cycle, starts or restarts the short DRX cycle timers of DRB.

406th, UE uses short DRX cycle, restarts the short DRX cycle timers of the SRB having been turned on or the short DRX cycle timings of DRB Device.

407th, UE monitors PDCCH using long DRX cycle.

Embodiment five

The present embodiment provides a kind of discontinuous reception parameters configuration device 50, as shown in figure 5, described device 50 includes：

Parameter configuration module 51, is every group of DRX parameter for configuring at least two groups of difference discontinuous reception DRX parameters With at least one logic channel ID or at least one logic channels group ID for meeting service quality QoS business need, difference group DRX Parameter matched logic channel ID or logic channel group ID are different；

Sending module 52, for sending the DRX parameters of the configuration of parameter configuration module 51 to user equipment (UE).

Wherein, the DRX parameters that the parameter configuration module 51 configures include：

Further, the sending module 52 is additionally operable to：

DRX orders are sent to the UE, so that the UE when receiving next PDU data, uses the DRX orders The logic channel or logic channel group that the DRX cycle of middle carrying is carried on the PDU data carry out discontinuous monitoring.

Embodiment six

The present embodiment provides a kind of discontinuous reception parameters configuration device 60, as shown in fig. 6, described device 60 includes：

Receiving module 61, for receiving at least two groups of difference discontinuous reception DRX parameters of base station transmission, wherein, every group DRX parameters match at least one logic channel ID or at least one logic channels group ID for meeting service quality QoS business need, The matched logic channel ID or logic channel group ID of difference group DRX parameters is different；

Determining module 62, for when receiving or sending protocol Data Unit PDU data, determining that the PDU data is held The matched DRX parameters of logic channel or logic channel group institute being loaded in.

Further, as shown in fig. 6, described device 60 further includes：

Module 63 is monitored, the DRX parameters for being determined according to the determining module 62 determine activationary time, described The logic channel or the logic channel group are monitored in activationary time.

Wherein, the DRX parameters that the receiving module 61 receives include：

Wherein, the data type of the PDU data includes：SRB types and DRB types.

Optionally, the determining module 62 is additionally operable to：

According to base station send data type instruction determine the PDU data data type, by with the PDU data The corresponding DRX parameters of data type are as used DRX parameters；Alternatively,

Determine used logic channel when the PDU data is received or sent, will be with the matched DRX of the logic channel Parameter is as used DRX parameters；Alternatively,

Determine used logic channel group when the PDU data is received or sent, will be matched with the logic channel group DRX parameters as used DRX parameters.

Further, as shown in fig. 7, described device 60 further includes：

Judgment module 64, short DRX cycles of SRB in DRX parameters and the matching DRB for judging the matching SRB DRX parameters in the short DRX cycles of DRB it is whether identical.

Optionally, when the short DRX cycles of SRB in the DRX parameters that the judgment module 64 judges the matching SRB with it is described When the short DRX cycles of DRB in the DRX parameters of matching DRB are different, the monitoring module 63 is additionally operable to：

If it is determined that the DRX parameters for matching DRB DRX parameters, start or restart DRBInactivity timing Device；

When the DRBInactivity timer expiries and the short DRX cycle timer expiries of SRB or it is not actuated when, make With the short DRX cycles of the DRB, start or restart the short DRX cycle timers of DRB；Alternatively,

Further, the monitoring module 63 is additionally operable to：

When the short DRX cycle timers of only described SRB are currently running, if the short DRX cycle timers of the SRB surpass When, the logic channel or the logic channel group are monitored using long DRX cycle；Alternatively,

Optionally, when the short DRX cycles of SRB in the DRX parameters that the judgment module 64 judges the matching SRB with it is described When the short DRX cycles of DRB in the DRX parameters of matching DRB are identical, the monitoring module 63 is additionally operable to：

If it is determined that the DRX parameters for matching SRB DRX parameters, start or restart Inactivity timers；

Further, the monitoring module 63 is additionally operable to：

Embodiment seven

The present embodiment provides a kind of base station 70, as shown in figure 8, the base station 70 includes：

Processor 71, for being that every group of DRX parameter matches for configuring at least two groups of difference discontinuous reception DRX parameters Meet at least one logic channel ID or at least one logic channels group ID of service quality QoS business need, difference group DRX ginsengs Number matched logic channel ID or logic channel group ID is different；

Transmitter 72, for sending the DRX parameters of the configuration of processor 71 to user equipment (UE).

Wherein, the DRX parameters that the processor 71 configures include：

Optionally, the transmitter 72 is additionally operable to：To the UE send DRX orders so that the UE receive it is next During a PDU data, the logic channel that is carried on using the DRX cycle carried in the DRX orders to the PDU data or Logic channel group carries out discontinuous monitoring.

Embodiment eight

The present embodiment provides a kind of user equipment 80, as shown in figure 9, the user equipment 80 includes：

Receiver 81, for receiving at least two groups of difference discontinuous reception DRX parameters of base station transmission, wherein, every group of DRX Parameter matches at least one logic channel ID or at least one logic channels group ID for meeting service quality QoS business need, no It is different with the matched logic channel ID or logic channel group ID of group DRX parameters；

Processor 82, during for receiving or send protocol Data Unit PDU data, determines that the PDU data is carried on The matched DRX parameters of logic channel or logic channel group institute；

Further, the processor 82 is additionally operable to：Activationary time is determined according to the definite DRX parameters, described The logic channel or the logic channel group are monitored in activationary time.

Wherein, the DRX parameters that the receiver 81 receives include：

The data type of the PDU data includes：SRB types and DRB types.

Optionally, the processor 82 is specifically used for：

Further, the processor 82 is additionally operable to：

Optionally, when the short DRX cycles of SRB in the DRX parameters that the processor 82 judges the matching SRB and described When the short DRX cycles of DRB in DRX parameters with DRB are different, the processor 82 is additionally operable to：

Further, the processor 82 is additionally operable to：

Optionally, when the short DRX cycles of SRB in the DRX parameters that the processor 82 judges the matching SRB and described When the short DRX cycles of DRB in DRX parameters with DRB are identical, the processor 82 is additionally operable to：

Further, the processor 82 is additionally operable to：

Discontinuous reception parameters configuration device, base station and user equipment provided in an embodiment of the present invention can realize above-mentioned carry The embodiment of the method for confession, concrete function realize the explanation referred in embodiment of the method, and details are not described herein.The embodiment of the present invention The discontinuous reception parameters collocation method and device of offer can be adapted for UE and use discontinuous receiving method snoop logic channel, But it is not limited only to this.

One of ordinary skill in the art will appreciate that realize all or part of flow in above-described embodiment method, being can be with Relevant hardware is instructed to complete by computer program, the program can be stored in a computer read/write memory medium In, the program is upon execution, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, the storage medium can be magnetic Dish, CD, read-only memory (Read-Only Memory, ROM) or random access memory (Random Access Memory, RAM) etc..

The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any Those familiar with the art the invention discloses technical scope in, the change or replacement that can readily occur in, all should It is included within the scope of the present invention.Therefore, protection scope of the present invention should be subject to scope of the claims.

Claims

A kind of 1. discontinuous reception parameters collocation method, it is characterised in that including：

Base station configures at least two groups of difference discontinuous reception DRX parameters, meets service quality QoS industry for every group of DRX parameters matching Be engaged in desired at least one logic channel ID or at least one logic channels group ID, the difference group matched logic channel of DRX parameters ID or logic channel group ID is different；

The base station sends the DRX parameters to user equipment (UE)；

The DRX parameters include：

The DRX parameters of at least one set of matching signal radio bearer SRB, the corresponding medium access of SRB is being listened to for the UE Medium Access Control (MAC) Protocol Data Unit PDU is controlled to determine activationary time after dispatching the logic channel or the logic channel group；And

The DRX parameters of at least one set of matched data radio bearer DRB, the corresponding MAC PDU tune of DRB is being listened to for the UE Activationary time is determined after spending the logic channel or the logic channel group.
2. according to the method described in claim 1, join it is characterized in that, sending the DRX to user equipment (UE) in the base station After number, the method further includes：

The base station sends DRX orders to the UE, so that the UE when receiving next PDU data, uses the DRX The logic channel or logic channel group that the DRX cycle carried in order is carried on the PDU data carry out discontinuous prison Listen.
A kind of 3. discontinuous reception parameters collocation method, it is characterised in that including：

User equipment (UE) receives at least two groups of difference discontinuous reception DRX parameters that base station is sent, wherein, every group of DRX parameter With at least one logic channel ID or at least one logic channels group ID for meeting service quality QoS business need, difference group DRX Parameter matched logic channel ID or logic channel group ID are different；

When the UE is received or is sent protocol Data Unit PDU data, determine logic channel that the PDU data is carried on or The matched DRX parameters of person's logic channel group institute；

The DRX parameters include：

The DRX parameters of at least one set of matching signal radio bearer SRB, the corresponding medium access of SRB is being listened to for the UE Medium Access Control (MAC) Protocol Data Unit PDU is controlled to determine activationary time after dispatching the logic channel or the logic channel group；And

The DRX parameters of at least one set of matched data radio bearer DRB, the corresponding MAC PDU tune of DRB is being listened to for the UE Activationary time is determined after spending the logic channel or the logic channel group.
4. according to the method described in claim 3, it is characterized in that, the method further includes：

The UE determines activationary time according to the definite DRX parameters, in the activationary time to the logic channel or Logic channel group is monitored described in person.
5. according to the method described in claim 4, it is characterized in that, determine to swash according to the definite DRX parameters in the UE Live time, before being monitored in the activationary time the logic channel or the logic channel group, the method Further include：

Judge that the short DRX cycles of SRB in the DRX parameters of the matching SRB and the DRB in the DRX parameters for matching DRB are short Whether DRX cycle is identical.
6. according to the method described in claim 5, it is characterized in that, when the SRB in the DRX parameters of the matching SRB is DRX weeks short When phase is different from the short DRX cycles of DRB in the DRX parameters of the matching DRB, the UE is true according to the definite DRX parameters Determine activationary time, carrying out monitoring to the logic channel or the logic channel group in the activationary time includes：

If it is determined that the DRX parameters be the DRX parameters of matching SRB, the UE starts or to restart SRB inactive Inactivity timers；

If the SRBInactivity timer expiries, the UE uses the short DRX cycles of the SRB, starts or restarts SRB Short DRX cycle timer.
7. according to the method described in claim 5, it is characterized in that, when the SRB in the DRX parameters of the matching SRB is DRX weeks short When phase is different from the short DRX cycles of DRB in the DRX parameters of the matching DRB, the UE is true according to the definite DRX parameters Determine activationary time, carrying out monitoring to the logic channel or the logic channel group in the activationary time further includes：

If it is determined that the DRX parameters be the DRX parameters of matching DRB, the UE, which starts or restarts DRBInactivity, to be determined When device；

If the DRBInactivity timer expiries and the short DRX cycle timer expiries or not actuated of SRB, the UE Using the short DRX cycles of the DRB, start or restart the short DRX cycle timers of DRB；Alternatively,

If the DRBInactivity timer expiries and short DRX cycle timers of the SRB have been turned on, the UE makes With the short DRX cycles of the SRB, start the short DRX cycle timers of DRB.
8. the method according to claim 6 or 7, it is characterised in that

When the short DRX cycle timers of only described SRB are currently running, if the short DRX cycle timer expiries of the SRB, institute UE is stated to monitor the logic channel or the logic channel group using long DRX cycle；Alternatively,

When the short DRX cycle timers of only described DRB are currently running, if the short DRX cycle timer expiries of the DRB, institute UE is stated to monitor the logic channel or the logic channel group using long DRX cycle；Alternatively,

When the short DRX cycle timers of the DRB and the short DRX cycle timers of the SRB are currently running, if the DRB Short DRX cycle timer and the short DRX cycle timers of the SRB are overtime, and the UE believes the logic using long DRX cycle Road or the logic channel group are monitored.
9. according to the method described in claim 5, it is characterized in that, when the SRB in the DRX parameters of the matching SRB is DRX weeks short When phase is identical with the short DRX cycles of DRB in the DRX parameters of the matching DRB, the UE is true according to the definite DRX parameters Determine activationary time, carrying out monitoring to the logic channel or the logic channel group in the activationary time includes：

If it is determined that the DRX parameters be the DRX parameters of matching SRB, the UE starts or restarts Inactivity timings Device；

If the Inactivity timer expiries, the UE uses short DRX cycle, starts or restarts the short DRX cycles of SRB and determines When device, the short DRX cycle is the short DRX cycles of DRB or the short DRX cycles of SRB.
10. according to the method described in claim 5, it is characterized in that, as the short DRX of SRB in the DRX parameters of the matching SRB When cycle is identical with the short DRX cycles of DRB in the DRX parameters of the matching DRB, the UE is according to the definite DRX parameters Determine activationary time, carrying out monitoring to the logic channel or the logic channel group in the activationary time further includes：

If it is determined that the DRX parameters be the DRX parameters of matching DRB, the UE starts or restarts Inactivity timings Device；

If the Inactivity timer expiries and short DRX cycle timers of the SRB have been turned on or the DRB is short DRX cycle timer has been turned on, and the UE uses short DRX cycle, starts or restarts the short DRX cycle timers of DRB.
11. the method according to claim 9 or 10, it is characterised in that

When the short DRX cycle timers of only described SRB are currently running, if the short DRX cycle timer expiries of the SRB, institute UE is stated to monitor the logic channel or the logic channel group using long DRX cycle；Alternatively,

When the short DRX cycle timers of only described DRB are currently running, if the short DRX cycle timer expiries of the DRB, institute UE is stated to monitor the logic channel or the logic channel group using long DRX cycle；Alternatively,

When the short DRX cycle timers of the DRB and the short DRX cycle timers of the SRB are currently running, if the DRB Short DRX cycle timer and the short DRX cycle timers of the SRB are overtime, and the UE believes the logic using long DRX cycle Road or the logic channel group are monitored.
A kind of 12. discontinuous reception parameters configuration device, it is characterised in that including：

Parameter configuration module, is that every group of DRX parameters matching meets for configuring at least two groups of difference discontinuous reception DRX parameters At least one logic channel ID or at least one logic channels group ID of service quality QoS business need, difference group DRX parameters The logic channel ID or logic channel group ID matched somebody with somebody is different；

Sending module, for sending the DRX parameters of the parameter configuration module configuration to user equipment (UE)；

The DRX parameters of the parameter configuration module configuration include：

The DRX parameters of at least one set of matching signal radio bearer SRB, the corresponding medium access of SRB is being listened to for the UE Medium Access Control (MAC) Protocol Data Unit PDU is controlled to determine activationary time after dispatching the logic channel or the logic channel group；And

The DRX parameters of at least one set of matched data radio bearer DRB, the corresponding MAC PDU tune of DRB is being listened to for the UE Activationary time is determined after spending the logic channel or the logic channel group.
13. device according to claim 12, it is characterised in that the sending module is additionally operable to：

DRX orders are sent to the UE, so that the UE is when receiving next PDU data, using being taken in the DRX orders The logic channel or logic channel group that the DRX cycle of band is carried on the PDU data carry out discontinuous monitoring.
A kind of 14. discontinuous reception parameters configuration device, it is characterised in that including：

Receiving module, for receiving at least two groups of difference discontinuous reception DRX parameters of base station transmission, wherein, every group of DRX parameter Matching meets at least one logic channel ID or at least one logic channel groups ID of service quality QoS business need, different groups DRX parameters matched logic channel ID or logic channel group ID are different；

Determining module, for when receiving or sending protocol Data Unit PDU data, determining what the PDU data was carried on The matched DRX parameters of logic channel or logic channel group institute；

The DRX parameters that the receiving module receives include：

The DRX parameters of at least one set of matching signal radio bearer SRB, the corresponding medium visits of SRB are being listened to for described device Ask that control Medium Access Control (MAC) Protocol Data Unit PDU determines activationary time after dispatching the logic channel or the logic channel group；And

The DRX parameters of at least one set of matched data radio bearer DRB, the corresponding MAC PDU of DRB are being listened to for described device Activationary time is determined after dispatching the logic channel or the logic channel group.
15. device according to claim 14, it is characterised in that described device further includes：

Module is monitored, the DRX parameters for being determined according to the determining module determine activationary time, in the activationary time It is interior that the logic channel or the logic channel group are monitored.
16. device according to claim 15, it is characterised in that described device further includes：

Judgment module, the short DRX cycles of SRB in DRX parameters for judging the matching SRB are joined with the DRX for matching DRB Whether the short DRX cycles of DRB in number are identical.
17. device according to claim 16, it is characterised in that when the judgment module judges the DRX of the matching SRB When the short DRX cycles of SRB in parameter are different from the short DRX cycles of DRB in the DRX parameters of the matching DRB, the monitoring module It is additionally operable to：

If it is determined that the DRX parameters for matching SRB DRX parameters, start or restart SRBInactivity timers；

When the SRBInactivity timer expiries, using the short DRX cycles of the SRB, start or to restart SRB DRX weeks short Phase timer.
18. device according to claim 16, it is characterised in that when the judgment module judges the DRX of the matching SRB When the short DRX cycles of SRB in parameter are different from the short DRX cycles of DRB in the DRX parameters of the matching DRB, the monitoring module It is additionally operable to：

If it is determined that the DRX parameters for matching DRB DRX parameters, start or restart DRBInactivity timers；

When the DRBInactivity timer expiries and the short DRX cycle timer expiries of SRB or it is not actuated when, use institute The short DRX cycles of DRB are stated, starts or restarts the short DRX cycle timers of DRB；Alternatively,

It is short using the SRB when the DRBInactivity timer expiries and when having been turned on the short DRX cycle timers of SRB DRX cycle, starts the short DRX cycle timers of DRB.
19. the device according to claim 17 or 18, it is characterised in that the monitoring module is additionally operable to：

When the short DRX cycle timers of only described SRB are currently running, if the short DRX cycle timer expiries of the SRB, make The logic channel or the logic channel group are monitored with long DRX cycle；Alternatively,

When the short DRX cycle timers of only described DRB are currently running, if the short DRX cycle timer expiries of the DRB, make The logic channel or the logic channel group are monitored with long DRX cycle；Alternatively,

When the short DRX cycle timers of the DRB and the short DRX cycle timers of the SRB are currently running, if the DRB Short DRX cycle timer and the short DRX cycle timers of the SRB are overtime, using long DRX cycle to the logic channel or The logic channel group is monitored.
20. device according to claim 16, it is characterised in that when the judgment module judges the DRX of the matching SRB When the short DRX cycles of SRB in parameter are identical with the short DRX cycles of DRB in the DRX parameters of the matching DRB, the monitoring module It is additionally operable to：

If it is determined that the DRX parameters for matching SRB DRX parameters, start or restart Inactivity timers；

When the Inactivity timer expiries, using short DRX cycle, start or restart the short DRX cycle timers of SRB, The short DRX cycle is the short DRX cycles of DRB or the short DRX cycles of SRB.
21. device according to claim 16, it is characterised in that when the judgment module judges the DRX of the matching SRB When the short DRX cycles of SRB in parameter are identical with the short DRX cycles of DRB in the DRX parameters of the matching DRB, the monitoring module It is additionally operable to：

If it is determined that the DRX parameters for matching DRB DRX parameters, start or restart Inactivity timers；

When the Inactivity timer expiries and the short DRX cycle timers of the SRB have been turned on or the short DRX of the DRB When cycle timer has been turned on, using short DRX cycle, start or restart the short DRX cycle timers of DRB.
22. the device according to claim 20 or 21, it is characterised in that the monitoring module is additionally operable to：

When the short DRX cycle timers of only described SRB are currently running, if the short DRX cycle timer expiries of the SRB, make The logic channel or the logic channel group are monitored with long DRX cycle；Alternatively,

When the short DRX cycle timers of only described DRB are currently running, if the short DRX cycle timer expiries of the DRB, make The logic channel or the logic channel group are monitored with long DRX cycle；Alternatively,

When the short DRX cycle timers of the DRB and the short DRX cycle timers of the SRB are currently running, if the DRB Short DRX cycle timer and the short DRX cycle timers of the SRB are overtime, using long DRX cycle to the logic channel or The logic channel group is monitored.
A kind of 23. base station, it is characterised in that including：

Processor, for being that every group of DRX parameters matching meets clothes for configuring at least two groups of difference discontinuous reception DRX parameters At least one logic channel ID or at least one logic channels group ID for quality Q oS business needs of being engaged in, difference group DRX parameter matchings Logic channel ID or logic channel group ID it is different；

Transmitter, for sending the DRX parameters of the processor configuration to user equipment (UE)；

The DRX parameters of the processor configuration include：

The DRX parameters of at least one set of matching signal radio bearer SRB, the corresponding medium access of SRB is being listened to for the UE Medium Access Control (MAC) Protocol Data Unit PDU is controlled to determine activationary time after dispatching the logic channel or the logic channel group；And

The DRX parameters of at least one set of matched data radio bearer DRB, the corresponding MAC PDU tune of DRB is being listened to for the UE Activationary time is determined after spending the logic channel or the logic channel group.
24. base station according to claim 23, it is characterised in that the transmitter is additionally operable to：DRX lives are sent to the UE Order, so that the UE is when receiving next PDU data, using the DRX cycle carried in the DRX orders to the PDU The logic channel or logic channel group that data are carried on carry out discontinuous monitoring.
A kind of 25. user equipment, it is characterised in that including：

Receiver, for receiving at least two groups of difference discontinuous reception DRX parameters of base station transmission, wherein, every group of DRX parameter With at least one logic channel ID or at least one logic channels group ID for meeting service quality QoS business need, difference group DRX Parameter matched logic channel ID or logic channel group ID are different；

Processor, during for receiving or send protocol Data Unit PDU data, determines the logic that the PDU data is carried on The matched DRX parameters of channel or logic channel group institute；

The DRX parameters that the receiver receives include：

The DRX parameters of at least one set of matching signal radio bearer SRB, corresponding Jie of SRB is being listened to for the user equipment Matter access control Medium Access Control (MAC) Protocol Data Unit PDU determines activationary time after dispatching the logic channel or the logic channel group；With And

The DRX parameters of at least one set of matched data radio bearer DRB, the corresponding MAC of DRB are being listened to for the user equipment PDU determines activationary time after dispatching the logic channel or the logic channel group.
26. user equipment according to claim 25, it is characterised in that the processor is additionally operable to：

Activationary time is determined according to the definite DRX parameters, to the logic channel or described in the activationary time Logic channel group is monitored.
27. user equipment according to claim 26, it is characterised in that the processor is additionally operable to：

Judge that the short DRX cycles of SRB in the DRX parameters of the matching SRB and the DRB in the DRX parameters for matching DRB are short Whether DRX cycle is identical.
28. user equipment according to claim 27, it is characterised in that when the processor judges the matching SRB's When the short DRX cycles of SRB in DRX parameters are different from the short DRX cycles of DRB in the DRX parameters of the matching DRB, the processing Device is additionally operable to：

If it is determined that the DRX parameters for matching SRB DRX parameters, start or restart SRBInactivity timers；

When the SRBInactivity timer expiries, using the short DRX cycles of the SRB, start or to restart SRB DRX weeks short Phase timer.
29. user equipment according to claim 27, it is characterised in that when the processor judges the matching SRB's When the short DRX cycles of SRB in DRX parameters are different from the short DRX cycles of DRB in the DRX parameters of the matching DRB, the processing Device is additionally operable to：

If it is determined that the DRX parameters for matching DRB DRX parameters, start or restart DRBInactivity timers；

When the DRBInactivity timer expiries and the short DRX cycle timer expiries of SRB or it is not actuated when, use institute The short DRX cycles of DRB are stated, starts or restarts the short DRX cycle timers of DRB；Alternatively,

It is short using the SRB when the DRBInactivity timer expiries and when having been turned on the short DRX cycle timers of SRB DRX cycle, starts the short DRX cycle timers of DRB.
30. the user equipment according to claim 28 or 29, it is characterised in that the processor is additionally operable to：

When the short DRX cycle timers of only described SRB are currently running, if the short DRX cycle timer expiries of the SRB, make The logic channel or the logic channel group are monitored with long DRX cycle；Alternatively,

When the short DRX cycle timers of only described DRB are currently running, if the short DRX cycle timer expiries of the DRB, make The logic channel or the logic channel group are monitored with long DRX cycle；Alternatively,

When the short DRX cycle timers of the DRB and the short DRX cycle timers of the SRB are currently running, if the DRB Short DRX cycle timer and the short DRX cycle timers of the SRB are overtime, using long DRX cycle to the logic channel or The logic channel group is monitored.
31. user equipment according to claim 27, it is characterised in that when the processor judges the matching SRB's When the short DRX cycles of SRB in DRX parameters are identical with the short DRX cycles of DRB in the DRX parameters of the matching DRB, the processing Device is additionally operable to：

If it is determined that the DRX parameters for matching SRB DRX parameters, start or restart Inactivity timers；

When the Inactivity timer expiries, using short DRX cycle, start or restart the short DRX cycle timers of SRB, The short DRX cycle is the short DRX cycles of DRB or the short DRX cycles of SRB.
32. user equipment according to claim 27, it is characterised in that when the processor judges the matching SRB's When the short DRX cycles of SRB in DRX parameters are identical with the short DRX cycles of DRB in the DRX parameters of the matching DRB, the processing Device is additionally operable to：

If it is determined that the DRX parameters for matching DRB DRX parameters, start or restart Inactivity timers；

When the Inactivity timer expiries and the short DRX cycle timers of the SRB have been turned on or the short DRX of the DRB When cycle timer has been turned on, using short DRX cycle, start or restart the short DRX cycle timers of DRB.
33. the user equipment according to claim 31 or 32, it is characterised in that the processor is additionally operable to：

When the short DRX cycle timers of only described SRB are currently running, if the short DRX cycle timer expiries of the SRB, make The logic channel or the logic channel group are monitored with long DRX cycle；Alternatively,

When the short DRX cycle timers of only described DRB are currently running, if the short DRX cycle timer expiries of the DRB, make The logic channel or the logic channel group are monitored with long DRX cycle；Alternatively,

When the short DRX cycle timers of the DRB and the short DRX cycle timers of the SRB are currently running, if the DRB Short DRX cycle timer and the short DRX cycle timers of the SRB are overtime, using long DRX cycle to the logic channel or The logic channel group is monitored.