CN104322116B

CN104322116B - Discontinuous receiving method and device

Info

Publication number: CN104322116B
Application number: CN201380001988.7A
Authority: CN
Inventors: 刘文济; 曾清海
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-01-15
Filing date: 2013-01-15
Publication date: 2018-05-29
Anticipated expiration: 2033-01-15
Also published as: CN104322116A; WO2014110716A1

Abstract

The embodiment of the present invention, which provides a kind of discontinuous receiving method and device, a kind of discontinuous receiving method, to be included：Receive the discontinuous reception order media control cell DRX MCE that communication node is sent；According to the quantity information of the DRX MCE, the required discontinuous reception mode used is determined；According to the discontinuous reception mode, discontinuous reception processing is carried out.Discontinuous receiving method and device provided in an embodiment of the present invention, for user equipment to be made to reach optimal power saving effect.

Description

Discontinuous receiving method and device

Technical field

The present embodiments relate to the communication technology more particularly to a kind of discontinuous receiving methods and device.

Background technology

In mobile communications network, user equipment（User Equipment, UE）Pass through Physical Downlink Control Channel （Physical Downlink Control Channel, PDCCH）Obtain relevant configuration information.Discontinuous reception （Discontinuous Reception, DRX）Technology can make UE enter sleep state, discontinuously monitor PDCCH so as to reach To the purpose of UE power savings.

The cycle of DRX（Cycle）The cycle that as UE is discontinuously received, in a cycle UE can timing use a period of time Data are received, other times can then be in sleep state, not receive data.According to actual needs, the cycle of DRX can be divided into DRX long periods（DRX Long Cycle）With the DRX short cycles（DRX Short Cycle）Two kinds, wherein macrocyclic length can Think short-period integral multiple.If Long Cycle and Short Cycle are configured with simultaneously in DRX, when UE leaves unused in DRX Timer（DRX Inactivity Timer）Data are not received in time or by DRX order medium education cells （DRX command MAC Control Element, DRX MCE）After instruction enters sleep state, DRX can be initially entered Short Cycle, if in DRX short cycle timers（DRX Short Cycle Timer）Data are not received in time yet, DRX can just enter Long Cycle.

But in the case where DRX is configured with Long Cycle and Short Cycle simultaneously, UE must be introduced into Short It is only possible to after Cycle into Long Cycle, so that the sleep procedure of UE is dumb, power saving effect is poor.

The content of the invention

The embodiment of the present invention provides a kind of discontinuous receiving method and device, for user equipment to be made to reach optimal power saving effect Fruit.

First aspect provides a kind of discontinuous receiving method, including：

Receive the DRX MCE that communication node is sent；

According to the quantity information of the DRX MCE, the required discontinuous reception mode used is determined；

According to the discontinuous reception mode, discontinuous reception processing is carried out.

In first aspect in the first possible realization method, the DRX MCE for receiving communication node and sending, including：

The DRX MCE that the communication node is sent are received in a downlink subframe；

The quantity information according to the DRX MCE determines the required discontinuous reception mode used, including：

According to the number of DRX MCE included in one downlink subframe, the required discontinuous reception used is determined Mode.

The first possible realization method with reference to first aspect, it is described according to institute in second of possible realization method The number of DRX MCE included in a downlink subframe is stated, determines the required discontinuous reception mode used, including：

If the number of the DRX MCE is the first numerical value, it is determined that the required discontinuous reception mode used is is introduced into Short-period mode；

If the number of the DRX MCE is second value, it is determined that the required discontinuous reception mode used is is introduced into Macrocyclic mode.

In first aspect in the third possible realization method, the DRX MCE for receiving communication node and sending, including：

The DRX MCE that the communication node is sent are received at least two downlink subframes；

Judge whether at least two downlink subframe is the continuous downlink subframe for including DRX MCE；

According to judging result, the required discontinuous reception mode used is determined.

The third possible realization method with reference to first aspect, it is described at least in the 4th kind of possible realization method The DRX MCE are received in two downlink subframes, including：

The communication node is received in two downlink subframes and sends DRX MCE；

It is described to judge whether at least two downlink subframe is the continuous downlink subframe for including DRX MCE, including：

After DRX MCE are received in a downlink subframe, monitor next downlink subframe and determine next height Whether frame includes DRX MCE, if comprising, it is determined that described two downlink subframes are the continuous downlink subframes for including DRX MCE；

It is described according to judging result, determine needed for the discontinuous reception mode that uses, including：

If described two downlink subframes are not the continuous subframes for including DRX MCE, it is determined that the discontinuous of required use connects Debit's formula is to be introduced into short-period mode；

If described two downlink subframes are the continuous subframes for including DRX MCE, it is determined that the discontinuous reception of required use Mode is to be introduced into macrocyclic mode.

Second aspect provides a kind of discontinuous receiving method, including：

DRX MCE are generated, the DRX MCE are used for the discontinuous reception mode that user equipment is made to determine required use；

The DRX MCE are sent to the user equipment, so that the user equipment is believed according to the quantity of the DRX MCE Breath determines the required discontinuous reception mode used, and carries out discontinuous reception processing using the discontinuous reception mode.

It is described to send the DRX MCE, bag to the user equipment in second aspect in the first possible realization method It includes：

The DRX MCE are sent to the user equipment in a downlink subframe, so that the user equipment is according to institute The number of the DRX MCE included in a downlink subframe is stated, the required discontinuous reception mode used is determined, and uses The discontinuous reception mode carries out discontinuous reception processing.

The first possible realization method with reference to second aspect, it is described at one in second of possible realization method The DRX MCE are sent to the user equipment in downlink subframe, including：

The number of the DRX MCE is sent to the user equipment in a downlink subframe as the first numerical value, so that institute It states user equipment and determines the required discontinuous reception mode used to be introduced into short-period mode, and use is introduced into the short cycle Mode carry out discontinuous reception processing；

The number of the DRX MCE is sent to the user equipment in a downlink subframe as second value, so that institute It states user equipment and determines the required discontinuous reception mode used to be introduced into macrocyclic mode, and use is introduced into long period Mode carry out discontinuous reception processing.

In second aspect in the third possible realization method, the generation DRX MCE, including：

The DRX MCE are generated at least two downlink subframes；

It is described to send the DRX MCE to the user equipment, including：

The DRX MCE are sent to the communication equipment at least two downlink subframes, so that the user equipment is sentenced Whether at least two downlink subframe that breaks is the continuous downlink subframe for including DRX MCE, and according to judging result, is determined required The discontinuous reception mode of use, so as to carry out discontinuous reception processing.

The third possible realization method with reference to second aspect, it is described at least in the 4th kind of possible realization method The DRX MCE are generated in two downlink subframes, including：

The DRX MCE are generated in two downlink subframes；

It is described to send the DRX MCE to the communication equipment at least two downlink subframes, including：

The DRX MCE are sent to the user equipment in two downlink subframes, so that the user equipment is at one After DRX MCE are received in downlink subframe, monitor next downlink subframe and determine next subframe whether comprising DRX MCE, if comprising, it is determined that described two downlink subframes are the continuous downlink subframes for including DRX MCE, if described two downlinks are sub Frame is not the continuous subframes for including DRX MCE, it is determined that the required discontinuous reception mode used is is introduced into short-period side Formula, so as to carry out discontinuous reception processing；If described two downlink subframes are the continuous subframes for including DRX MCE, it is determined that institute The discontinuous reception mode that need to be used is is introduced into macrocyclic mode, so as to carry out discontinuous reception processing.

The third aspect provides a kind of user equipment, including：

Receiving module, for receiving the DRX MCE of communication node transmission；

Determining module for the quantity information according to the DRX MCE, determines the required discontinuous reception mode used；

Processing module, for according to the discontinuous reception mode, carrying out discontinuous reception processing.

In the third aspect in the first possible realization method, the receiving module, specifically in a downlink subframe The middle DRX MCE for receiving the communication node and sending；

The determining module specifically for the number of the DRX MCE according to included in one downlink subframe, determines The discontinuous reception mode of required use.

The first possible realization method with reference to the third aspect, in second of possible realization method, the definite mould Block, if the number for being specifically additionally operable to the DRX MCE is the first numerical value, it is determined that the required discontinuous reception mode used is first Into short-period mode；If the number of the DRX MCE is second value, it is determined that the discontinuous reception mode of required use To be introduced into macrocyclic mode.

In the third aspect in the third possible realization method, the receiving module, specifically at least two downlinks The DRX MCE that the communication node is sent are received in subframe；

The determining module, specifically for judging whether at least two downlink subframe is continuous comprising DRX MCE Downlink subframe；According to judging result, the required discontinuous reception mode used is determined.

The third possible realization method with reference to the third aspect, in the 4th kind of possible realization method, the reception mould Block is specifically additionally operable to receive the communication node transmission DRX MCE in two downlink subframes；

The determining module is specifically additionally operable to after receiving DRX MCE in a downlink subframe, monitors next downlink Whether subframe simultaneously determines next subframe comprising DRX MCE, if comprising, it is determined that described two downlink subframes are to include The continuous downlink subframe of DRX MCE；

The processing module, if specifically for described two downlink subframes not being the continuous subframes for including DRX MCE, really The required discontinuous reception mode used is determined to be introduced into short-period mode；If described two downlink subframes are comprising DRX The continuous subframes of MCE, it is determined that the required discontinuous reception mode used is is introduced into macrocyclic mode.

Fourth aspect provides a kind of communication node, including：

Generation module, for generating DRX MCE, the DRX MCE are used for the non-company that user equipment is made to determine required use Continued access debit's formula；

Sending module, for sending the DRX MCE to the user equipment, so that the user equipment is according to The quantity information of DRX MCE, determine needed for the discontinuous reception mode that uses, and carried out using the discontinuous reception mode non- Continuous reception processing.

In fourth aspect in the first possible realization method, the sending module, specifically in a downlink subframe It is middle to send the DRX MCE to the user equipment, so that the user equipment is according to included in one downlink subframe The DRX MCE number, determine needed for the discontinuous reception mode that uses, and carried out using the discontinuous reception mode Discontinuous reception processing.

The first possible realization method with reference to fourth aspect, in second of possible realization method, the transmission mould Block is specifically additionally operable in a downlink subframe send the number of the DRX MCE to the user equipment as the first numerical value, with Make the user equipment determine needed for the discontinuous reception mode that uses to be introduced into short-period mode, and use be introduced into it is short The mode in cycle carries out discontinuous reception processing；Send the DRX MCE's to the user equipment in a downlink subframe Number is second value, by make the user equipment determine needed in a manner of the discontinuous reception that uses to be introduced into macrocyclic side Formula, and use is introduced into macrocyclic mode and carries out discontinuous reception processing.

In fourth aspect in the third possible realization method, the generation module, specifically at least two downlinks The DRX MCE are generated in subframe；

The sending module, specifically for sending the DRX to the communication equipment at least two downlink subframes MCE, so that the user equipment judges whether at least two downlink subframe is the continuous downlink subframe for including DRX MCE, And according to judging result, the required discontinuous reception mode used is determined, so as to carry out discontinuous reception processing.

The third possible realization method with reference to fourth aspect, in the 4th kind of possible realization method, the generation mould Block is specifically additionally operable to generate the DRX MCE in two downlink subframes；

The sending module is specifically additionally operable in two downlink subframes send the DRX MCE to the user equipment, So that after the user equipment receives DRX MCE in a downlink subframe, monitor next downlink subframe and determine described Whether next subframe is comprising DRX MCE, if being under continuous comprising DRX MCE comprising, it is determined that described two downlink subframes Row subframe, if described two downlink subframes are not the continuous subframes for including DRX MCE, it is determined that the discontinuous reception of required use Mode is is introduced into short-period mode, so as to carry out discontinuous reception processing；If described two downlink subframes are comprising DRX The continuous subframes of MCE, it is determined that the required discontinuous reception mode used is is introduced into macrocyclic mode, so as to carry out non-company The processing of continued access receipts.

Discontinuous receiving method and device provided in an embodiment of the present invention, user equipment receive the notice that communication node is sent Message and the DRX modes used needed for judging, hence into DRX cycle, by the indication information that is included in notification message not Together, different DRX modes may be employed and enter different DRX cycles, so as to ensure user apparatus service normal operation On the premise of, reach optimal power saving effect.

Description of the drawings

It in order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is this hair Some bright embodiments, for those of ordinary skill in the art, without having to pay creative labor, can be with Other attached drawings are obtained according to these attached drawings.

Fig. 1 to Fig. 3 is the sequence diagram of the DRX relevant parameters configured in current RRC；

Fig. 4 is the flow chart of discontinuous receiving method embodiment one provided by the invention；

Fig. 5 is the flow chart of discontinuous receiving method embodiment two provided by the invention；

Fig. 6 is the flow chart of discontinuous receiving method embodiment three provided by the invention；

Fig. 7 is the flow chart of discontinuous receiving method example IV provided by the invention；

Fig. 8 is the flow chart of discontinuous receiving method embodiment five provided by the invention；

Fig. 9 is the flow chart of discontinuous receiving method embodiment six provided by the invention；

Figure 10 is the flow chart of discontinuous receiving method embodiment seven provided by the invention；

Figure 11 is the flow chart of discontinuous receiving method embodiment eight provided by the invention；

Figure 12 is that the structural diagrams of user equipment embodiment one provided by the invention are intended to；

Figure 13 is that the structural diagrams of communication node embodiment one provided by the invention are intended to；

The hardware structure diagram schematic diagram of Figure 14 user equipment embodiments two provided by the invention；

Figure 15 is the hardware structure diagram schematic diagram of communication node embodiment two provided by the invention.

Specific embodiment

To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention In attached drawing, the technical solution in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is Part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art All other embodiments obtained without creative efforts belong to the scope of protection of the invention.

In mobile communication, UE may be at idle state（IDLE）Or connection status（RRC-CONNECTED）, when UE is in net When not carrying out any business in network, that is, it is in idle condition, UE does not have radio resource control at this time（Radio Resource Control, RRC）Connection and the specific resource of user, as long as therefore define the fixed cycle, it is possible to reach discontinuous The purpose of reception.But UE wants monitoring users data channel, then must be introduced into connection status from idle state.When UE is in network When middle access data channel carries out data service, i.e., in connection status, but in some application scenarios, UE simultaneously need not be supervised continuously The data and relevant treatment of down channel are listened, such as carries out web page browsing using UE, carry out instant messaging etc..It can incite somebody to action at this time UE is arranged to DRX states, can be with optimization system resource distribution, it is often more important that can reduce the power consumption of user equipment.

Pass through distributing sustainable timer in current RRC（On Duration Timer）, DRX Inactivity Timer, DRX Long Cycle, DRX Short Cycle, DRX short cycle timers（DRX Short Cycle Timer）Deng Relevant parameter controls come the process to DRX.

Fig. 1 to Fig. 3 is the sequence diagram of the DRX relevant parameters configured in current RRC, referring to Fig. 1 to Fig. 3.In Fig. 1 DRX Long Cycle, DRX Short Cycle, the sequence diagram of On Duration Timer relativenesses, wherein On are shown Duration Timer are represented for receiving the time of data in DRX cycle, and within the On Duration Timer times, UE connects PDCCH is intercepted continuously, and UE is required for starting On Duration Timer when each new DRX cycle starts.On The time that Duration Timer are represented is really one section of continuous downlink subframe number, and UE is intercepted in the continuous downlink subframe PDCCH.All include an On Duration Timer times in DRX Short Cycle and DRX Long Cycle at the beginning, It removes beyond On Duration Timer, others time UE is in DRX Short Cycle and DRX Long Cycle Sleep state does not intercept PDCCH.The cycle of DRX Short Cycle and DRX Long Cycle be default value, DRX Long Cycle is than DRX Short Cycle long, but DRX Long Cycle need to be the integral multiple of DRX Short Cycle.

The sequence diagram of DRX Inactivity Timer and On Duration Timer relativenesses is shown in Fig. 2, wherein UE listens to the data in PDCCH at the time 11 of first On Duration Timer, at this point, starting DRX Inactivity Timer, within the DRX Inactivity Timer duration, UE needs continue to intercept PDCCH, and from The influence of On Duration Timer, UE listen to the data in PDCCH again at the time 12, at this point, restarting one is new DRX Inactivity Timer, timing is started according to new DRX Inactivity Timer, when in new DRX The data in PDCCH are not listened in the Inactivity Timer times, UE is just into DRX states, when meeting the default time After cycle, UE is further continued for starting On Duration Timer.

The sequence diagram of DRX Short Cycle Timer and other parameter relation are shown, as shown in figure 3, DRX is same in Fig. 3 When be configured with DRX Short Cycle and DRX Long Cycle, UE at the time 13 of first On Duration Timer The data in PDCCH are listened to, at this point, starting DRX Inactivity Timer, when in DRX Inactivity Timer The interior data not listened in PDCCH, UE enters DRX states, and starts DRX Short Cycle, while opens DRX Short Cycle Timer.DRX Short Cycle Timer are the life cycle of DRX Short Cycle, when UE is in DRX Short does not receive data in the Cycle Timer times, then UE can transfer to use DRX Long Cycle.

It is illustrated only in Fig. 3 when UE does not listen to the data in PDCCH, UE within the DRX Inactivity Timer times Into the situation of DRX states, when UE receives DRX MCE within the DRX Inactivity Timer times in downlink subframe When, DRX states can also be immediately entered, but are also only capable of initially entering DRX Short Cycle.DRX MCE are media intervention control Preparative layer（Medium Access Control, MAC）In order, UE need not by intercept PDCCH obtain.

Fig. 1 shows the operation method of current DRX into Fig. 3, when DRX is configured with DRX Short Cycle and DRX simultaneously It during Long Cycle, is only capable of initially entering DRX Short Cycle, when DRX Short Cycle Timer time-out, could enter DRX Long Cycle.And in some use environments, the normal use of UE will not be made by initially entering DRX Long Cycle Into influence, at this point, current DRX methods are not reaching to the purpose of maximum economize on electricity.

Fig. 4 is the flow chart of discontinuous receiving method embodiment one provided by the invention, as shown in figure 4, the present embodiment Method includes：

Step S101 receives the notification message for including indication information that communication node is sent.

Specifically, the method for the present embodiment can be used for any user equipment to communicate using mobile communications network, Such as mobile phone, tablet computer, data card etc., user equipment receive the data that the communication node in network is sent, communication node can Think evolved node（Evolved NodeB, eNB）Wait the base station equipment in networks.When communication node judges that user equipment can During with into DRX states, a notification message for including indication information is generated, user equipment receives being somebody's turn to do for communication node transmission Indication information, the indication information are used to that user equipment to be made to determine the DRX modes that needs use.

Step S102, the indication information according to included in notification message determine the required discontinuous reception mode used.

Specifically, the DRX modes that user equipment is used according to needed for judging the indication information received, required use DRX modes are included whether into DRX states, the DRX cycle used etc..User equipment according to the indication information received not Together, the DRX cycle of different cycles length can be entered.It is corresponding with DRX modes that indication information is first preset in a user device Relation, default DRX modes, which are not limited to use at present, is introduced into DRX Short Cycle, and DRX Long are entered after time-out The mode of Cycle, default DRX cycle are also not necessarily limited to two kinds of DRX Short Cycle and DRX Long Cycle.User equipment The different characteristics that communication node carries out business according to user equipment, the different indication informations of transmission, user equipment can be received Corresponding DRX modes can be entered according to the indication information received.

Step S103 according to definite discontinuous reception mode, carries out discontinuous reception processing.

Specifically, user equipment carries out DRX processing according to definite DRX modes.Such as N can be preset in user equipment The DRX cycle of kind of different cycles length, according to the order of cycle length from short to long be respectively DRX cycle 1, DRX cycle 2 ..., DRX cycle N.Communication node judges that the business that user equipment carries out at present can be directly entered DXR cycle N, without to business It has an impact, then user equipment can receive an indication information of communication node transmission, and user equipment receives the instruction After information, it may be determined that be directly entered DRX cycle N, user equipment is directly entered DRX cycle N at this time.

The business that user equipment currently carries out in a network is not high to the requirement of real-time of data or can just connect for a long time Receive a data, then can be with the longer DRX cycle of selection cycle length, so that user's device sleeps time is longer, power saving is imitated Fruit is more preferably；If the ongoing business of user equipment is higher to requirement of real-time, need that selection cycle length is shorter DRX weeks Phase does not just interfere with being normally carried out for business.User equipment can so reached on the premise of business normal operation is ensured Optimal power saving effect.

The present embodiment, user equipment receive the notification message that communication node is sent and judge the required DRX modes used, from And into DRX cycle, by the difference of the indication information included in notification message, different DRX modes may be employed into not Same DRX cycle, so as on the premise of user apparatus service normal operation is ensured, reach optimal power saving effect.

Further, not necessarily comprising dedicated indication information, Yong Hushe in the notification message that user equipment receives It is standby can also be by the different characteristic information of the data included in the notification message that receives, to determine to use needed for user equipment DRX modes, so as to carry out corresponding DRX processing.

Fig. 5 is the flow chart of discontinuous receiving method embodiment two provided by the invention, as shown in figure 5, the present embodiment Method includes：

Step S201 receives the DRX MCE that communication node is sent.

Specifically, user equipment can receive the Medium Access Control (MAC) Protocol Data Unit of communication node transmission in MAC layer （Protocol Data Units, PDU）, MAC PDU includes a MAC header, can be accessed comprising zero to multiple media Control cell（MAC Control Element, MCE）, concerned control command, such as DRX orders can be put into MCE, then should MCE becomes DRX MCE.User equipment can receive the DRX MCE that communication node sends by MAC layer, which can be with It is zero to multiple.

Step S202 according to the quantity information of DRX MCE, determines the required DRX modes used.

Specifically, after user equipment receives DRX MCE by MAC layer, the total quantity of the DRX MCE received is counted, And the DRX modes used according to needed for determining the quantity of the DRX MCE.For example, if the DRX cycle of user device configuration is still Two kinds of DRX Short Cycle and DRX Long Cycle, when the DRX MCE received are zero, i.e., user equipment does not connect DRX MCE are received, user equipment determines not enter DRX cycle；When the DRX MCE that user equipment receives are one, quite In the scene for receiving DRX MCE in the prior art, user equipment determines that DRX modes for elder generation DRX Short Cycle, work as DRX After Short Cycle Timer time-out, DRX Long Cycle are entered back into；When the DRX MCE that user equipment receives are two When, user equipment determines DRX modes to be directly entered DRX Long Cycle.For another example N kind different cycles length default first DRX cycle, be respectively DRX cycle 1, DRX cycle 2 ..., DRX cycle N.When receiving 1 DRX MCE, determine to enter DRX cycle 1；When receiving 2 DRX MCE, determine into DRX cycle 2；And so on, when receiving N number of DRX MCE, It determines into DRX cycle N.

Step S203 according to definite DRX modes, carries out DRX processing.

Specifically, user equipment carries out DRX processing, enters user equipment according to the DRX modes determined in step S203 Corresponding DRX cycle.In this way, user equipment can receive the different characteristics that communication node carries out business according to user equipment, The DRX MCE of selection different number are sent to user equipment, and user equipment can enter phase according to the DRX MCE numbers received The DRX cycle answered.If the business that user equipment currently carries out in a network it is not high to the requirement of real-time of data or for a long time A data can just be received, then can with the longer DRX cycle of selection cycle length, so that user's device sleeps time is longer, Power saving effect is more preferably；If the ongoing business of user equipment is higher to requirement of real-time, need selection cycle length shorter DRX cycle, just do not interfere with being normally carried out for business.User equipment can so be made to ensure the premise of business normal operation Under, reach optimal power saving effect.

The present embodiment, user equipment receive the DRX MCE that communication node is sent, hence into DRX cycle, pass through DRX The difference of MCE number can enter different DRX cycles, so as to ensure the premise of user apparatus service normal operation Under, reach optimal power saving effect.

Fig. 6 is the flow chart of discontinuous receiving method embodiment three provided by the invention, as shown in fig. 6, the present embodiment Method includes：

Step S301 receives the DRX MCE that the communication node is sent in a downlink subframe.

Specifically, a downlink subframe of communication node includes that zero can be included in MAC a PDU, a MAC PDU A to multiple DRX MCE, user equipment can receive the DRX MCE of communication node transmission in a downlink subframe.

Step S302 according to the number of DRX MCE included in a downlink subframe, determines the required DRX side used Formula.

Specifically, the number for the DRX MCE that user equipment statistics is received from a downlink subframe, so that it is determined that required adopt The DRX modes taken.It can include multiple DRX MCE in MAC PDU in one downlink subframe, therefore user equipment can basis The DRX MCE for the different number that one downlink subframe includes, into the DRX cycle of different cycles length.It is for example, default first The DRX cycle of N kind different cycles length, be respectively DRX cycle 1, DRX cycle 2 ..., DRX cycle N.When user equipment is at one When 1 DRX MCE is received in downlink subframe, into DRX cycle 1；When receiving 2 DRX MCE, into DRX cycle 2；With This analogizes, when receiving N number of DRX MCE, into DRX cycle N.

Step S303 according to definite DRX modes, carries out DRX processing.

Further, since the DRX cycle provided at present is two kinds of DRX Short Cycle and DRX Long Cycle, Therefore, different DRX modes can be determined according to existing DRX cycle.Such as if the number of the DRX MCE received is pre- for one If the first numerical value, then DRX processing, DRX Short Cycle are carried out in the way of DRX Short Cycle are introduced into Timer time-out is subject to other to enter back into DRX Long Cycle after triggering or uses DRX Short Cycle always；If The number of the DRX MCE received is a default second value, then is carried out in the way of DRX Long Cycle are introduced into DRX processing is subject to other to enter back into DRX Short Cycle after triggering or uses DRX Long Cycle always.So exist A variety of DRX modes can also be provided in the case of not changing existing DRX cycle.

Fig. 7 is the flow chart of discontinuous receiving method example IV provided by the invention, as shown in fig. 7, the present embodiment Method includes：

Step S401 receives the DRX MCE that communication node is sent at least two downlink subframes.

Specifically, a downlink subframe of communication node is made, which to include MAC a PDU, a MAC PDU, includes one DRX MCE, then user equipment be only capable of receiving a DRX MCE in a downlink subframe, can be with from multiple downlink subframes Receive multiple DRX MCE.

Step S402 judges whether at least two downlink subframes are the continuous downlink subframes for including DRX MCE.

Specifically, user equipment received from least two downlink subframes communication node transmission comprising DRX MCE After notification message, judge that user equipment statistics receives whether continuously comprising DRX MCE at least two downlink subframe The number of DRX MCE in the continuous downlink subframe comprising DRX MCE.For example, when user equipment connects from a downlink subframe After receiving the notification message comprising DRX MCE, continue to monitor next downlink subframe, and judge in next downlink subframe whether Comprising DRX MCE, if comprising, continue to monitor another downlink subframe, until listen to one do not include DRX MCE downlink The number of subframe, at this time the DRX MCE that statistics receives altogether, the foundation as definite user equipment DRX modes.

Step S403 according to judging result, determines the required DRX modes used.

Specifically, according to the number of definite DRX MCE, the DRX modes used needed for user equipment are determined, for example, first First preset the DRX cycle of N kind different cycles length, be respectively DRX cycle 1, DRX cycle 2 ..., DRX cycle N.Work as user equipment It receives when not receiving DRX MCE in DRXMCE, next downlink subframe, is determined into DRX weeks in a downlink subframe Phase 1；DRX is not received when user equipment is continuously received in two downlink subframes in DRX MCE, next downlink subframe During MCE, determine into DRX cycle 2；And so on, when user equipment continuously received in N number of downlink subframe DRX MCE, under When not receiving DRX MCE in one downlink subframe, determine into DRX cycle N.

Step S404 according to definite DRX modes, carries out DRX processing.

Further, since the DRX cycle provided at present is two kinds of DRX Short Cycle and DRX Long Cycle, Therefore, different DRX modes can be determined according to existing DRX cycle.Such as if two downlink subframes are not comprising DRX MCE Continuous downlink subframe, then DRX processing, DRX Short Cycle are carried out in the way of DRX Short Cycle are introduced into Timer time-out is subject to other to enter back into DRX Long Cycle after triggering or uses DRX Short Cycle always；If Two downlink subframes are the continuous subframes for including DRX MCE, then are carried out in the way of DRX Long Cycle are introduced at DRX Reason is subject to other to enter back into DRX Short Cycle after triggering or uses DRX Long Cycle always.Do not changing so A variety of DRX modes can also be provided in the case of becoming existing DRX cycle.

Fig. 8 is the flow chart of discontinuous receiving method embodiment five provided by the invention, as shown in figure 8, the present embodiment Method includes：

Step S501, generation include the notification message of indication information, and the indication information is used to that user equipment to be made to determine institute The DRX modes that need to be used.

Specifically, when communication node judges that user equipment can enter DRX states, generation includes the notice of indication information Message, the indication information are used for the DRX modes that user equipment is made to determine required use.

Step S502 includes the notification message of indication information to user equipment transmission, so that user equipment determines required adopt DRX modes, and carry out DRX processing using the DRX modes.

Specifically, communication node sends the notification message for including indication information of generation to user equipment, and user equipment can In a manner of the DRX used needed for being determined according to the indication information, and DRX processing is carried out using definite DRX modes.In UE first The correspondence of default indication information and DRX modes, user equipment can enter not according to the difference of the indication information received With the DRX cycle of cycle length.Default DRX modes, which are not limited to use at present, is introduced into DRX Short Cycle, after time-out Into the mode of DRX Long Cycle, default DRX cycle is also not necessarily limited to DRX Short Cycle and DRX Long Cycle Two kinds.Communication node can carry out the different characteristics of business according to user equipment, the different instruction letters sent to user equipment Breath, by make user equipment according to the indication information received enter corresponding DRX in a manner of.Such as N can be preset in user equipment The DRX cycle of kind of different cycles length, according to the order of cycle length from short to long be respectively DRX cycle 1, DRX cycle 2 ..., DRX cycle N.Communication node judges that the business that user equipment carries out at present can be directly entered DXR cycle N, without to business It has an impact, then can send an indication information to user equipment, so that after user equipment receives the indication information, determine DRX cycle N is directly entered, user equipment is directly entered DRX cycle N at this time.Communication node can be carried out according to user equipment The different characteristics of business, selects different DRX control information to be sent to user equipment, and user equipment is controlled according to the DRX received Information processed can enter corresponding DRX cycle.If the business that user equipment currently carries out in a network will to the real-time of data It asks not high or can just receive a data for a long time, then it can be with the longer DRX cycle of selection cycle length, so that user sets Standby dormancy time is longer, and power saving effect is more preferably；If the ongoing business of user equipment is higher to requirement of real-time, need to select The shorter DRX cycle of cycle length is selected, does not just interfere with being normally carried out for business.User equipment can so be made in guarantee business On the premise of normal operation, reach optimal power saving effect.

The present embodiment, notification message of the communication node generation comprising indication information are simultaneously sent to user equipment, thereby using Family equipment enters DRX cycle, by the difference of indication information, user equipment can be made to enter different DRX cycles, so as to On the premise of user apparatus service normal operation is ensured, reach optimal power saving effect.

Further, communication node is not necessarily believed into the notification message that user equipment is sent comprising dedicated instruction Breath, communication node can also send the data for including different characteristic information to user equipment, so that user equipment is not according to comprising The DRX modes used needed for user equipment are determined with the data of characteristic information, so as to carry out corresponding DRX processing.

Fig. 9 is the flow chart of discontinuous receiving method embodiment six provided by the invention, as shown in figure 9, the present embodiment Method includes：

Step S601, generation DRX MCE, the DRX MCE are used for the DRX side that the user equipment is made to determine required use Formula.

Specifically, communication node can send MAC PDU in MAC layer to user equipment, and a MAC PDU includes one MAC header can include zero to multiple MCE, can be put into concerned control command, such as DRX orders in MCE, then the MCE becomes DRX MCE.Before communication node can send DRX MCE by MAC layer to user equipment, DRX MCE are firstly generated, the DRX MCE can be zero to multiple.

Step S602 sends DRX MCE to user equipment, so that quantity information of the user equipment according to DRX MCE, determines The DRX modes of required use, and carry out DRX processing using the DRX modes.

Specifically, communication node sends the DRX MCE of generation to user equipment, and user equipment is according to the DRX received The difference of the number of MCE determines the required DRX modes used, and carries out DRX processing.If for example, DRX of user device configuration Cycle is still two kinds of DRX Short Cycle and DRX Long Cycle, when the DRX MCE sent to user equipment are zero When, i.e., DRX MCE are not sent to user equipment, user equipment determines not enter DRX cycle；As the DRX sent to user equipment When MCE is one, the scene for sending DRX MCE to user equipment in the prior art is equivalent to, user equipment determines that DRX modes are First DRX Short Cycle after DRX Short Cycle Timer time-out, enter back into DRX Long Cycle；When to user When the DRX MCE that equipment is sent are two, user equipment determines DRX modes to be directly entered DRX Long Cycle.For another example The DRX cycle of N kind different cycles length default first, be respectively DRX cycle 1, DRX cycle 2 ..., DRX cycle N.When to user When equipment sends 1 DRX MCE, user equipment is determined into DRX cycle 1；When sending 2 DRX MCE to user equipment, use Family equipment is determined into DRX cycle 2；And so on, when sending N number of DRX MCE to user equipment, user equipment determines to enter DRX cycle N.In this way, communication node can carry out the different characteristics of business according to user equipment, the DRX of different number is selected MCE is sent to user equipment, and user equipment can enter corresponding DRX cycle according to the DRX MCE numbers received.If user The business that equipment currently carries out in a network is not high to the requirement of real-time of data or can just receive a data for a long time, then Can be with the longer DRX cycle of selection cycle length, so that user's device sleeps time is longer, power saving effect is more preferably；If user The ongoing business of equipment is higher to requirement of real-time, then the DRX cycle for needing selection cycle length shorter does not just interfere with Business is normally carried out.User equipment can so be made on the premise of business normal operation is ensured, reach optimal power saving effect Fruit.

The present embodiment, communication node send DRX MCE to user equipment, so that user equipment enters DRX cycle, pass through The difference of DRX MCE numbers, can make user equipment enter different DRX cycles, so as to ensure user apparatus service On the premise of normal operation, reach optimal power saving effect.

Figure 10 is the flow chart of discontinuous receiving method embodiment seven provided by the invention, as shown in fig. 7, the present embodiment Method includes：

Step S701, generation DRX MCE, the DRX MCE are used for the DRX side that the user equipment is made to determine required use Formula.

Step S702 sends DRX MCE, so that the user equipment is according to one in a downlink subframe to user equipment The number of DRX MCE included in a downlink subframe is determined the required DRX modes used, and is carried out using the DRX modes DRX processing.

Specifically, communication equipment sends a DRX MCE by a downlink subframe to user equipment, so that user equipment Into DRX cycle.It can include multiple DRX MCE in MAC PDU in one downlink subframe, therefore user equipment can basis The DRX MCE for the different number that one downlink subframe includes determine the required DRX modes used, and long into different cycles The DRX cycle of degree.For example, the DRX cycle of N kind different cycles length default first, be respectively DRX cycle 1, DRX cycle 2 ..., DRX cycle N.When communication node sends 1 DRX MCE in a downlink subframe to user equipment, user equipment enters DRX Cycle 1；When communication node sends 2 DRX MCE in a downlink subframe to user equipment, user equipment enters DRX weeks Phase 2；And so on, when communication node in a downlink subframe to user equipment send N number of DRX MCE when, user equipment into Enter DRX cycle N.

Further, since the DRX cycle provided at present is two kinds of DRX Short Cycle and DRX Long Cycle, Therefore, different DRX modes can be determined according to existing DRX cycle.If such as of the DRX MCE sent to user equipment Number is default first numerical value, then user equipment carries out DRX processing in the way of DRX Short Cycle are introduced into, DRX Short Cycle Timer time-out is subject to other to enter back into DRX Long Cycle after triggering or uses DRX always Short Cycle；If the number of the DRX MCE sent to user equipment is a default second value, user equipment is pressed DRX processing is carried out according to the mode for being introduced into DRX Long Cycle, other is subject to enter back into DRX Short Cycle after triggering, Or DRX Long Cycle are used always.A variety of DRX sides can also be so provided in the case where not changing existing DRX cycle Formula.

Figure 11 is the flow chart of discontinuous receiving method embodiment eight provided by the invention, as shown in figure 8, the present embodiment Method includes：

Step S801 generates DRX MCE at least two downlink subframes.

Specifically, a downlink subframe of communication node is made, which to include MAC a PDU, a MAC PDU, includes one DRX MCE, then communication node be only capable of including a DRX MCE in a downlink subframe, can be wrapped in multiple downlink subframes Containing multiple DRX MCE.

Step S802, at least two downlink subframes to user equipment send DRX MCE so that user equipment judge to Whether few two downlink subframes are the continuous downlink subframes for including DRX MCE, and according to judging result, determine required use DRX modes, so as to carry out DRX processing.

Specifically, the notification message of DRX MCE is included to user equipment transmission in multiple downlink subframes, so that user sets The sum of the DRX MCE included in multiple downlink subframes that standby statistics receives, uses according to needed for determining DRX MCE numbers The mode of DRX, so that user equipment enters the DRX cycle of different cycles length.Communication node is included to user equipment transmission The continuous downlink subframe of DRX MCE, and when communication equipment sends a downlink subframe for not including DRX MCE to user equipment When, user equipment starts the number for the DRX MCE that statistics receives hence into DRX cycle.User equipment receives communication section After at least two downlink subframes comprising DRX MCE that point is sent, judge whether continuously wrapped at least two downlink subframe MCE containing DRX, user equipment count the number of the DRX MCE in the continuous downlink subframe comprising DRX MCE received.Example Such as, after user equipment receives the notification message comprising DRX MCE from a downlink subframe, continue to monitor next downlink Subframe, and whether judging in next downlink subframe comprising DRX MCE, if comprising continuing to monitor another downlink subframe, directly To a downlink subframe for not including DRX MCE is listened to, statistics has the number of the DRX MCE received altogether at this time, as true Determine the foundation of user equipment DRX modes.For example, the DRX cycle of N kind different cycles length default first, respectively DRX cycle 1, DRX cycle 2 ..., DRX cycle N.When communication node sends DRXMCE, next downlink in a downlink subframe to user equipment When subframe does not send DRX MCE, user equipment enters DRX cycle 1；When communication node is continuously set in two downlink subframes to user Preparation is sent when not sending DRX MCE in DRX MCE, next downlink subframe, and user equipment enters DRX cycle 2；And so on, When communication node does not continuously send DRX in N number of downlink subframe sends DRX MCE, next downlink subframe to user equipment During MCE, user equipment enters DRX cycle N.

Further, since the DRX cycle provided at present is two kinds of DRX Short Cycle and DRX Long Cycle, Therefore, different DRX modes can be determined according to existing DRX cycle.If such as two downlink to user equipment transmission Frame is not the continuous downlink subframe for including DRX MCE, then user equipment carries out in the way of DRX Short Cycle are introduced into DRX processing, DRX Short Cycle Timer are overtime or other is subject to enter back into DRX Long Cycle, Huo Zheyi after triggering Directly use DRX Short Cycle；If if two downlink subframes sent to user equipment are the continuous sons for including DRX MCE Frame, then user equipment carry out DRX processing in the way of DRX Long Cycle are introduced into, be subject to other trigger after enter back into DRX Short Cycle use DRX Long Cycle always.So in the case where not changing existing DRX cycle A variety of DRX modes can be provided.

Figure 12 is that the structural diagrams of user equipment embodiment one provided by the invention are intended to, as shown in Figure 1, the present embodiment User equipment includes：

Receiving module 91, for receiving the DRX MCE of communication node transmission.

Determining module 92 for the quantity information according to the DRX MCE, determines the required DRX modes used.

Processing module 93, for according to the discontinuous reception mode, carrying out DRX processing.

The user equipment of the present embodiment is used to implement the technical solution of embodiment of the method shown in Fig. 5, realization principle and skill Art effect is similar, and details are not described herein again.

Further, receiving module 91, the DRX sent specifically for receiving the communication node in a downlink subframe MCE；Determining module 92 specifically for the number of the DRXMCE according to included in a downlink subframe, determines required use DRX modes.This user equipment is used to implement the technical solution of embodiment of the method shown in Fig. 6, implementing principle and technical effect class Seemingly, details are not described herein again.

Further, it is determined that module 92, if the number for being specifically additionally operable to DRX MCE is the first numerical value, it is determined that required to adopt DRX modes are to be introduced into short-period mode；If the number of DRX MCE is second value, it is determined that the DRX of required use Mode is to be introduced into macrocyclic mode.

Further, receiving module 91 are sent specifically for receiving the communication node at least two downlink subframes DRX MCE；Determining module 92, specifically for judging whether at least two downlink subframes are the continuous downlinks that include DRX MCE Subframe；According to judging result, the required DRX modes used are determined.Receiving module 91 is specifically additionally operable in two downlink subframes It receives the communication node and sends DRX MCE；Determining module 92 is specifically additionally operable to receive DRX in a downlink subframe After MCE, monitor next downlink subframe and whether determine next subframe comprising DRX MCE, if comprising, it is determined that two downlinks Subframe is to include the continuous downlink subframe of DRX MCE；Processing module 93, if not being comprising DRX specifically for two downlink subframes The continuous subframes of MCE, it is determined that the required DRX modes used is are introduced into short-period mode；If two downlink subframes are bags The continuous subframes of the MCE containing DRX, it is determined that the required DRX modes used is are introduced into macrocyclic mode.This user equipment is used In the technical solution for realizing embodiment of the method shown in Fig. 7, implementing principle and technical effect are similar, and details are not described herein again.

Figure 13 is that the structural diagrams of communication node embodiment one provided by the invention are intended to, as shown in figure 13, the present embodiment Communication node include：

Generation module 94, for generating DRX MCE, the DRX MCE are used for the DRX that user equipment is made to determine required use Mode.

Sending module 95, for sending the DRX MCE to the user equipment, so that the user equipment is according to The quantity information of DRX MCE determines the required DRX modes used, and carries out DRX processing using the DRX modes.

The communication node of the present embodiment is used to implement the technical solution of embodiment of the method shown in Fig. 9, realization principle and skill Art effect is similar, and details are not described herein again.

Further, sending module 95, specifically for sending the DRX to the user equipment in a downlink subframe MCE, so that the number of user equipment DRX MCE according to included in one downlink subframe, determines required The DRX modes of use, and carry out DRX processing using the DRX modes.

Sending module 95 is specifically additionally operable to send the DRX MCE's to the user equipment in a downlink subframe Number is the first numerical value, by make the user equipment determine needed in a manner of the DRX that uses to be introduced into short-period mode, and make DRX processing is carried out with short-period mode is introduced into；In a downlink subframe DRX MCE are sent to the user equipment Number for second value, by make the user equipment determine needed in a manner of the DRX that uses to be introduced into macrocyclic mode, and DRX processing is carried out using macrocyclic mode is introduced into.This communication node is used to implement the technology of embodiment of the method shown in Figure 10 Scheme, implementing principle and technical effect are similar, and details are not described herein again.

Further, generation module 94, specifically for generating the DRX MCE at least two downlink subframes；It sends Module 95, specifically for sending the DRX MCE to the communication equipment at least two downlink subframes, so that the user Equipment judges whether at least two downlink subframe is the continuous downlink subframe for including DRX MCE, and according to judging result, really The DRX modes used needed for fixed, so as to carry out DRX processing.Generation module 94 is specifically additionally operable to generate in two downlink subframes The DRX MCE；Sending module 95 is specifically additionally operable in two downlink subframes send the DRX to the user equipment MCE so that after the user equipment receives DRX MCE in a downlink subframe, monitors next downlink subframe and determines Whether next subframe includes DRX MCE, if comprising, it is determined that described two downlink subframes are the companies for including DRX MCE Continuous downlink subframe, if described two downlink subframes are not the continuous subframes for including DRX MCE, it is determined that the DRX side of required use Formula is is introduced into short-period mode, so as to carry out DRX processing；If described two downlink subframes are continuous comprising DRX MCE Subframe, it is determined that the required DRX modes used is are introduced into macrocyclic mode, so as to carry out DRX processing.This communication node is used In the technical solution for realizing embodiment of the method shown in Figure 11, implementing principle and technical effect are similar, and details are not described herein again.

Figure 14 is the hardware structure diagram schematic diagram of user equipment embodiment two provided by the invention, as shown in figure 14, this reality Applying the user equipment of example includes：Receiver 1001, processor 1002.Optionally, the user's equipment can also include memory 1003.Wherein, receiver 1001, processor 1002 can be connected with memory 1003 by system bus or other modes, figure In 14 by taking system bus is connected as an example；System bus can be isa bus, pci bus or eisa bus etc..The system bus Address bus, data/address bus, controlling bus etc. can be divided into.For ease of representing, only represented in Figure 14 with a line, but not table Show only a bus or a type of bus.

Receiver 1001, for receiving the DRX MCE of communication node transmission.

Processor 1002 for the quantity information according to the DRX MCE, determines the required discontinuous reception side used Formula；According to the discontinuous reception mode, discontinuous reception processing is carried out.

Memory 1003 for storing the information that receiver 1001 receives, and stores the number that processor 1002 has been handled According to.

Further, receiver 1001, the DRX sent specifically for receiving the communication node in a downlink subframe MCE；Processor 1002 specifically for the number of the DRXMCE according to included in a downlink subframe, determines required use DRX modes.This user equipment is used to implement the technical solution of embodiment of the method shown in Fig. 6, implementing principle and technical effect class Seemingly, details are not described herein again.

Further, processor 1002, if the number for being specifically additionally operable to DRX MCE is the first numerical value, it is determined that required to adopt DRX modes are to be introduced into short-period mode；If the number of DRX MCE is second value, it is determined that the DRX of required use Mode is to be introduced into macrocyclic mode.

Further, receiver 1001 are sent specifically for receiving the communication node at least two downlink subframes DRX MCE；Processor 1002, specifically for judging whether at least two downlink subframes are the continuous downlinks that include DRX MCE Subframe；According to judging result, the required DRX modes used are determined.Receiver 1001 is specifically additionally operable in two downlink subframes It receives the communication node and sends DRX MCE；Processor 1002 is specifically additionally operable to receive DRX in a downlink subframe After MCE, monitor next downlink subframe and whether determine next subframe comprising DRX MCE, if comprising, it is determined that two downlinks Subframe is to include the continuous downlink subframe of DRX MCE；Processing module 93, if not being comprising DRX specifically for two downlink subframes The continuous subframes of MCE, it is determined that the required DRX modes used is are introduced into short-period mode；If two downlink subframes are bags The continuous subframes of the MCE containing DRX, it is determined that the required DRX modes used is are introduced into macrocyclic mode.This user equipment is used In the technical solution for realizing embodiment of the method shown in Fig. 7, implementing principle and technical effect are similar, and details are not described herein again.

Figure 15 is the hardware structure diagram schematic diagram of communication node embodiment two provided by the invention, as shown in figure 15, this reality Applying the communication node of example includes：Processor 1004, transmitter 1005.Optionally, this communication node can also include memory 1006.Wherein, processor 1004, transmitter 1005 can be connected with memory 1006 by system bus or other modes, figure In 15 by taking system bus is connected as an example；System bus can be isa bus, pci bus or eisa bus etc..The system bus Address bus, data/address bus, controlling bus etc. can be divided into.For ease of representing, only represented in Figure 15 with a line, but not table Show only a bus or a type of bus.

Processor 1004, for generating DRX MCE, the DRX MCE are used for the DRX that user equipment is made to determine required use Mode.

Transmitter 1005, for sending the DRX MCE to the user equipment, so that the user equipment is according to The quantity information of DRX MCE determines the required DRX modes used, and carries out DRX processing using the DRX modes.

Memory 1006 for storing the data that processor 1004 has been handled, and stores what the needs of transmitter 1005 were sent Data.

Further, transmitter 10055, specifically in a downlink subframe to the user equipment send described in DRX MCE, so that the number of user equipment DRX MCE according to included in one downlink subframe, determines The DRX modes of required use, and carry out DRX processing using the DRX modes.

Transmitter 1005 is specifically additionally operable to send the DRX MCE's to the user equipment in a downlink subframe Number is the first numerical value, by make the user equipment determine needed in a manner of the DRX that uses to be introduced into short-period mode, and make DRX processing is carried out with short-period mode is introduced into；In a downlink subframe DRX MCE are sent to the user equipment Number for second value, by make the user equipment determine needed in a manner of the DRX that uses to be introduced into macrocyclic mode, and DRX processing is carried out using macrocyclic mode is introduced into.This communication node is used to implement the technology of embodiment of the method shown in Figure 10 Scheme, implementing principle and technical effect are similar, and details are not described herein again.

Further, processor 1004, specifically for generating the DRX MCE at least two downlink subframes；It sends Device 1005, specifically for sending the DRX MCE to the communication equipment at least two downlink subframes, so that the user Equipment judges whether at least two downlink subframe is the continuous downlink subframe for including DRX MCE, and according to judging result, really The DRX modes used needed for fixed, so as to carry out DRX processing.Processor 1004 is specifically additionally operable to generate in two downlink subframes The DRX MCE；Transmitter 1005 is specifically additionally operable in two downlink subframes send the DRX to the user equipment MCE so that after the user equipment receives DRX MCE in a downlink subframe, monitors next downlink subframe and determines Whether next subframe includes DRX MCE, if comprising, it is determined that described two downlink subframes are the companies for including DRX MCE Continuous downlink subframe, if described two downlink subframes are not the continuous subframes for including DRX MCE, it is determined that the DRX side of required use Formula is is introduced into short-period mode, so as to carry out DRX processing；If described two downlink subframes are continuous comprising DRX MCE Subframe, it is determined that the required DRX modes used is are introduced into macrocyclic mode, so as to carry out DRX processing.This communication node is used In the technical solution for realizing embodiment of the method shown in Figure 11, implementing principle and technical effect are similar, and details are not described herein again.

One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can pass through The relevant hardware of program instruction is completed, and foregoing program can be stored in a computer read/write memory medium, the program Upon execution, the step of execution includes above method embodiment；And foregoing storage medium includes：ROM, RAM, magnetic disc or light The various media that can store program code such as disk.

Finally it should be noted that：The above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations；To the greatest extent Pipe is described in detail the present invention with reference to foregoing embodiments, it will be understood by those of ordinary skill in the art that：Its according to Can so modify to the technical solution recorded in foregoing embodiments either to which part or all technical characteristic into Row equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is not made to depart from various embodiments of the present invention technology The scope of scheme.

Claims

1. a kind of discontinuous receiving method, which is characterized in that including：

Receive the discontinuous reception order media control cell DRX MCE that communication node is sent；

According to the discontinuous reception mode, discontinuous reception processing is carried out；

Wherein, the discontinuous reception mode includes：User equipment enters the DRX short cycles, the user equipment enters DRX long weeks Phase, the user equipment enter default DRX cycle, the length cycle short with the DRX of the default DRX cycle, the DRX long Cycle is different, and the default DRX cycle is one or more.

2. according to the method described in claim 1, it is characterized in that, it is described receive communication node send DRX MCE, including：

According to the number of DRX MCE included in one downlink subframe, the required discontinuous reception mode used is determined.

It is 3. according to the method described in claim 2, it is characterized in that, described according to included in one downlink subframe The number of DRX MCE determines the required discontinuous reception mode used, including：

If the number of the DRX MCE is the first numerical value, it is determined that the required discontinuous reception mode used is is introduced into short week The mode of phase；

If the number of the DRX MCE is second value, it is determined that the required discontinuous reception mode used is long all to be introduced into The mode of phase.

4. according to the method described in claim 1, it is characterized in that, it is described receive communication node send DRX MCE, including：

5. according to the method described in claim 4, it is characterized in that, described receive the DRX at least two downlink subframes MCE, including：

The DRX MCE that the communication node is sent are received in two downlink subframes；

After DRX MCE are received in a downlink subframe, monitor next downlink subframe and determine that next subframe is It is no to include DRX MCE, if comprising, it is determined that described two downlink subframes are the continuous downlink subframes for including DRX MCE；

If described two downlink subframes are not the continuous subframes for including DRX MCE, it is determined that the discontinuous reception side of required use Formula is to be introduced into short-period mode；

If described two downlink subframes are the continuous subframes for including DRX MCE, it is determined that the discontinuous reception mode of required use To be introduced into macrocyclic mode.

6. a kind of discontinuous receiving method, which is characterized in that including：

Order media control cell DRX MCE are generated, the DRX MCE are used to that user equipment to be made to determine the discontinuous of required use Reception mode；

The DRX MCE are sent to the user equipment, so that quantity information of the user equipment according to the DRXMCE, really The discontinuous reception mode used needed for fixed, and carry out discontinuous reception processing using the discontinuous reception mode；

Wherein, the discontinuous reception mode includes：The user equipment enters the DRX short cycles, the user equipment enters DRX Long period, the user equipment are the length cycle short with the DRX of the default DRX cycle, described into default DRX cycle DRX long periods are different, and the default DRX cycle is one or more.

7. according to the method described in claim 6, it is characterized in that, described send the DRX MCE, bag to the user equipment It includes：

The DRX MCE are sent to the user equipment in a downlink subframe, so that the user equipment is according to described one The number of the DRX MCE included in a downlink subframe determines the required discontinuous reception mode used, and described in use Discontinuous reception mode carries out discontinuous reception processing.

8. the method according to the description of claim 7 is characterized in that described send out in a downlink subframe to the user equipment The DRX MCE are sent, including：

The number of the DRX MCE is sent to the user equipment in a downlink subframe as the first numerical value, so that the use Family equipment determines the required discontinuous reception mode used to be introduced into short-period mode, and use is introduced into short-period side Formula carries out discontinuous reception processing；

The number of the DRX MCE is sent to the user equipment in a downlink subframe as second value, so that the use Family equipment determines the required discontinuous reception mode used to be introduced into macrocyclic mode, and use is introduced into macrocyclic side Formula carries out discontinuous reception processing.

9. according to the method described in claim 6, it is characterized in that, the generation DRX MCE, including：

The DRX MCE are generated at least two downlink subframes；

It is described to send the DRX MCE to the user equipment, including：

The DRX MCE are sent to the user equipment at least two downlink subframes, so that the user equipment judges institute State whether at least two downlink subframes are the continuous downlink subframes for including DRX MCE, and according to judging result, determine required use Discontinuous reception mode, so as to carry out discontinuous reception processing.

10. according to the method described in claim 9, it is characterized in that, described generate the DRX at least two downlink subframes MCE, including：

The DRX MCE are generated in two downlink subframes；

It is described to send the DRX MCE to the user equipment at least two downlink subframes, including：

The DRX MCE are sent to the user equipment in two downlink subframes, so that the user equipment is in a downlink After DRX MCE are received in subframe, monitor next downlink subframe and determine whether next subframe includes DRX MCE, If comprising, it is determined that described two downlink subframes are the continuous downlink subframes for including DRX MCE, if described two downlink subframes are not The continuous subframes for including DRX MCE, it is determined that the required discontinuous reception mode used to be introduced into short-period mode, from And carry out discontinuous reception processing；If described two downlink subframes are the continuous subframes for including DRX MCE, it is determined that required use Discontinuous reception mode to be introduced into macrocyclic mode, so as to carry out discontinuous reception processing.

11. a kind of user equipment, which is characterized in that including：

Processing module, for according to the discontinuous reception mode, carrying out discontinuous reception processing；

12. user equipment according to claim 11, which is characterized in that the receiving module, specifically under one The DRX MCE that the communication node is sent are received in row subframe；

The determining module specifically for the number of the DRX MCE according to included in one downlink subframe, determines required The discontinuous reception mode of use.

13. user equipment according to claim 12, which is characterized in that the determining module, if being additionally operable to the DRX The number of MCE is the first numerical value, it is determined that the required discontinuous reception mode used is is introduced into short-period mode；It is if described The number of DRX MCE is second value, it is determined that the required discontinuous reception mode used is is introduced into macrocyclic mode.

14. user equipment according to claim 11, which is characterized in that the receiving module, specifically at least two The DRX MCE that the communication node is sent are received in a downlink subframe；

The determining module, specifically for judging whether at least two downlink subframe is continuous downlink comprising DRXMCE Frame；According to judging result, the required discontinuous reception mode used is determined.

15. user equipment according to claim 14, which is characterized in that the receiving module is additionally operable in two downlinks The DRX MCE that the communication node is sent are received in subframe；

The determining module is additionally operable to after receiving DRX MCE in a downlink subframe, monitors next downlink subframe and true Whether fixed next subframe includes DRX MCE, if comprising, it is determined that described two downlink subframes include DRX MCE Continuous downlink subframe；

The processing module, if specifically for described two downlink subframes not being the continuous subframes for including DRX MCE, it is determined that institute The discontinuous reception mode that need to be used is is introduced into short-period mode；If described two downlink subframes include DRX MCE Continuous subframes, it is determined that the required discontinuous reception mode used is is introduced into macrocyclic mode.

16. a kind of communication node, which is characterized in that including：

Generation module, for generating DRX MCE, the DRX MCE are used to that user equipment to be made to determine that required the discontinuous of use connects Debit's formula；

Sending module, for sending the DRX MCE to the user equipment, so that the user equipment is according to the DRX The quantity information of MCE, determine needed for the discontinuous reception mode that uses, and carried out using the discontinuous reception mode discontinuous Reception is handled；

17. node according to claim 16, which is characterized in that the sending module, specifically in downlink The DRX MCE are sent to the user equipment in frame, so that the user equipment is wrapped according in one downlink subframe The number of the DRX MCE contained, determine needed for use discontinuous reception mode, and using the discontinuous reception mode into The processing of row discontinuous reception.

18. node according to claim 17, it is characterised in that：

The number of the DRX MCE be the first numerical value, by make the user equipment determine needed for use discontinuous reception in a manner of To be introduced into short-period mode, and use is introduced into short-period mode and carries out discontinuous reception processing；Or

The number of the DRX MCE be second value, by make the user equipment determine needed for use discontinuous reception in a manner of To be introduced into macrocyclic mode, and use is introduced into macrocyclic mode and carries out discontinuous reception processing.

19. node according to claim 16, which is characterized in that the generation module, specifically under at least two The DRX MCE are generated in row subframe；

The sending module, specifically for sending the DRX MCE to the user equipment at least two downlink subframes, with The user equipment is made to judge whether at least two downlink subframe is the continuous downlink subframe for including DRX MCE, and according to Judging result determines the required discontinuous reception mode used, so as to carry out discontinuous reception processing.

20. node according to claim 19, which is characterized in that the generation module is specifically additionally operable in two downlinks The DRX MCE are generated in subframe；

The sending module is specifically additionally operable in two downlink subframes send the DRX MCE to the user equipment, so that After the user equipment receives DRX MCE in a downlink subframe, monitor next downlink subframe and determine described next Whether a subframe includes DRX MCE, if comprising, it is determined that described two downlink subframes are continuous downlink comprising DRX MCE Frame, if described two downlink subframes are not the continuous subframes for including DRX MCE, it is determined that the discontinuous reception mode of required use To be introduced into short-period mode, so as to carry out discontinuous reception processing；If described two downlink subframes include DRX MCE Continuous subframes, it is determined that the required discontinuous reception mode used is is introduced into macrocyclic mode, so as to carry out discontinuous connect Receipts processing.