CN107155212A

CN107155212A - non-continuous receiving control method and device

Info

Publication number: CN107155212A
Application number: CN201610120648.1A
Authority: CN
Inventors: 陈中明; 詹俊鹏; 吴昱民
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2016-03-03
Filing date: 2016-03-03
Publication date: 2017-09-12
Anticipated expiration: 2036-03-03
Also published as: WO2017148214A1; CN107155212B

Abstract

The invention provides a kind of non-continuous receiving control method and device.Wherein, this method includes：Obtain execution particular procedure performs request, wherein, particular procedure changes the activation duration that terminal is in discontinuous reception DRX states of activation；The activation duration that terminal is in DRX states of activation is adjusted according to control information corresponding with particular procedure；Adjustment is notified into first base station and/or the second base station, wherein, first base station is set up with terminal with the second base station and is connected.Pass through the present invention, solve minizone in correlation technique under different base station and can not be realized during carrier aggregation the problem of activation duration of DRX states of activation is adjusted, realize the adjustment of the activation duration when minizone under different base station carries out carrier aggregation to DRX states of activation.

Description

Non-continuous receiving control method and device

Technical field

The present invention relates to the communications field, in particular to a kind of non-continuous receiving control method and device.

Background technology

In long evolving system (Long Term Evolution, referred to as LTE) system, according to the user of correlation technique Equipment or for terminal (User Equipment, referred to as UE) side user plane protocol infrastructure it is as shown in Figure 1.Under Up it is divided into following protocol layer：Physical layer (Physical layer, abbreviation PHY), media access control layer (Media Access Control, referred to as MAC), wireless chain control layer (Radio Link Control, referred to as RLC), Packet data convergence layer (Packet Data Convergence Protocol, referred to as PDCP).Wherein, PHY layer master Information to MAC layer or higher is transmitted by transmission channel；MAC layer mainly provides data by logic channel and passed Defeated and responsible radio resource allocation, completes hybrid automatic repeat-request (Hybrid ARQ, abbreviation HARQ), scheduling It is (Scheduling, abbreviation SCH), priority processing and multiplexing and demultiplexing (Multiplexing, abbreviation MUX), non- It is continuous to receive the discrete monitorings of (Discontinuous Reception, abbreviation DRX) control UE and receive corresponding The function such as physical channel signal and data；Rlc layer mainly provides segmentation and the retransmission service of user and control data；PDCP The main transmission that user data is completed to RRC or user plane upper strata of layer.

Consider for the economize on electricity of terminal, employ discontinuous reception (Discontinuous Reception, referred to as DRX) Technology, terminal can be according to carry out Physical Downlink Control Channel (the Physical Downlink Control of configuration cycle property Channel, referred to as PDCCH) monitoring.These parameters that DRX technologies are configured by RRC are determined jointly： OnDurationTimer (monitor timer), drx-InactivityTimer (forbid DRX timers), Drx-RetransmissionTimer (DRX retransmission timers), mac-ContentionResolutionTimer (contention resolveds Timer), the longDRX-Cycle (long DRX cycle), drxStartOffset (DRX start offsets), DrxShortCycleTimer (short DRX timers), shortDRX-Cycle (short DRX rings length).In addition, for certain Some specific processes, such as after the scheduling for receiving new biography, such as descending to retransmit, such as uplink retransmission, such as it is non-competing with Machine access downlink data is waited, such as and Conflict solving process, such as dispatch request (Scheduling Request, referred to as SR) process etc., terminal is needed persistently to detect PDCCH for a period of time outside DRX cycle, and one is defined for this DRX activationary time (Active Time), terminal in activationary time, no special circumstances be required for detect PDCCH. This DRX activationary time is as shown in Fig. 2 for the configuration of above-mentioned process, and DRX, forming one and not advising The activationary time of rule.

To provide higher data rate to mobile subscriber, carrier aggregation technology (Carrier Aggregation, abbreviation are introduced CA), UE enters after connected state and can led to simultaneously by multiple component carriers (such as CC1, CC2) and source base station Letter, and introduce main serving cell (Primary Cell, referred to as Pcell), and auxiliary serving cell (Secondary Cell, Referred to as Scell).Carrier aggregation follow-up phase, due to the lifting of data volume, Scell number can increase, and such as increase to 4, scene can also relax as supported upstream radio-frequency to zoom out head (Remote Radio Head, referred to as RRH) and relaying Device (repeater) a, tracking area (Tracking Area, referred to as TA) can not solve problem, therefore can introduce many Individual TA.In order to manage conveniently, a TA group is included into using identical TA serving cell.At this time, comprising Pcell TA groups be main TA groups (primary TA group, referred to as pTAG), the TA groups not comprising Pcell, are auxiliary TA groups (secondary TA group, referred to as sTAG).Because multiple serving cells are in same base station, user The protocol infrastructure in face does not change, for different serving cells, using same DRX mechanism.Support to carry The terminal of ripple polymerization is referred to as CAUE.

The need for due to network design, near multiple base stations may be deployed in, the time delay between base station is very short so that base Cell between standing carries out carrier aggregation and is possibly realized.But it is due to the cell progress carrier aggregation of multiple base stations, therefore passes The carrier aggregation technology of system can not be reused completely.

DRX states of activation can not be realized when carrying out carrier aggregation for the minizone in correlation technique under different base station The problem of activation duration is adjusted, not yet proposes effective solution at present.

The content of the invention

The invention provides a kind of non-continuous receiving control method and installation method and device, at least to solve in correlation technique Minizone under different base station can not be realized during carrier aggregation the problem of activation duration of DRX states of activation is adjusted.

According to an aspect of the invention, there is provided a kind of non-continuous receiving control method, including：Obtain and perform specific mistake Journey performs request, wherein, the particular procedure changes the activation that terminal is in discontinuous reception DRX states of activation Duration；The institute that the terminal is in the DRX states of activation is adjusted according to control information corresponding with the particular procedure State activation duration；The adjustment is notified into first base station and/or the second base station, wherein, the first base station and described the Two base stations are set up with the terminal and are connected.

Alternatively, basis control information corresponding with the particular procedure adjusts the terminal and swashed in the DRX The activation duration of state living includes：The timing control information corresponding with the particular procedure being pre-configured with is obtained, its In, the timing control information is used to indicate to perform the scheduled duration needed for the particular procedure；According to the scheduled duration Adjust the activation duration that the terminal is in the DRX states of activation.

Alternatively, basis control information corresponding with the particular procedure adjusts the terminal and swashed in the DRX The activation duration of state living includes：Predetermined trigger request corresponding with the particular procedure is obtained, wherein, it is described pre- Determine trigger request be used for ask entrance or exit the particular procedure；The end is adjusted according to predetermined trigger request In the activation duration of the DRX states of activation.

Alternatively, it is described that the activation that the terminal is in the DRX states of activation is adjusted according to the scheduled duration Duration includes：Obtain current time and both scheduled durations the and corresponding very first time；Compare the very first time With the initial activation time, wherein, the initial activation time is that the first base station is in the DRX states of activation Activate the maximum that duration is in second base station in activation both durations of the DRX states of activation；Described When the very first time is more than or equal to the initial activation time, the DRX is in using the very first time as the terminal The end time of state of activation；When the very first time being less than the initial activation time, by the initial activation time The end time of the DRX states of activation is in as the terminal.

Alternatively, the execution request for obtaining execution particular procedure includes：Receive the first base station and/or described The particular procedure state update instruction information that two base stations are sent, wherein, the particular procedure state update instruction information is used for Indicate that the terminal enters the particular procedure；Or the particular procedure state renewal request that the terminal is initiated is obtained, its In, the particular procedure state, which updates, to be carried in request for indicating that the terminal enters the instruction letter of the particular procedure Breath.

Alternatively, it is described to receive the particular procedure state update instruction that the first base station and/or second base station are sent Information includes at least one of：Receive the new biography scheduling instruction letter that the first base station and/or second base station are sent Breath, wherein, the new biography scheduling configured information forbids DRX processes for indicating that the terminal enters；Receive described The descending distribution configured information that one base station and/or second base station are sent, wherein, the descending distribution configured information is used Enter descending re-transmission waiting process in the instruction terminal；Receive what the first base station and/or second base station were sent Uplink authorization configured information, wherein, the uplink authorization configured information is used to indicate that the terminal enters uplink retransmission process.

Alternatively, the particular procedure state for obtaining the terminal initiation, which updates request, includes at least one of：Obtain The uplink scheduling request that the terminal is initiated, wherein, the uplink scheduling request is used to indicate that the terminal request enters Row scheduling process；The non-competing Stochastic accessing successful request that the terminal is initiated is obtained, wherein, it is described non-competing to connect at random Entering successful request is used to indicate that the terminal request enters descending waiting process；The conflict request that the terminal is initiated is obtained, Wherein, the conflict request is used to indicate that the terminal request enters Conflict solving process.

Alternatively, it is described to notify first base station and/or the second base station to include at least one of the adjustment：Will be described The adjustment process of adjustment is notified to the first base station and/or second base station, updates the first base station and/or described The activation duration in the DRX states of activation of second base station stored；The adjustment result of the adjustment is notified to institute State first base station and/or second base station, update the first base station and/or second base station stored in described The activation duration of DRX states of activation, wherein, the adjustment result carries the DRX states of activation after adjustment End time.

Alternatively, in addition to：Detect whether to meet and enter dormant predetermined condition, wherein, the predetermined condition bag Include at least one of：The number of times that descending HARQ feedback is consecutively detected discontinuous transmission DTX reaches first threshold, Or, the number of times that the up Downlink Control Information being consecutively detected is lost reaches Second Threshold；Detecting that the terminal is full After the foot predetermined condition, into the sleep state, and when notifying that the first base station and/or the second base station will be current Between be used as the terminal be in the DRX states of activation end time.

Alternatively, before the execution for performing particular procedure request is obtained, in addition to：Receive the first base station and/or The discontinuous reception DRX orders that second base station is sent, wherein, the discontinuous reception DRX orders are at least used for Indicate that the terminal is in the period type of the DRX states of activation, the period type includes：Short DRX cycle, Long DRX cycle；The terminal is obtained according to the discontinuous reception DRX orders and enters the DRX states of activation Initial time.

According to another aspect of the present invention, a kind of non-continuous receiving control method is additionally provided, including：Got in terminal When execution for performing particular procedure is asked, adjusted according to control information corresponding with the particular procedure at first base station In the activation duration of discontinuous reception DRX states of activation, wherein, the particular procedure changes the terminal and is in institute The activation duration of DRX states of activation is stated, and the first base station is in the activation of the DRX states of activation Duration；The second base station is notified to update the institute in the DRX states of activation of second base station stored adjustment Activation duration is stated, wherein, the first base station is set up with the terminal with second base station and is connected.

Alternatively, it is described terminal get for perform particular procedure execution ask when, according to the particular procedure The activation duration that corresponding control information adjustment first base station is in DRX states of activation includes：Obtained in the terminal When getting the particular procedure state that the terminal initiates and updating request, the terminal is obtained according to being pre-configured with and the spy Determine the activation duration that the terminal after the corresponding control information adjustment of process is in the DRX states of activation；According to institute State the activation duration adjustment first base station of the terminal in the DRX states of activation and be in the DRX states of activation The activation duration.

Alternatively, it is described terminal get for perform particular procedure execution ask when, according to the particular procedure The activation duration that corresponding control information adjustment first base station is in the DRX states of activation includes：At the end When end gets the particular procedure state update instruction information that the first base station is sent, according to being pre-configured with and the spy Determine the corresponding control information of process and adjust the activation duration that the first base station is in the DRX states of activation.

Alternatively, the DRX that is in that the second base station updates second base station stored is notified to activate shape the adjustment The activation duration of state includes at least one of：The adjustment process of the adjustment is sent to second base station, wherein, institute State the end time that adjustment process carries the DRX states of activation after adjustment；Send described to second base station The adjustment result of adjustment, wherein, the adjustment result carries the end time of the DRX states of activation after adjustment.

According to another aspect of the present invention, a kind of discontinuous reception control device is additionally provided, including：First acquisition module, Request is performed for acquisition execution particular procedure, wherein, the particular procedure changes terminal and is in discontinuous reception The activation duration of DRX states of activation；First adjusting module, for according to control information corresponding with the particular procedure Adjust the activation duration that the terminal is in the DRX states of activation；First notification module, for being adjusted described Whole notice first base station and/or the second base station, wherein, the first base station is built with second base station with the terminal Vertical connection.

Alternatively, first adjusting module includes：First acquisition unit, for obtain be pre-configured with it is described specific The corresponding timing control information of process, wherein, the timing control information is used for needed for the instruction execution particular procedure Scheduled duration；First adjustment unit, DRX activation shapes are in for adjusting the terminal according to the scheduled duration The activation duration of state.

Alternatively, first adjusting module includes：Second acquisition unit, it is corresponding with the particular procedure for obtaining Predetermined trigger is asked, wherein, the predetermined trigger asks to be used to ask to enter or exit the particular procedure；Second adjustment Unit, during for asking to adjust the activation of the terminal in the DRX states of activation according to the predetermined trigger It is long.

Alternatively, first adjustment unit is used for：Obtain current time with it is both scheduled durations and corresponding the One time；Compare the very first time and initial activation time, wherein, the initial activation time is the first base station Activation duration in the DRX states of activation is in the activation duration of the DRX states of activation with second base station Maximum in the two；The very first time be more than or equal to the initial activation time when, using the very first time as The terminal is in the end time of the DRX states of activation；It is less than the initial activation time in the very first time When, the initial activation time is in the end time of the DRX states of activation as the terminal.

Alternatively, first acquisition module includes：Receiving unit, for receiving the first base station and/or described The particular procedure state update instruction information that two base stations are sent, wherein, the particular procedure state update instruction information is used for Indicate that the terminal enters the particular procedure；Or the 3rd acquiring unit, for obtaining the specific mistake that the terminal is initiated Journey state updates request, wherein, the particular procedure state, which updates, to be carried in request for indicating that the terminal enters institute State the configured information of particular procedure.

Alternatively, the receiving unit is used at least one of：Receive the first base station and/or second base station The new biography scheduling configured information of transmission, wherein, the new biography scheduling configured information is forbidden for indicating that the terminal enters DRX processes；The descending distribution configured information that the first base station and/or second base station are sent is received, wherein, institute Stating descending distribution configured information is used to indicate that the terminal enters descending re-transmission waiting process；Receive the first base station and/ Or the uplink authorization configured information that second base station is sent, wherein, the uplink authorization configured information is described for indicating Terminal enters uplink retransmission process.

Alternatively, the 3rd acquiring unit is used at least one of：The uplink scheduling request that the terminal is initiated is obtained, Wherein, the uplink scheduling request is used to indicate that the terminal request enters upstream scheduling process；The terminal is obtained to initiate Non-competing Stochastic accessing successful request, wherein, the non-competing Stochastic accessing successful request be used for indicate the terminal please Ask into descending waiting process；The conflict request that the terminal is initiated is obtained, wherein, the conflict request is used to indicate institute Terminal request is stated into Conflict solving process.

Alternatively, first notification module is used at least one of：The adjustment process of the adjustment is notified to described Being in for first base station and/or second base station, the renewal first base station and/or second base station stored is described The activation duration of DRX states of activation；The adjustment result of the adjustment is notified to the first base station and/or described second Base station, updates the activation duration in the DRX states of activation of the first base station and/or second base station stored, Wherein, the adjustment result carries the end time of the DRX states of activation after adjustment.

Alternatively, described device is additionally operable to：Detect whether to meet and enter dormant predetermined condition, wherein, it is described pre- Fixed condition includes at least one of：The number of times that descending HARQ feedback is consecutively detected discontinuous transmission DTX reaches One threshold value, or, the number of times that the up Downlink Control Information being consecutively detected is lost reaches Second Threshold；Detecting State terminal to meet after the predetermined condition, into the sleep state, and notify the first base station and/or the second base station Current time is in the end time of the DRX states of activation as the terminal.

Alternatively, described device also includes：Receiving module, for receiving the first base station and/or second base station The discontinuous reception DRX orders of transmission, wherein, the discontinuous reception DRX orders are at least used to indicate the terminal Period type in the DRX states of activation, the period type includes：Short DRX cycle, long DRX cycle； Second acquisition module, enters DRX activation shapes for obtaining the terminal according to the discontinuous reception DRX orders The initial time of state.

According to another aspect of the present invention, a kind of discontinuous reception control device is additionally provided, including：Second adjusting module, When execution for being got in terminal for performing particular procedure is asked, believed according to control corresponding with the particular procedure Breath adjustment first base station is in the activation duration of discontinuous reception DRX states of activation, wherein, the particular procedure changes The terminal is in the activation duration of the DRX states of activation, and to be in the DRX sharp for the first base station The activation duration of state living；Second notification module, for notifying the second base station to update second base adjustment Stand the activation duration in the DRX states of activation of storage, wherein, the first base station and second base Stand to set up with the terminal and be connected.

Alternatively, second adjusting module includes：4th acquiring unit, for getting the terminal in the terminal When the particular procedure state of initiation updates request, the terminal is obtained corresponding with the particular procedure according to being pre-configured with The terminal after control information adjustment is in the activation duration of the DRX states of activation；3rd adjustment unit, is used for The activation duration for being in the DRX states of activation according to the terminal adjusts the first base station and activated in the DRX The activation duration of state.

Alternatively, the second adjusting module is used for：The particular procedure state that the first base station is sent is got in the terminal During update instruction information, adjusted according to control information corresponding with the particular procedure is pre-configured with the first base station In the activation duration of the DRX states of activation.

Alternatively, the second notification module is used at least one of：The adjustment of the adjustment is sent to second base station Journey, wherein, the adjustment process carries the end time of the DRX states of activation after adjustment；To described second Base station sends the adjustment result of the adjustment, wherein, the adjustment result carries the DRX activation shapes after adjustment The end time of state.

By the present invention, request is performed using acquisition execution particular procedure, wherein, particular procedure changes terminal and is in The activation duration of DRX states of activation；Terminal is adjusted according to control information corresponding with particular procedure and is in DRX activation shapes The activation duration of state；Adjustment is notified into first base station and/or the second base station, wherein, first base station and the second base station with Terminal sets up the mode of connection, that is to say, that particular procedure changes the activation duration that terminal is in DRX states of activation, Need to be adjusted the activation duration that terminal is in DRX states of activation, holding for this particular procedure is performed getting After row request, the activation duration of DRX states of activation can be in terminal according to control information corresponding with particular procedure Be adjusted, then by the adjustment notify give first base station and/or the second base station that terminal establishes connection, make terminal with Base station can be synchronous, solves the minizone in correlation technique under different base station and carries out that during carrier aggregation DRX can not be realized The problem of activation duration of state of activation is adjusted, realizes when minizone under different base station carries out carrier aggregation to DRX The adjustment of the activation duration of state of activation.Further, by the adjustment of the activation duration to DRX states of activation, realize When minizone carries out carrier aggregation, DRX management, makes the data dispatch to terminal more convenient.In addition, should Adjustment notice gives first base station and/or the second base station that terminal establishes connection, base station is known terminal in time The situation of change of DRX activationary times so that base station can reasonably be dispatched to terminal, improve resource utilization And Consumer's Experience.

Brief description of the drawings

Accompanying drawing described herein is used for providing a further understanding of the present invention, constitutes the part of the application, the present invention Schematic description and description be used for explain the present invention, do not constitute inappropriate limitation of the present invention.In the accompanying drawings：

Fig. 1 is the schematic diagram of the protocol infrastructure of the user plane according to correlation technique；

Fig. 2 is the schematic diagram of the activationary time of the DRX according to correlation technique；

Fig. 3 is a kind of flow chart of optional non-continuous receiving control method according to embodiments of the present invention；

Fig. 4 is the signal for forbidding the method that discontinuous reception is controlled during DRX according to alternative embodiment of the present invention Figure；

Fig. 5 is showing for the method for discontinuous reception control in the descending re-transmission waiting process according to alternative embodiment of the present invention It is intended to；

Fig. 6 is the schematic diagram of the method that discontinuous reception is controlled during the uplink retransmission according to alternative embodiment of the present invention；

Fig. 7 is the schematic diagram of the method that discontinuous reception is controlled during the SR according to alternative embodiment of the present invention；

Fig. 8 is discontinuous reception in the non-competing Stochastic accessing downlink data waiting process according to alternative embodiment of the present invention The schematic diagram of the method for control；

Fig. 9 is the schematic diagram of the method that discontinuous reception is controlled during the Conflict solving according to alternative embodiment of the present invention；

Figure 10 is the schematic diagram of the protocol infrastructure of user plane according to embodiments of the present invention；

Figure 11 is the flow chart of another optional non-continuous receiving control method according to embodiments of the present invention；

Figure 12 is a kind of structured flowchart of optional discontinuous reception control device according to embodiments of the present invention；

Figure 13 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention；

Figure 14 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention；

Figure 15 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention；

Figure 16 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention；

Figure 17 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention；

Figure 18 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention.

Embodiment

Describe the present invention in detail below with reference to accompanying drawing and in conjunction with the embodiments.It should be noted that in the feelings not conflicted Under condition, the feature in embodiment and embodiment in the application can be mutually combined.

It should be noted that term " first ", " second " in description and claims of this specification and above-mentioned accompanying drawing Etc. being for distinguishing similar object, without for describing specific order or precedence.

Embodiment 1

A kind of non-continuous receiving control method is provided in the present embodiment, and Fig. 3 is that one kind according to embodiments of the present invention can The flow chart of the non-continuous receiving control method of choosing, as shown in figure 3, the flow comprises the following steps：

Step S302, obtain execution particular procedure performs request, wherein, particular procedure changes terminal and is in DRX The activation duration of state of activation；

Step S304, when adjusting activation of the terminal in DRX states of activation according to control information corresponding with particular procedure It is long；

Step S306, first base station and/or the second base station are notified by adjustment, wherein, first base station and the second base station with Terminal sets up connection.

Alternatively, above-mentioned non-continuous receiving control method can be, but not limited to be applied to the field of DRX management during carrier aggregation Jing Zhong.For example：DRX when in LTE system to the cell progress carrier aggregation of multiple base stations manages scene.

Alternatively, above-mentioned non-continuous receiving control method can be, but not limited to be applied to terminal, for example：Mobile phone, flat board electricity Brain, notebook computer, Intelligent worn device etc..

By above-mentioned steps, the activation duration of DRX states of activation is in, it is necessary to right because particular procedure changes terminal The activation duration that terminal is in DRX states of activation is adjusted, and is performed this particular procedure getting and is performed request Afterwards, the activation duration that can be in DRX states of activation to terminal according to control information corresponding with particular procedure is adjusted It is whole, then adjustment notice is given into first base station and/or the second base station that terminal establishes connection, make terminal can with base station With synchronization, the minizone under different base station can not be realized during carrier aggregation that the activation duration of DRX states of activation is adjusted Whole the problem of, realize the activation duration to DRX states of activation when minizone under different base station carries out carrier aggregation Adjustment.Further, by the adjustment of the activation duration to DRX states of activation, realize and carry out carrier wave in minizone DRX control during polymerization, makes the data dispatch to terminal more convenient.In addition, the adjustment is notified into giving terminal builds First base station and/or the second base station of connection have been stood, base station is known the change feelings of terminal D RX activationary times in time Condition so that base station can reasonably be dispatched to terminal, improve resource utilization and Consumer's Experience.

In the present embodiment, can be using first base station as master base station, base station supplemented by the second base station；Can also be that the second base station is This is not limited in master base station, base station supplemented by first base station, the present embodiment.

In the present embodiment, perform particular procedure execution request can be, but not limited to be from base station side receive execution it is specific The request that the execution request of process or the terminal obtained are initiated.For example：The dispatch request (SR) that terminal is initiated Deng.

In the present embodiment, above-mentioned particular procedure can be, but not limited to include one below：The scheduling process of new biography is received, Downlink data retransmission processes, uplink data retransmission process, non-competing Stochastic accessing downlink data waiting process, Conflict solving Process, SR processes, terminal receives DRX orders (DRX Command) process, and terminal receives long DRX orders (Long DRX Command) process.

In the present embodiment, above-mentioned control information can be, but not limited to include one below：For indicating to perform particular procedure The timing control information of required scheduled duration is (for example：Schedule information), for asking to enter or exiting particular procedure Predetermined trigger is asked.

In the present embodiment, receive after predetermined trigger request, can get predetermined trigger please ask in the information of carrying Hold, the information carried in being asked according to predetermined trigger enters next particular procedure.

In the present embodiment, will adjustment notify to first base station and/or the second base station when, can be, but not limited to be by The change procedure of the activation duration of DRX states of activation is notified to first base station and/or the second base station or will be in The result of the change of the activation duration of DRX states of activation is notified to first base station and/or the second base station.

In the present embodiment, the particular procedure on S-eNB or P-eNB causes the knot that terminal D RX activationary time changes Really, it can be, but not limited to include：Terminal causes DRX activationary time to change due to performing particular procedure, such as needs The time to be extended, or the time terminated.These times can be identified by frame number and subframe numbers.

The discontinuous reception control process of the present embodiment is illustrated and described with reference to optional embodiment.

In an alternative embodiment of the invention, DRX state-maintenances are separated in MAC layer, i.e., chain of command is only carried to access Ripple configures DRX parameters, and secondary carrier DRX configurations pass through MAC layer PCell by configuration notification during follow-up secondary carrier addition SCell。

CA DRX functions are safeguarded respectively on main and auxiliary carrier wave, to keep main and auxiliary DRX states (Sleep and Active) Unanimously, the startup information of transmission DRX associated timers is needed between main and auxiliary carrier wave.

In following optional embodiment, master base station (P-eNB) has 1 cell by taking base station 1 as an example, is cell 1, There are two cells at prothetic group station (S-eNB) by taking base station 2 as an example, is cell 3 and cell 4 respectively.

Terminal is established with cell 1 and is connected, and cell 1 is exactly the main serving cell of terminal, and base station is configured with DRX to terminal Configuration, the content of configuration can be, but not limited to include：OnDurationTimer, drx-InactivityTimer, Drx-RetransmissionTimer, mac-ContentionResolutionTimer, and long DRX, short DRX phase Close configuration, such as cycle, skew, short DRX timers etc..

Due to the increase of portfolio, base station 1 increases cell 3 according to measurement report to terminal, and cell 3 is that auxiliary service is small Area, cell 1 and cell 3 carry out the carrier aggregation across base station.Base station 1 notifies base station 2 to match somebody with somebody to the DRX that terminal is configured Confidence ceases, and DRX configuration informations include above-mentioned relevant parameter.

Terminal determines DRX activationary time according to the configuration of base station.

Alternatively, it can be, but not limited to adjust by one of following two modes according to control information corresponding with particular procedure Terminal is in the activation duration of DRX states of activation：

Mode one, can obtain be pre-configured with corresponding with particular procedure be used to indicating performing it is predetermined needed for particular procedure The timing control information of duration, the activation duration that terminal is in DRX states of activation is adjusted further according to scheduled duration.

Mode two, can obtain the predetermined trigger request for being used to ask to enter or exit particular procedure corresponding with particular procedure, Activation duration of the adjustment terminal in DRX states of activation is asked further according to predetermined trigger.

Alternatively, it is in above-mentioned adjustment terminal in the mode one of activation duration of DRX states of activation, according to pre- timing Length can adjust the activation duration that terminal is in DRX states of activation by following steps：

Step 1, current time and both scheduled durations the and corresponding very first time are obtained；

Step 2, the very first time and initial activation time are compared, wherein, the initial activation time is that first base station is in DRX The activation duration of state of activation and the second base station are in the maximum in activation both durations of DRX states of activation；

Step 3, when the very first time being more than or equal to the initial activation time, it will swash as terminal in DRX the very first time The end time of state living；

Step 4, when the very first time being less than the initial activation time, the initial activation time is swashed as terminal in DRX The end time of state living.

Alternatively, the acquisition for performing the execution request of particular procedure can be, but not limited to include one of in the following manner：

Mode one, by receiving the particular procedure state update instruction acquisition of information that first base station and/or the second base station are sent Perform particular procedure performs request, wherein, particular procedure state update instruction information is used for instruction terminal and enters specific mistake Journey；

Mode two, the particular procedure state initiated by obtaining terminal, which updates acquisition request and performs particular procedure, performs request, Wherein, particular procedure state updates the configured information for being carried in request and entering particular procedure for instruction terminal.

Alternatively, in above-mentioned acquisition performs the mode one of execution request of particular procedure, particular procedure state update instruction Information can be, but not limited to be indicated for terminal into the new biography scheduling configured information for forbidding DRX processes.

Optional embodiment one

Such as it is applied to terminal to enter in the method for discontinuous reception control when forbidding DRX processes, as shown in figure 4, eventually Hold the DRX activationary times in cell 1 to T5, DRX activationary time of the terminal in cell 3 is to T4, because being Public DRX, thus terminal DRX activationary times to T5.

The new biography scheduling that terminal is received in the T3 times in cell 3 indicates that, according to the configuration of base station, terminal is in cell 3 DRX activationary times can continue drx-InactivityTimer time since T3 and terminate to T6, therefore terminal is small DRX activationary times in area 3 extend to T6, due to public DRX, and the DRX activationary times of terminal are extended to T6。

Terminal or base station 2 notify base station 1, and terminal receives new biography scheduling at the T3 moment, after base station 1 is notified, Know that DRX activationary time of the terminal in cell 3 extends to T6, therefore, the DRX activationary times of terminal are extended to Terminal can reasonably be dispatched before T6, i.e. T6.

Or, terminal or base station 2 notify base station 1, and DRX activationary time of the terminal in cell 3 extends to T6.

Alternatively, in above-mentioned acquisition performs the mode one of execution request of particular procedure, particular procedure state update instruction Information can also be indicated for the descending distribution configured information that terminal enters descending re-transmission waiting process.

Optional embodiment two

Such as it is applied in the method that discontinuous reception when terminal enters descending re-transmission waiting process is controlled, as shown in figure 5, DRX activationary time of the terminal in cell 1 to T6, DRX activationary time of the terminal in cell 3 to T5 because Public DRX, thus terminal DRX activationary times to T6.

The descending distribution that terminal is received at the T2 moment in cell 3 is indicated, descending after RTT timer to the T4 moment Re-transmission starts, according to the configuration of base station, and DRX activationary time of the terminal in cell 3 can extend since T4 Drx-RetransmissionTimer time terminates to T7, therefore DRX activationary time extension of the terminal in cell 3 To T7.

Terminal or base station 2 notify base station 1, and the descending distribution that terminal is received in the T2 times in cell 3 is indicated, base station 1 After notified, know that DRX activationary time of the terminal in cell 3 extends to T7, therefore, the DRX of terminal swashs Live time extends to T7, i.e., terminal reasonably can be dispatched before T7.

Or, terminal or base station 2 notify base station 1, and DRX activationary time of the terminal in cell 3 extends to T7.

Alternatively, in above-mentioned acquisition performs the mode one of execution request of particular procedure, particular procedure state update instruction Information can also be the uplink authorization configured information for entering uplink retransmission process for instruction terminal.

Optional embodiment three

Such as it is applied in the method that discontinuous reception when terminal enters uplink retransmission process is controlled, as shown in fig. 6, terminal DRX activationary times in cell 1 are to T8, and DRX activationary time of the terminal in cell 3 is to T7, because being public Common DRX, thus terminal DRX activationary times to T8.

The uplink authorization that terminal is received in the T2 times in cell 3 is indicated, after 4 subframes (sf) arrive the T3 moment, hair Upstream data is sent, NACK message is received at the T5 moment, the T6 moment is retransmitted, T9 moment retransmission processes terminate. According to the configuration of base station, DRX activationary time of the terminal in cell 3 can extend to T9 since T6 to be terminated, therefore DRX activationary time of the terminal in cell 3 extends to T9.

Terminal or base station 2 notify base station 1, and terminal receives NACK at the T5 moment, or is retransmitted at the T6 moment, After base station 1 is notified, know that DRX activationary time of the terminal in cell 3 extends to T9, therefore, terminal DRX activationary times can reasonably be dispatched to T9 that is, before T9 to terminal.

Or, terminal or base station 2 notify base station 1, and DRX activationary time of the terminal in cell 3 extends to T9.

Alternatively, in above-mentioned acquisition performs the mode two of execution request of particular procedure, particular procedure state updates request It can be, but not limited to be indicated for the uplink scheduling request that terminal request enters upstream scheduling process.

Optional embodiment four

Such as it is applied in the method that discontinuous reception when terminal request enters upstream scheduling process (SR processes) is controlled, As shown in fig. 7, DRX activationary time of the terminal in cell 1 is to T5, when DRX of the terminal in cell 3 is activated Between arrive T4 because be public DRX, thus terminal DRX activationary times to T5.

Terminal sends SR in the T3 times and hung up, and the scheduling SR hang-up that the T6 moment receives base station terminates, according to base station Configuration, DRX activationary time of the terminal in cell 3 can extend to T6 since T3 to be terminated, therefore terminal is small DRX activationary times in area 3 extend to T6.

Base station 1 receives the SR of terminal transmission, knows that terminal enters SR suspension times, while notifying base station 2, base station 2 After notified, relevant information is preserved.Base station 1 also knows that T6 moment SR hang-up terminates, while notifying base station 2, base Stand 2 it is notified after, preserve lower relevant information.

Or, terminal notification base station 1, terminal sends SR in the T3 times and hung up, and T6 moment SR, which is hung up, to be terminated, base Stand 1 it is notified after, know that DRX activationary time of the terminal in cell 3 extends to T6, therefore, the DRX of terminal Activationary time can reasonably be dispatched to T6 that is, before T6 to terminal.

Or, terminal or base station 1 notify base station 2, and DRX activationary time of the terminal in cell 3 extends to T6.

Alternatively, in above-mentioned acquisition performs the mode two of execution request of particular procedure, particular procedure state updates request The non-competing Stochastic accessing successful request that terminal request enters descending waiting process can also be indicated for.

Optional embodiment five

Such as be applied to terminal request enter descending waiting process non-competing Stochastic accessing downlink data waiting process when it is non- In the continuous method for receiving control, as shown in figure 8, DRX activationary time of the terminal in cell 1 is to T5, terminal exists DRX activationary times in cell 3 are to T4, because it is public DRX, therefore the DRX activationary times of terminal are arrived T5。

Terminal carries out non-competing Stochastic accessing success in the T3 times, into downlink data waiting process, is received at the T6 moment Descending PDCCH.DRX activationary time of the terminal in cell 3 can extend to T6 since T3 to be terminated, therefore eventually The DRX activationary times in cell 3 are held to extend to T6.

Terminal notification base station 1, terminal carries out non-competing Stochastic accessing success in the T3 times, is waited into downlink data Journey, descending PDCCH is received at the T6 moment, after base station 1 is received, when knowing DRX activation of the terminal in cell 3 Between extend to T6, therefore, the DRX activationary times of terminal extend to T6, i.e., terminal can be carried out before T6 Rational scheduling.

Alternatively, in above-mentioned acquisition performs the mode two of execution request of particular procedure, particular procedure state updates request Can also be asks the conflict for entering Conflict solving process to be asked for instruction terminal.

Optional embodiment six

Such as it is applied in the method that discontinuous reception when terminal request enters Conflict solving process is controlled, as shown in figure 9, DRX activationary time of the terminal in cell 1 to T5, DRX activationary time of the terminal in cell 3 to T4 because Public DRX, thus terminal DRX activationary times to T5.

Terminal sends msg3 in the T3 times, and the T6 moment receives msg4 Conflict solvings, DRX of the terminal in cell 3 Activationary time can extend to T6 since T3 to be terminated, therefore DRX activationary time of the terminal in cell 3 extends to T6.

Terminal notification base station 1, terminal sends msg3 in the T3 times, and the T6 moment receives msg4 Conflict solvings, base station 1 After receiving, know that DRX activationary time of the terminal in cell 3 extends to T6, therefore, during the DRX activation of terminal Between extend to T6, i.e., terminal can reasonably be dispatched before T6.

Alternatively, will adjust the mode that notifies first base station and/or the second base station can be, but not limited to include it is following at least it One：

1) the adjustment process of adjustment is notified, to first base station and/or the second base station, to update first base station and/or the second base station The activation duration in DRX states of activation of storage；

2) the adjustment result of adjustment is notified, to first base station and/or the second base station, to update first base station and/or the second base station The activation duration in DRX states of activation of storage, wherein, adjustment result carries the DRX states of activation after adjustment End time.

For example：Because DRX control function is present on master base station (P-eNB), master base station (P-eNB) and Prothetic group station (S-eNB) uses common DRX, and has multiple specific processes all to be produced to DRX activationary time Raw influence, in order that obtaining P-eNB can accurately know that terminal receives these particular procedures on S-eNB and causes DRX's The change of activationary time, it is necessary to terminal either S-eNB notifies these processes to P-eNB or directly by S-eNB On cause terminal activationary time change result notify P-eNB.Conversely, terminal receives these particular procedures on P-eNB And cause DRX activationary time change, it is necessary to terminal either P-eNB these processes are notified to S-eNB or The result for causing terminal activationary time to change on P-eNB is directly notified into S-eNB, so that S-eNB is closed to terminal The scheduling of reason.

Alternatively, in the present embodiment, this method can also include：Detect whether to meet and enter dormant predetermined bar Part, wherein, predetermined condition includes at least one of：Descending HARQ feedback is consecutively detected discontinuous transmission DTX Number of times reach first threshold, or, the number of times that the up Downlink Control Information that is consecutively detected is lost reaches Second Threshold, After detecting that terminal meets predetermined condition, into sleep state, and notify that first base station and/or the second base station will be current Time is in the end time of DRX states of activation as terminal.

Optional embodiment seven

Terminal is such as applied to enter in the method for discontinuous reception control when forcing sleep state.Terminal is worked as in cell 1 The continuous predetermined number of times of the preceding descending HARQ feedback detections of UE, such as 10 times, DTX or up detections are continuously specified Number of times, such as 3 times, UE is forced into sleep state when DCI0 loses, and notifies base station 2.On the contrary, terminal is in cell The continuous predetermined number of times of the descending HARQ feedback detection of current UE in 3, such as 10 times, DTX or up detections connect Continuous predetermined number of times, such as 3 times, UE is forced into sleep state when DCI0 loses, and notifies base station 1.

DRX detects SR during sleeping, and issues after DCI0, and main carrier starts the Inactive timers of main carrier simultaneously Start SR void inspection timer, at the same notify Flag that secondary carrier SR void inspection timers are currently running (SRTimerFlag, The Flag is 0, represents that SR void inspection timers stop；Represent that SR void inspection timers are currently running for 1), secondary carrier Receive restart after Flag secondary carrier Inactive timers but secondary carrier do not activate DRX (i.e. downlink scheduler forbid adjust Degree), when main carrier receives CRCOK, the operation according to Inactive timers whether, notify that secondary carrier activation is descending Scheduler.In the case of SR void inspection timer operation time-out, notify secondary carrier Flag=0 and stop Inactive timings Device.

Base station 1 receives the SR of terminal transmission, knows that terminal enters SR suspension times, restarts Inactive timers, Base station 2 is notified simultaneously, after base station 2 is received, also restarts Inactive timers；In addition, base station 1 is issued to terminal After DCI0, the confirmation message for receiving terminal, if Inactive timers notify base station 2, Inactive also in operation Timer is currently running, and can carry out normal consistency；If Inactive timers have stopped, base station 2 is notified, Inactive timers have stopped, it is impossible to carrying out normal consistency.Base station 1 also knows that T6 moment SR hang-up terminates, together Shi Tongzhi base stations 2, after base station 2 is received, preserve lower relevant information.When Inactive timers stop on base station 1, Base station 2 is notified, Inactive timers stopped, base station 1 receives information, stop Inactive timers.

Alternatively, before above-mentioned steps S302, discontinuous the connecing of first base station and/or the transmission of the second base station can be received DRX orders are received, wherein, discontinuous reception DRX orders are at least used for the week that instruction terminal is in DRX states of activation Phase type, period type includes：Short DRX cycle, long DRX cycle, and terminal entrance is obtained according to DRX orders The initial time of DRX states of activation.

Optional embodiment eight

In non-continuous receiving control method when DRX command are such as received applied to terminal.Terminal receives base station 1 and sent out The DRX command sent, stop current onDurationTimer (monitor timer), drx-InactivityTimer (forbidding DRX timers).Now, if being configured with short DRX cycle, terminal starts drxShortCycleTimer (short DRX timers), reenters short DRX cycle, otherwise reenters long DRX cycle.

If terminal receives Long DRX command, then, terminal stops drxShortCycleTimer (short DRX Timer), reenter long DRX cycle.

The terminal of terminal notification base station 2 receives DRX command or Long DRX command information simultaneously, or The base station 1 of base station 2 is notified to send DRX command to terminal when being sent to terminal D RX command by base station 1 Or Long DRX command information.

If into short DRX cycle, terminal is according to current System Frame Number and subframe numbers, and configuration DrxStartOffset (DRX start offsets) and shortDRX-Cycle (short DRX rings length), computing terminal enters DRX The time of state of activation.

If into long DRX cycle, terminal is according to current System Frame Number and subframe numbers, and configuration DrxStartOffset (DRX start offsets) and longDRX-Cycle (long DRX cycle), computing terminal enters DRX The time of state of activation.

In an example of the present embodiment, in order to solve the above problems, it is also proposed that a kind of new user plane protocol framework, As shown in Figure 10, Data Radio Bearer can be split between multiple base stations (MeNB), i.e., one data are wirelessly held The data of load can be sent by multiple base stations, and multiple base stations include a master base station (P-eNB), at least one prothetic group station (S-eNB).Wherein P-eNB at least includes the main serving cell (PCell) of terminal (UE) carrier aggregation subdistrict, and One or more auxiliary serving cells (SCell) of UE carrier aggregation subdistricts can be included.S-eNB includes UE carrier aggregations One or more SCell of cell.As seen from Figure 4, PDCP, RLC are existed only on a base station, still MAC layer is respectively present on each base station, and the institute that the MAC layer on wherein P-eNB contains MAC layer is functional Including data group packet function, the MAC layer on S-eNB has comprised at least data group packet function.It should be noted that on It is one of solution to the problems described above to state framework, however not excluded that uses other protocol infrastructures, does not limit only adopt in the present invention Use above-mentioned protocol infrastructure.

In above example and optional embodiment, the moment such as Tx (such as T1, T2 ... ... T9) can by frame number and Subframe numbers are identified.If configuring cell 1 and cell 3 to terminal, cell 4 carries out carrier aggregation, and operating process is similar, It will not be repeated here.

In above example and optional embodiment, described with the process on base station 1, if process occurs On base station 2, then the implementation procedure of terminal is the same, and the object simply performed becomes base station 2, such as example zero by base station 1 In, terminal receives the DRX command of base station 2, and the behavior of terminal is with above-mentioned, and the object simply notified is changed into Terminal notification base station 1, or base station 2 notify base station 1, including terminal to receive DRX command or Long DRX Command information.

Through the above description of the embodiments, those skilled in the art can be understood that according to above-described embodiment Method the mode of required general hardware platform can be added to realize by software, naturally it is also possible to by hardware, but a lot In the case of the former be more preferably embodiment.Understood based on such, technical scheme is substantially in other words to existing The part for having technology to contribute can be embodied in the form of software product, and the computer software product is stored in one In storage medium (such as ROM/RAM, magnetic disc, CD), including some instructions are make it that a station terminal equipment (can To be mobile phone, computer, server, or network equipment etc.) perform method described in each embodiment of the invention.

Embodiment 2

A kind of non-continuous receiving control method is provided in the present embodiment, and Figure 11 is according to embodiments of the present invention another The flow chart of optional non-continuous receiving control method is planted, as shown in figure 11, the flow comprises the following steps：

Step S1102, when the execution got in terminal for performing particular procedure is asked, according to corresponding with particular procedure Control information adjustment first base station be in DRX states of activation activation duration, wherein, particular procedure changes terminal Activation duration in DRX states of activation, and first base station are in the activation duration of DRX states of activation；

Step S1104, during by adjusting the activation in DRX states of activation for notifying the second base station to update the second base station stored It is long, wherein, first base station is set up with terminal with the second base station and is connected.

Alternatively, above-mentioned non-continuous receiving control method can be, but not limited to be applied to base station, for example：Master base station, prothetic group Stand.

By above-mentioned steps, the activation duration of DRX states of activation is in, it is necessary to right because particular procedure changes terminal The activation duration that base station is in DRX states of activation is adjusted, and the execution for performing this particular procedure is got in terminal During request, base station can swash according to control information corresponding with particular procedure to first base station in DRX states of activation Duration living is adjusted, then adjustment notice is given into the second base station that terminal establishes connection, small under different base station The problem of activation duration of DRX states of activation is adjusted can not be realized during the progress carrier aggregation of interval, is realized in different bases To the adjustment of the activation durations of DRX states of activation when minizone under standing carries out carrier aggregation.Further, by DRX The adjustment of the activation duration of state of activation, realizes the control of the DRX when minizone carries out carrier aggregation, makes to terminal Data dispatch it is more convenient.In addition, the adjustment is notified to give the first base station and/or second that terminal establishes connection Base station, allows base station to know the situation of change of terminal D RX activationary times in time so that base station can be carried out to terminal Rational scheduling, improves resource utilization and Consumer's Experience.

Alternatively, the mode for the activation duration that adjustment first base station is in DRX states of activation can be that base station is obtained in terminal Get for perform particular procedure execution ask when, obtain terminal according to be pre-configured with it is corresponding with particular procedure control Terminal after information adjustment is in the activation duration of DRX states of activation, and is activated according to the terminal after adjustment in DRX The activation duration adjustment first base station of state is in the activation duration of DRX states of activation.Can also be that base station is obtained in terminal It is direct according to be pre-configured with and particular procedure pair when getting the particular procedure state update instruction information of first base station transmission The control information adjustment first base station answered is in the activation duration of DRX states of activation.

Alternatively, base station can send particular procedure state update instruction information to terminal, notify terminal to perform particular procedure Perform request, wherein, particular procedure state update instruction information enters particular procedure for instruction terminal；

Alternatively, above-mentioned particular procedure state update instruction information can be, but not limited to be indicated for terminal and enter forbid The new biography scheduling configured information of DRX processes.

Optional embodiment nine

Instruction terminal is such as applied to enter in the method for discontinuous reception control when forbidding DRX processes, as shown in figure 4, DRX activationary time of the terminal in cell 1 to T5, DRX activationary time of the terminal in cell 3 to T4 because Public DRX, thus terminal DRX activationary times to T5.

Alternatively, above-mentioned particular procedure state update instruction information can also be indicated for terminal and retransmit wait into descending The descending distribution configured information of process.

Optional embodiment ten

Such as it is applied in the method that discontinuous reception when instruction terminal enters descending re-transmission waiting process is controlled, such as Fig. 5 institutes Show, DRX activationary time of the terminal in cell 1 to T6, DRX activationary time of the terminal in cell 3 to T5, Because be public DRX, thus terminal DRX activationary times to T6.

Alternatively, above-mentioned particular procedure state update instruction information can also be enters uplink retransmission process for instruction terminal Uplink authorization configured information.

Optional embodiment 11

Such as it is applied in the method that discontinuous reception when instruction terminal enters uplink retransmission process is controlled, as shown in fig. 6, DRX activationary time of the terminal in cell 1 to T8, DRX activationary time of the terminal in cell 3 to T7 because Public DRX, thus terminal DRX activationary times to T8.

The uplink authorization that terminal is received in the T2 times in cell 3 is indicated, after 4sf to the T3 moment, line number in transmission According to receiving NACK message at the T5 moment, the T6 moment is retransmitted, T9 moment retransmission processes terminate.According to base station Configuration, DRX activationary time of the terminal in cell 3 can extend to T9 since T6 to be terminated, therefore terminal is small DRX activationary times in area 3 extend to T9.

Alternatively, when will adjust activation in DRX state of activation of the notice to the second base station stored of the second base station renewal Long mode can be, but not limited to include at least one of：

A kind of mode is that the end time for carrying the DRX states of activation after adjustment of adjustment can be sent to the second base station Adjustment process；

At the end of another way is the DRX states of activation carried after adjustment that adjustment can be sent to the second base station Between adjustment result.

Embodiment 3

A kind of discontinuous reception control device is additionally provided in the present embodiment, and the device is used to realize above-described embodiment and excellent Embodiment is selected, repeating no more for explanation had been carried out.As used below, term " module " can be realized pre- Determine the combination of the software and/or hardware of function.Although the device described by following examples is preferably realized with software, But hardware, or the realization of the combination of software and hardware is also that may and be contemplated.

Figure 12 is a kind of structured flowchart of optional discontinuous reception control device according to embodiments of the present invention, such as Figure 12 Shown, the device includes：

1) the first acquisition module 122, request is performed for acquisition execution particular procedure, wherein, the particular procedure changes The activation duration that terminal is in discontinuous reception DRX states of activation is become；

2) the first adjusting module 124, coupled to the first acquisition module 122, for according to corresponding with the particular procedure Control information adjusts the activation duration that the terminal is in the DRX states of activation；

3) the first notification module 126, coupled to the first adjusting module 124, for by the adjustment notify first base station and / or the second base station, wherein, the first base station is set up with the terminal with second base station and is connected.

Alternatively, above-mentioned discontinuous reception control device can be, but not limited to be applied to the field of DRX management during carrier aggregation Jing Zhong.For example：DRX when in LTE system to the cell progress carrier aggregation of multiple base stations manages scene.

Alternatively, above-mentioned discontinuous reception control device can be, but not limited to be applied to terminal, for example：Mobile phone, flat board electricity Brain, notebook computer, Intelligent worn device etc..

By said apparatus, the activation duration of DRX states of activation is in, it is necessary to right because particular procedure changes terminal The activation duration that terminal is in DRX states of activation is adjusted, and getting execution in the first acquisition module 122, this is special After the execution request for determining process, the first adjusting module 124 can be according to control information corresponding with particular procedure to end It is adjusted in the activation duration of DRX states of activation, the adjustment is notified that giving terminal builds by the first notification module 126 again First base station and/or the second base station of connection have been stood, has allow terminal synchronous with base station, the minizone under different base station The problem of activation duration of DRX states of activation is adjusted can not be realized during progress carrier aggregation, is realized under different base station Minizone carry out carrier aggregation when to DRX states of activation activation duration adjustment.Further, by swashing to DRX The adjustment of the activation duration of state living, realizes the control of the DRX when minizone carries out carrier aggregation, makes to terminal Data dispatch is more convenient.In addition, the adjustment is notified to give first base station and/or the second base that terminal establishes connection Stand, base station is known the situation of change of terminal D RX activationary times in time so that base station can be closed to terminal The scheduling of reason, improves resource utilization and Consumer's Experience.

In the present embodiment, receive after predetermined trigger request, can get predetermined trigger please ask in the information of carrying Hold, the information carried in please being asked according to predetermined trigger enters next particular procedure.

Figure 13 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention, is such as schemed Shown in 13, alternatively, the first adjusting module 124 includes：

1) first acquisition unit 132, for obtaining the timing control information corresponding with particular procedure being pre-configured with, wherein, Timing control information is used to indicate to perform the scheduled duration needed for particular procedure；

2) the first adjustment unit 134, coupled to first acquisition unit 132, is in for adjusting terminal according to scheduled duration The activation duration of DRX states of activation.

Figure 14 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention, is such as schemed Shown in 14, alternatively, the first adjusting module 124 includes：

1) second acquisition unit 142, for obtaining predetermined trigger request corresponding with particular procedure, wherein, predetermined trigger Ask to be used to ask to enter or exit particular procedure；

2) the second adjustment unit 144, coupled to second acquisition unit 142, for according to predetermined trigger request adjustment terminal Activation duration in DRX states of activation.

Alternatively, the first adjustment unit 134 is used for：Obtain current time with it is both scheduled durations and when corresponding first Between；Compare the very first time and initial activation time, wherein, the initial activation time is that first base station is in DRX activation shapes The activation duration of state and the second base station are in the maximum in activation both durations of DRX states of activation；In the very first time During more than or equal to the initial activation time, be in the end time of DRX states of activation as terminal the very first time； When one time was less than the initial activation time, be in the end time of DRX states of activation as terminal the initial activation time.

Figure 15 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention, is such as schemed Shown in 15, alternatively, the first acquisition module 122 includes：

1) receiving unit 152, for receiving the particular procedure state update instruction that first base station and/or the second base station are sent Information, wherein, particular procedure state update instruction information enters particular procedure for instruction terminal；Or

2) the 3rd acquiring unit 154, coupled to receiving unit 152, for obtaining the particular procedure state of terminal initiation more New request, wherein, particular procedure state updates the configured information for being carried in request and entering particular procedure for instruction terminal.

Alternatively, above-mentioned receiving unit 152 can be, but not limited to be used at least one of：Receive first base station and/or The new biography scheduling configured information that second base station is sent, wherein, new biography scheduling configured information enters for instruction terminal forbids DRX processes；The descending distribution configured information that first base station and/or the second base station are sent is received, wherein, descending distribution refers to Show that information is used for instruction terminal and enters descending re-transmission waiting process；It is up that reception first base station and/or the second base station are sent Configured information is authorized, wherein, uplink authorization configured information is used for instruction terminal and enters uplink retransmission process.

Alternatively, above-mentioned 3rd acquiring unit 154 can be, but not limited to be used at least one of：Obtain what terminal was initiated Uplink scheduling request, wherein, uplink scheduling request is used for instruction terminal request and enters upstream scheduling process；Obtain terminal hair The non-competing Stochastic accessing successful request risen, wherein, non-competing Stochastic accessing successful request, which is used for instruction terminal, asks to enter Descending waiting process；The conflict request that terminal is initiated is obtained, wherein, conflict request is used for instruction terminal request and enters conflict Solution process.

Alternatively, above-mentioned first notification module 126 can be, but not limited to be used at least one of：By the adjustment of adjustment Cheng Tongzhi is to first base station and/or the second base station, and the DRX that is in for updating first base station and/or the second base station stored activates shape The activation duration of state；The adjustment result of adjustment is notified to first base station and/or the second base station, update first base station and/or The activation duration in DRX states of activation of second base station stored, wherein, adjustment result carries the DRX after adjustment The end time of state of activation.

Alternatively, the device can with but be not limited to use in：Detect whether to meet and enter dormant predetermined condition, its In, predetermined condition includes at least one of：Descending HARQ feedback is consecutively detected discontinuous transmission DTX number of times First threshold is reached, or, the number of times that the up Downlink Control Information being consecutively detected is lost reaches Second Threshold；In inspection Measure terminal to meet after predetermined condition, into sleep state, and notify first base station and/or the second base station by current time The end time of DRX states of activation is in as terminal.

Figure 16 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention, is such as schemed Shown in 16, alternatively, the device also includes：

1) receiving module 162, for receiving the discontinuous reception DRX orders that first base station and/or the second base station are sent, Wherein, discontinuous reception DRX orders are at least used for the period type that instruction terminal is in DRX states of activation, periodic group Type includes：Short DRX cycle, long DRX cycle；

2) the second acquisition module 164, coupled between the acquisition module 122 of receiving module 162 and first, for according to non- It is continuous to receive the initial time that DRX orders acquisition terminal enters DRX states of activation.

It should be noted that above-mentioned modules can be by software or hardware to realize, for the latter, Ke Yitong Cross in the following manner realization, but not limited to this：Above-mentioned module is respectively positioned in same processor；Or, above-mentioned module distinguishes position In multiple processors.

Embodiment 4

Figure 17 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention, is such as schemed Shown in 17, the device includes：

1) the second adjusting module 172, for terminal get for perform particular procedure execution ask when, according to The corresponding control information adjustment first base station of particular procedure is in the activation duration of discontinuous reception DRX states of activation, its In, particular procedure changes the activation duration that terminal is in DRX states of activation, and first base station is in DRX and activates shape The activation duration of state；

2) the second notification module 174, coupled to the second adjusting module 172, for notifying the second base station to update the adjustment The activation duration in DRX states of activation of two base station storeds, wherein, first base station is built with the second base station with terminal Vertical connection.

Alternatively, above-mentioned discontinuous reception control device can be, but not limited to be applied to base station, for example：Master base station, prothetic group Stand.

By said apparatus, the activation duration of DRX states of activation is in, it is necessary to right because particular procedure changes terminal The activation duration that base station is in DRX states of activation is adjusted, and the execution for performing this particular procedure is got in terminal During request, the second adjusting module 172 can be in DRX according to control information corresponding with particular procedure to first base station The activation duration of state of activation is adjusted, and the adjustment is notified that giving terminal establishes connection by the second notification module 174 again The second base station, when minizone under different base station carries out that during carrier aggregation the activation of DRX states of activation can not be realized The problem of long adjustment, realize the activation to DRX states of activation when the minizone under different base station carries out carrier aggregation The adjustment of duration.Further, by the adjustment of the activation duration to DRX states of activation, realize and carried out in minizone DRX control during carrier aggregation, makes the data dispatch to terminal more convenient.In addition, the adjustment is notified to give end End establishes first base station and/or the second base station of connection, base station is known the change of terminal D RX activationary times in time Change situation so that base station can reasonably be dispatched to terminal, improve resource utilization and Consumer's Experience.

Figure 18 is the structured flowchart of another optional discontinuous reception control device according to embodiments of the present invention, is such as schemed Shown in 18, alternatively, the second adjusting module 172 includes：

1) the 4th acquiring unit 182, when updating request for getting the particular procedure state of terminal initiation in terminal, is obtained Terminal is taken to be in DRX states of activation according to the terminal after control information corresponding with the particular procedure adjustment being pre-configured with Activate duration；

2) the 3rd adjustment unit 184, coupled to the 4th acquiring unit 182, shape is activated for being in DRX according to terminal The activation duration adjustment first base station of state is in the activation duration of DRX states of activation.

Alternatively, the second adjusting module 172 can be, but not limited to be used for：The specific of first base station transmission is got in terminal During process status update instruction information, adjusted according to control information corresponding with particular procedure is pre-configured with first base station In the activation duration of DRX states of activation.

Alternatively, the second notification module 174 can be, but not limited to be used at least one of：Send and adjust to the second base station Adjustment process, wherein, adjustment process carry adjustment after DRX states of activation end time；To the second base station The adjustment result of adjustment is sent, wherein, adjustment result carries the end time of the DRX states of activation after adjustment.

Embodiment 5

Embodiments of the invention additionally provide a kind of storage medium.Alternatively, in the present embodiment, above-mentioned storage medium can The program code for performing following steps to be arranged to storage to be used for：

S1, obtain execution particular procedure performs request, wherein, particular procedure changes terminal and is in discontinuous reception The activation duration of DRX states of activation；

S2, the activation duration that terminal is in DRX states of activation is adjusted according to control information corresponding with particular procedure；

S3, first base station and/or the second base station are notified by adjustment, wherein, first base station is built with the second base station with terminal Vertical connection.

Alternatively, storage medium is also configured to the program code that storage is used to perform following steps：

S1, when the execution got in terminal for performing particular procedure is asked, believes according to control corresponding with particular procedure Breath adjustment first base station is in the activation duration of discontinuous reception DRX states of activation, wherein, particular procedure changes end Activation duration of the end in DRX states of activation, and first base station are in the activation duration of DRX states of activation；

S2, notifies the second base station to update the activation duration in DRX states of activation of the second base station stored adjustment, its In, first base station is set up with terminal with the second base station and is connected.

Alternatively, in the present embodiment, above-mentioned storage medium can include but is not limited to：USB flash disk, read-only storage (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), mobile hard disk, Magnetic disc or CD etc. are various can be with the medium of store program codes.

Alternatively, the specific example in the present embodiment may be referred to showing described in above-described embodiment and optional embodiment Example, the present embodiment will not be repeated here.

Obviously, those skilled in the art should be understood that above-mentioned each module of the invention or each step can be with general Computing device realizes that they can be concentrated on single computing device, or is distributed in multiple computing devices and is constituted Network on, alternatively, the program code that they can be can perform with computing device be realized, it is thus possible to by they Storage is performed by computing device in the storage device, and in some cases, can be to be held different from order herein They, are either fabricated to each integrated circuit modules or will be many in them by the shown or described step of row respectively Individual module or step are fabricated to single integrated circuit module to realize.So, the present invention is not restricted to any specific hardware Combined with software.

The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for the technology of this area For personnel, the present invention can have various modifications and variations.Within the spirit and principles of the invention, that is made is any Modification, equivalent substitution, improvement etc., should be included in the scope of the protection.

Claims

1. a kind of non-continuous receiving control method, it is characterised in that including：

Obtain execution particular procedure performs request, wherein, the particular procedure changes terminal and is in discontinuous connect Receive the activation duration of DRX states of activation；

The terminal is adjusted according to control information corresponding with the particular procedure and is in the DRX states of activation The activation duration；

The adjustment is notified into first base station and/or the second base station, wherein, the first base station and second base Stand to set up with the terminal and be connected.

2. according to the method described in claim 1, it is characterised in that basis control letter corresponding with the particular procedure The activation duration that the breath adjustment terminal is in the DRX states of activation includes：

The timing control information corresponding with the particular procedure being pre-configured with is obtained, wherein, the timing controlled letter Cease for the scheduled duration needed for the instruction execution particular procedure；

The activation duration that the terminal is in the DRX states of activation is adjusted according to the scheduled duration.

3. according to the method described in claim 1, it is characterised in that basis control letter corresponding with the particular procedure The activation duration that the breath adjustment terminal is in the DRX states of activation includes：

Predetermined trigger request corresponding with the particular procedure is obtained, wherein, the predetermined trigger asks to be used to ask Into or exit the particular procedure；

Asked to adjust the activation duration that the terminal is in the DRX states of activation according to the predetermined trigger.

4. method according to claim 2, it is characterised in that described that the end is adjusted according to the scheduled duration Include in the activation duration of the DRX states of activation：

Obtain current time and both scheduled durations the and corresponding very first time；

Compare the very first time and initial activation time, wherein, the initial activation time is the first base station When activation duration in the DRX states of activation is in the activation of the DRX states of activation with second base station Maximum in both long；

When the very first time being more than or equal to the initial activation time, the very first time is regard as the terminal End time in the DRX states of activation；

When the very first time being less than the initial activation time, the initial activation time is regard as the terminal End time in the DRX states of activation.

5. according to the method described in claim 1, it is characterised in that the execution request for obtaining execution particular procedure includes：

The particular procedure state update instruction information that the first base station and/or second base station are sent is received, its In, the particular procedure state update instruction information is used to indicate that the terminal enters the particular procedure；Or

The particular procedure state renewal request that the terminal is initiated is obtained, wherein, the particular procedure state updates please Carried in asking for indicating that the terminal enters the configured information of the particular procedure.

6. method according to claim 5, it is characterised in that the reception first base station and/or described second The particular procedure state update instruction information that base station is sent includes at least one of：

The new biography scheduling configured information that the first base station and/or second base station are sent is received, wherein, it is described New biography scheduling configured information forbids DRX processes for indicating that the terminal enters；

The descending distribution configured information that the first base station and/or second base station are sent is received, wherein, it is described Descending distribution configured information is used to indicate that the terminal enters descending re-transmission waiting process；

The uplink authorization configured information that the first base station and/or second base station are sent is received, wherein, it is described Uplink authorization configured information is used to indicate that the terminal enters uplink retransmission process.

7. method according to claim 5, it is characterised in that the particular procedure state that the acquisition terminal is initiated Updating request includes at least one of：

The uplink scheduling request that the terminal is initiated is obtained, wherein, the uplink scheduling request is used to indicate the end End request enters upstream scheduling process；

Obtain the non-competing Stochastic accessing successful request that the terminal is initiated, wherein, the non-competing Stochastic accessing into Work(asks to be used to indicate that the terminal request enters descending waiting process；

The conflict request that the terminal is initiated is obtained, wherein, the conflict request is used to indicate that the terminal request is entered Enter Conflict solving process.

8. according to the method described in claim 1, it is characterised in that described that the adjustment is notified into first base station and/or the Two base stations include at least one of：

The adjustment process of the adjustment is notified to the first base station and/or second base station, described the is updated One base station and/or the activation duration in the DRX states of activation of second base station stored；

The adjustment result of the adjustment is notified to the first base station and/or second base station, described the is updated One base station and/or the activation duration in the DRX states of activation of second base station stored, wherein, it is described Adjustment result carries the end time of the DRX states of activation after adjustment.

9. according to the method described in claim 1, it is characterised in that also include：

Detect whether meet enter dormant predetermined condition, wherein, the predetermined condition include it is following at least it One：The number of times that descending HARQ feedback is consecutively detected discontinuous transmission DTX reaches first threshold, or, it is up The number of times that the Downlink Control Information being consecutively detected is lost reaches Second Threshold；

After detecting that the terminal meets the predetermined condition, into the sleep state, and described first is notified Current time is in the end time of the DRX states of activation by base station and/or the second base station as the terminal.

10. according to the method described in claim 1, it is characterised in that before the execution for performing particular procedure request is obtained, Also include：

The discontinuous reception DRX orders that the first base station and/or second base station are sent are received, wherein, institute Stating discontinuous reception DRX orders is at least used for the period type for indicating that the terminal is in the DRX states of activation, The period type includes：Short DRX cycle, long DRX cycle；

The initial time that the terminal enters the DRX states of activation is obtained according to the discontinuous reception DRX orders.

11. a kind of non-continuous receiving control method, it is characterised in that including：

When the execution got in terminal for performing particular procedure is asked, according to control corresponding with the particular procedure Information adjustment first base station processed is in the activation duration of discontinuous reception DRX states of activation, wherein, the specific mistake Journey changes the activation duration that the terminal is in the DRX states of activation, and the first base station is in institute State the activation duration of DRX states of activation；

By the adjustment notify the second base station update second base station stored in the DRX states of activation The activation duration, wherein, the first base station is set up with the terminal with second base station and is connected.

12. method according to claim 11, it is characterised in that described to be got in terminal for performing particular procedure Execution request when, according to control information corresponding with the particular procedure adjust first base station be in DRX activate shape The activation duration of state includes：

When the terminal gets the particular procedure state renewal request that the terminal is initiated, the terminal root is obtained Swash according to the terminal after control information corresponding with the particular procedure adjustment being pre-configured with the DRX The activation duration of state living；

The activation duration that the DRX states of activation are according to the terminal adjusts the first base station in described The activation duration of DRX states of activation.

13. method according to claim 11, it is characterised in that described to be got in terminal for performing particular procedure Execution request when, adjusting first base station according to control information corresponding with the particular procedure, to be in the DRX sharp The activation duration of state living includes：

When the terminal gets the particular procedure state update instruction information that the first base station is sent, according to pre- The control information corresponding with the particular procedure first configured adjusts the first base station and is in DRX activation shapes The activation duration of state.

14. method according to claim 11, it is characterised in that notify the second base station to update described the adjustment The activation duration in the DRX states of activation of two base station storeds includes at least one of：

The adjustment process of the adjustment is sent to second base station, wherein, the adjustment process is carried after adjustment The DRX states of activation end time；

The adjustment result of the adjustment is sent to second base station, wherein, the adjustment result is carried after adjustment The DRX states of activation end time.

15. a kind of discontinuous reception control device, it is characterised in that including：

First acquisition module, request is performed for acquisition execution particular procedure, wherein, the particular procedure changes Terminal is in the activation duration of discontinuous reception DRX states of activation；

First adjusting module, institute is in for adjusting the terminal according to control information corresponding with the particular procedure State the activation duration of DRX states of activation；

First notification module, for the adjustment to be notified into first base station and/or the second base station, wherein, described the One base station is set up with the terminal with second base station and is connected.

16. device according to claim 15, it is characterised in that first adjusting module includes：

First acquisition unit, for obtaining the timing control information corresponding with the particular procedure being pre-configured with, its In, the timing control information is used to indicate to perform the scheduled duration needed for the particular procedure；

First adjustment unit, the DRX states of activation are in for adjusting the terminal according to the scheduled duration The activation duration.

17. device according to claim 15, it is characterised in that first adjusting module includes：

Second acquisition unit, for obtaining predetermined trigger request corresponding with the particular procedure, wherein, it is described pre- Determine trigger request be used for ask entrance or exit the particular procedure；

Second adjustment unit, DRX activation shapes are in for adjusting the terminal according to predetermined trigger request The activation duration of state.

18. device according to claim 16, it is characterised in that first adjustment unit is used for：

19. device according to claim 15, it is characterised in that first acquisition module includes：

Receiving unit, for receiving the particular procedure state of the first base station and/or second base station transmission more New configured information, wherein, the particular procedure state update instruction information is used to indicate that the terminal enters the spy Determine process；Or

3rd acquiring unit, request is updated for obtaining the particular procedure state that the terminal is initiated, wherein, it is described Particular procedure state, which updates, to be carried in request for indicating that the terminal enters the configured information of the particular procedure.

20. device according to claim 19, it is characterised in that the receiving unit is used at least one of：

21. device according to claim 19, it is characterised in that the 3rd acquiring unit is used at least one of：

22. device according to claim 15, it is characterised in that first notification module is used at least one of：

23. device according to claim 15, it is characterised in that described device is additionally operable to：

24. device according to claim 15, it is characterised in that described device also includes：

Receiving module, for receiving the discontinuous reception DRX that the first base station and/or second base station are sent Order, wherein, the discontinuous reception DRX orders are at least used to indicate that the terminal is in the DRX and activates shape The period type of state, the period type includes：Short DRX cycle, long DRX cycle；

Second acquisition module, enters the DRX for obtaining the terminal according to the discontinuous reception DRX orders The initial time of state of activation.

25. a kind of discontinuous reception control device, it is characterised in that including：

Second adjusting module, for terminal get for perform particular procedure execution ask when, according to institute When stating activation of the corresponding control information adjustment first base station of particular procedure in discontinuous reception DRX states of activation It is long, wherein, the particular procedure changes the activation duration that the terminal is in the DRX states of activation, And the first base station is in the activation duration of the DRX states of activation；

Second notification module, for notifying what the second base station updated second base station stored to be in institute the adjustment State the activation duration of DRX states of activation, wherein, the first base station and second base station with the end Connection is set up at end.

26. device according to claim 25, it is characterised in that second adjusting module includes：

4th acquiring unit, for getting the particular procedure state renewal request that the terminal is initiated in the terminal When, the terminal is obtained according to the end after control information corresponding with the particular procedure adjustment being pre-configured with Activation duration of the end in the DRX states of activation；

3rd adjustment unit, for being according to the terminal described in the activation duration adjustment of the DRX states of activation First base station is in the activation duration of the DRX states of activation.

27. device according to claim 25, it is characterised in that the second adjusting module is used for：

28. device according to claim 25, it is characterised in that the second notification module is used at least one of：