CN101583178B

CN101583178B - Method and device for dynamically controlling discontinuous reception of UE

Info

Publication number: CN101583178B
Application number: CN200910087909A
Authority: CN
Inventors: 田辉; 胡铮; 张平; 徐海博; 黄波
Original assignee: Beijing University of Posts and Telecommunications
Current assignee: Beijing University of Posts and Telecommunications
Priority date: 2009-06-25
Filing date: 2009-06-25
Publication date: 2012-10-10
Anticipated expiration: 2029-06-25
Also published as: CN101583178A

Abstract

The invention discloses a method and a device for dynamically controlling discontinuous reception of UE, the method comprising: when the UE initially establishes a link, the network side informs the UE to execute parameters to be used in a discontinuous reception process through a downlink signaling; during a service linking of the UE, after the end of each scheduling moment, the network side determines how to dynamically adjust the discontinuous reception process of the UE according to a discontinuous reception process executed by the UE at a preceding moment and the number of data packets tobe transmitted in the service queue created for the UE; the network side sets a DRX mark for instructing the UE to change its discontinuous reception process according to the method and the result of determining how to adjust the discontinuous reception process of the UE, and transmits the set DRX mark to the UE in an open state of the receiver of the UE; the UE executes a different discontinuous reception process according to the received DRX mark and self-adaptively adjusts the parameters in the discontinuous reception process.

Description

Dynamically control the method and apparatus of the discontinuous reception of subscriber equipment

Technical field

(Discontinuous Receive, DRX) technology are meant the method and apparatus of the discontinuous reception of a kind of dynamic control subscriber equipment especially to the present invention relates to discontinuous reception.

Background technology

Along with developing rapidly of mobile communication technology, the disposal ability of portable terminal strengthens rapidly, and the function that provides increases rapidly.Future mobile communication system is when providing the higher availability of frequency spectrum, higher data rate, more colourful multimedia service, and the power problems at its terminal is also more severe.Especially; The access network of future mobile communication system all will carry out transfer of data based on the IP technology; And the burst characteristic of IP packet and the transmission channel sharing characteristic between the user makes that the data that arrive subscriber equipment are discontinuous; The energy consumption of therefore, how to save subscriber equipment seems more important.A lot of communication standardizations are organized in and have all added the consideration to power saving when formulating relevant criterion.

At present; Typical power-saving mechanism comprises 3 kinds of power-saving types (the Power Saving Class among the up-to-date WMAN standard 802.16e of IEEE in the GSM; PSC) and " discontinuous reception " (Discontinuous Receive, DRX) mechanism in the cellular network.

Stipulate in the IEEE 802.16e standard that (Mobile Station MS) has activation and two kinds of mode of operations of dormancy to each portable terminal.Under park mode, MS carries out the dormancy period that consults with base station BS, in these cycles; There is not data interaction between MS and the serving BS broadcasts; MS can close relevant physical equipment, reduces the MS power consumption and saves base station (Base Station, BS) purpose of air interface resource thereby reach.When MS was in resting state, BS can cushion the service data unit that sends to MS.When each enable mode finishes, carry out sleep messages between MS and the BS and consult with the initialization park mode.After the two confirmed sleep messages, normal transfer of data stopped at the time point of consulting, and enable mode finishes, and MS gets into park mode, with certain interval dormancy, woke up then and confirmed whether need receive data.This interim wake-up states is called listening intervals.In listening intervals, MS monitors the message of indicating about business in the BS broadcast message.If have data need mail to MS among this message indication BS, MS then gets into enable mode; Otherwise MS keeps park mode, begins next sleep interval.In park mode, each professional connection can be according to the related suitable power-saving type of own characteristic.The power-saving type is defined as one group of connection with same requirements.802.16e in have 3 kinds of power-saving types, each type has different parameter sets, suitable business and implementation.First type (type I) is applicable to and does one's best and non real-time variable Rate business.Second type (Type II) is applicable to unsolicited grant service and variable Rate is professional in real time.The third type (type-iii) is applicable to that multicast connects and the operation relevant with management.

(Global System for Mobile communications, GSM) in the system, travelling carriage is every just wakes up once at a distance from several " multiframes " (being about as much as 1/8th seconds time period), is in sleep state At All Other Times always in global system for mobile communications.System can indicate the travelling carriage per second to wake up and check whether incoming call is arranged for 4 times, or approximately per second wakes up to check whether incoming call is arranged for 1 time.In the DRX operation, processor will cut out receiver and make and oneself get into the sleep pattern of low-power consumption.Restarting processor by timer internal through after the suitable length of one's sleep.

The 3G Universal Mobile Telecommunications System (Universal Mobile Telecommunication System, under the DRX mechanism in UMTS), the subscriber equipment receiver has 3 kinds of active states:

1. active period: in active period, subscriber equipment is opened receiver and is received the packet that network side transmits.

2. deexcitation phase: when not having to mail to the data of subscriber equipment in the network side buffer, subscriber equipment is opened a deexcitation timer, gets into the deexcitation phase.If the corresponding data buffer of data arrives network side is arranged before timer expired, timer stops, and finishes the deexcitation phase, begins next active period; If there is not packet to arrive the corresponding data buffer of network side before the timer expired all the time, then finish the deexcitation phase, subscriber equipment cuts out receiver, begins to get into rest period.

3. rest period: subscriber equipment gets into the DRX pattern in rest period.Rest period comprises at least one DRX circulation.In the ending of each DRX circulation, subscriber equipment can be opened the receiver monitoring seek channel.Beep-page message is used in reference to and is shown in the data buffer whether previous DRX circulation has packet arrival network side correspondence.If have, then stop rest period, and subscriber equipment begins to receive packet from network side; If there is not packet to arrive the corresponding data buffer of network side, subscriber equipment then gets into next DRX circulation, continues rest period.

Active period and deexcitation phase belong to the power enable mode, and under this pattern, the subscriber equipment receiver is in open mode, and network side can send packet to subscriber equipment.Rest period belongs to power saving mode, and under this pattern, the subscriber equipment receiver is in closed condition, and network side does not send packet to subscriber equipment.

(Long Term Evaluation, LTE) in the system, network side is each user device configuration DRX loop parameter at Long Term Evolution.A DRX circulation was made up of active period and rest period.Active period comprises again to be opened duration and deexcitation phase.In this case, the subscriber equipment receiver has following 4 kinds of active states:

1. open the duration: subscriber equipment is waken up to get into from rest period and is opened the duration.Opening in the duration, subscriber equipment receives Physical Downlink Control Channel (Physical Downlink Control Channel, information PDCCH).Network side is arranged to notification of user equipment, relevant signaling information on the PDCCH channel, like the control messages about resource allocation such as affirmation, power control, resource allocation and reallocation with subscriber equipment.If subscriber equipment can successfully be decoded to the information of PDCCH signal, then open the deexcitation timer, get into the deexcitation phase; Otherwise subscriber equipment gets into rest period after opening the duration end.

2. deexcitation phase: after subscriber equipment was successfully decoded the PDCCH channel, subscriber equipment was opened the deexcitation timer, got into the deexcitation phase.In the deexcitation phase, subscriber equipment continues to monitor PDCCH and associated control channel.If subscriber equipment before the deexcitation timer expired, successfully to PDCCH and associated control channel decoding, is then opened the deexcitation timer again, get into the deexcitation phase once more; Otherwise subscriber equipment gets into rest period by the deexcitation phase behind the deexcitation timer expired.

3. active period: the time (comprise and opening duration and deexcitation phase) that the subscriber equipment receiver is in opening all belongs to active period.

4. rest period: the subscriber equipment receiver is in closed condition in rest period.

From above-mentioned introduction, can find out, at 802.16e, in the power-saving mechanism of GSM and UMTS system, in case the number of the packet in the service queue that network side is a subscriber equipment to be set up greater than zero, user terminal is promptly carried out continuous receiving course.Have only when the number of data packets in the said service queue equals zero, subscriber equipment just might be carried out discontinuous receiving course.And in the power-saving mechanism of LTE, even packet is arranged in the said service queue, subscriber equipment also can be carried out discontinuous receiving course.Therefore, than 802.16e, GSM and UMTS system, the user terminal in the LTE system has better energy saving.

But; At present the DRX mechanism of LTE system does not consider that fully network side is the situation of change of the number of the packet in the service queue set up of subscriber equipment; Therefore can't be according to the parameter in the said number of data packets dynamic self-adapting ground adjustment DRX mechanism; The length of rest period for example, the length of deexcitation timer etc.

Summary of the invention

In view of this, the objective of the invention is to propose the method and apparatus of the discontinuous reception of a kind of dynamic control subscriber equipment, realize the discontinuous receiving course of DRX of the said subscriber equipment of dynamic self-adapting ground adjustment.

Method based on the discontinuous reception of above-mentioned purpose a kind of dynamic control subscriber equipment provided by the invention comprises:

Step 1: when subscriber equipment initially connected, network side notified it to carry out the initial value of the parameter of using in the discontinuous receiving course through downlink signaling;

Step 2: during the business of subscriber equipment connects; After each scheduling finishes constantly; Network side is the number of the medium packet to be sent of the discontinuous receiving course formulated of subscriber equipment and the service queue set up for subscriber equipment according to previous moment, dynamically definite discontinuous receiving course of how adjusting subscriber equipment;

Step 3: network side is according to the result of the discontinuous receiving course of the definite adjustment subscriber equipment of step 2; The DRX sign that changes discontinuous receiving course to the subscriber equipment indication is set, and set DRX sign is sent to subscriber equipment when the subscriber equipment receiver is in opening; With

Step 4: said subscriber equipment carry out corresponding discontinuous receiving course, and self adaptation is adjusted the parameter in the discontinuous receiving course according to the DRX sign that receives.

Optional, deexcitation timer-I further is set this method and the deexcitation timer-the said scheduling of II control is constantly;

The discontinuous receiving course that said subscriber equipment is carried out comprises: DRX process-I, DRX process-II, DRX process-III and DRX process-IV;

During DRX process-I, its receiver of subscriber equipment control alternately is in deexcitation phase-I and rest period;

During DRX process-II, its receiver of subscriber equipment control is in deexcitation phase-II;

During DRX process-III, its receiver of subscriber equipment control alternately is in monitoring phase and rest period;

During DRX process-IV, subscriber equipment alternately is in deexcitation phase-I and rest period;

Wherein,

Said deexcitation phase-I is that the subscriber equipment receiver is in the duration length of opening at predefined deexcitation timer-I in running time;

Deexcitation phase-II is that the subscriber equipment receiver is in the duration of opening at predefined deexcitation timer-II in running time;

The monitoring phase is used for receiving the DRX sign for the subscriber equipment receiver is in opening, when its maximum length in time initially connects at subscriber equipment, is notified through downlink signaling by network side;

Rest period is in closed condition for the subscriber equipment receiver, and the initial value of its duration and the maximum of duration are notified through downlink signaling by network side when subscriber equipment initially connects.

Optional, this method is when DRX process-I, and be its initial value the maximum running time of said deexcitation timer-I, and the duration of rest period is its initial value;

During DRX process-III, the duration of said rest period is the self adaptation adjustment;

During DRX process-IV, be the self adaptation adjustment the maximum running time of deexcitation timer-I, and the duration of rest period is its initial value.

Optional, this method comprises in parameter described in the step 1: the longest run time initial value of deexcitation timer-I; The longest run time maximum of deexcitation timer-I; The longest run time maximum of deexcitation timer-II; Duration monitoring phase; Duration rest period initial value; Duration rest period maximum.

Optional, this method is carried out DRX process-I at the previous moment subscriber equipment, and network side confirms that discontinuous receiving course how dynamically to adjust subscriber equipment comprises in the step 2:

After if current scheduling finishes constantly, network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is 0, and the adjustment result who confirms so is: control said subscriber equipment and stop to carry out DRX process-I, begin to carry out DRX process-II;

After if current scheduling finishes constantly; Network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is after subscriber equipment begins to carry out DRX process-I once more; The threshold value that all is provided with of a N continuous time quantum greater than network side; The adjustment result who confirms so is: control said subscriber equipment and stop to carry out DRX process-I, begin to carry out DRX process-IV;

After if current scheduling finishes constantly; Network side is two conditions above the number of the medium packet to be sent of the service queue set up of subscriber equipment does not satisfy, and the adjustment result who confirms so is: the discontinuous receiving course of said subscriber equipment remains unchanged.

Optional, this method is carried out DRX process-II at the previous moment subscriber equipment, and network side confirms that discontinuous receiving course how dynamically to adjust subscriber equipment comprises in the step 2:

After if current scheduling finishes constantly; Network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is non-vanishing; The adjustment result who confirms so is: control said subscriber equipment and stop to carry out DRX process-II, begin to carry out DRX process-I;

After if current scheduling finishes constantly; Network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is zero; And DRX process-II finishes automatically, and the adjustment result who confirms so is: control said subscriber equipment and carry out DRX process-III;

After if current scheduling finishes constantly; Network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is zero; And DRX process-II does not also finish automatically, and the adjustment result who confirms so is: control said subscriber equipment and continue to carry out DRX process-II.

Optional, this method is carried out DRX process-III at the previous moment subscriber equipment, and network side confirms that discontinuous receiving course how dynamically to adjust subscriber equipment comprises in the step 2:

After if current scheduling finishes constantly; Network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is non-vanishing; The adjustment result who confirms so is: control said subscriber equipment and stop to carry out DRX process-III, begin to carry out DRX process-I;

After if current scheduling finishes constantly, network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is zero, and the adjustment result who confirms so is: control said subscriber equipment and continue to carry out DRX process-III.

Optional, this method is carried out DRX process-IV at the previous moment subscriber equipment, and network side confirms that discontinuous receiving course how dynamically to adjust subscriber equipment comprises in the step 2:

After if current scheduling finishes constantly; Network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is after subscriber equipment begins or begin once more to carry out DRX process-IV; The threshold value that all is provided with of a N continuous time quantum less than network side; The adjustment result who confirms so is: control said subscriber equipment and stop to carry out DRX process-IV, begin to carry out DRX process-I;

After if current scheduling finishes constantly; Network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment is after subscriber equipment begins or begin once more to carry out DRX process-IV; The threshold value that all is provided with of a N continuous time quantum greater than network side; The adjustment result who confirms so is: control said subscriber equipment and stop to carry out current DRX process-IV, begin to carry out new DRX process-IV;

After if current scheduling finishes constantly; Network side is that the number of the medium packet to be sent of the service queue set up of subscriber equipment does not satisfy top two said conditions, and the adjustment result who confirms so is: the discontinuous receiving course of said subscriber equipment remains unchanged.

Optional, this method is carried out DRX process-I at the previous moment subscriber equipment, and the step that the adjustment result who confirms according to said step 2 in the step 3 is provided with to the DRX sign of the discontinuous receiving course of subscriber equipment indication change comprises:

If confirm to begin to carry out DRX process-II, the LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends so, and the MAC control element of correspondence is set to 0;

If confirm to begin to carry out DRX process-IV, the LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends so, and the MAC control element of correspondence is set to 1;

If confirm to continue to carry out DRX process-I, need not send MAC PDU so or when sending MAC PDU, need not send the Sub-header that field LCID is made as " 11110 ".

Optional, this method is carried out DRX process-II at the previous moment subscriber equipment, and the step that the adjustment result who confirms according to said step 2 in the step 3 is provided with to the DRX sign of the discontinuous receiving course of subscriber equipment indication change comprises:

If confirm to begin to carry out DRX process-I, the LCID field of one of them Sub-header is set to " 11110 " and get final product among the MAC PDU that so only sends, and need not send the MAC control element of correspondence;

If confirm to begin to carry out DRX process-III, need not send MAC PDU so or when sending MAC PDU, need not send the Sub-header that field LCID is made as " 11110 ".

Optional, this method is carried out DRX process-III at the previous moment subscriber equipment, and the step that the adjustment result who confirms according to said step 2 in the step 3 is provided with to the DRX sign of the discontinuous receiving course of subscriber equipment indication change comprises:

If confirm to continue to carry out DRX process-III, need not send MAC PDU so or when sending MAC PDU, need not send the Sub-header that field LCID is made as " 11110 ".

Optional, this method is carried out DRX process-IV at the previous moment subscriber equipment, and the step that the adjustment result who confirms according to said step 2 in the step 3 is provided with to the DRX sign of the discontinuous receiving course of subscriber equipment indication change comprises:

If confirm to begin to carry out DRX process-I, the LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends so, and the MAC control element of correspondence is set to 0;

If confirm to begin to carry out new DRX process-IV, the LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends so, and the MAC control element of correspondence is set to 1;

If confirm to continue to carry out current DRX process-IV, need not send MAC PDU so or when sending MAC PDU, need not send the Sub-header that field LCID is made as " 11110 ".

Optional, this method subscriber equipment in step 4 is carried out DRX process-I and is comprised: when subscriber equipment begins to carry out DRX process-I, at first control its receiver and be in deexcitation phase-I.

Optional, when this method is in deexcitation phase-I when its receiver of subscriber equipment control, further comprise:

If subscriber equipment received control information and packet before current deexcitation timer-I timing finishes; But do not receive the DRX flag information; Stop current deexcitation timer-I so; Open a new deexcitation timer-I simultaneously, control its receiver and stay at active period-I;

If subscriber equipment is not still received control information and packet when current deexcitation timer-I timing finishes, do not receive the DRX flag information simultaneously yet, after current deexcitation timer-I timing finishes, control its receiver and get into rest period so; After rest period finishes, control its receiver and get into deexcitation phase-I again;

If subscriber equipment received control information and packet before current deexcitation timer-I timing finishes; Receive the DRX sign simultaneously; And MAC control element wherein is " 1 ", stops current deexcitation timer-I so, and subscriber equipment begins to carry out DRX process-IV;

If subscriber equipment did not receive control information and packet before current deexcitation timer-I timing finishes; But receive the DRX sign; And MAC control element wherein is " 1 ", stops current deexcitation timer-I so, and subscriber equipment begins to carry out DRX process-IV;

If subscriber equipment received control information and packet before current deexcitation timer-I timing finishes; Receive the DRX sign simultaneously; And MAC control element wherein is " 0 "; Stop current deexcitation timer-I so, open deexcitation timer-II simultaneously, subscriber equipment begins to carry out DRX process-II.

Optional, this method subscriber equipment in step 4 is carried out DRX process-II and is comprised: when user terminal begins to carry out DRX process-II, at first control its receiver and be in active period-II.

Optional, this method further comprises when being in deexcitation phase-II when its receiver of subscriber equipment control:

If before deexcitation timer-II timing finishes, receive the DRX sign, when receiving that said DRX indicates, subscriber equipment stops deexcitation timer-II, begins to carry out DRX process-I so;

If when deexcitation timer-II timing finishes, do not receive the DRX sign, after deexcitation timer-II timing finished, subscriber equipment began to carry out DRX process-III so.

Optional; This method subscriber equipment in step 4 is carried out DRX process-III and is specifically comprised: when user terminal begins to carry out DRX process-III; At first control its receiver and be in hibernation, after rest period finished, its receiver of subscriber equipment control got into the monitoring phase.

Optional, this method is controlled its receiver when subscriber equipment and is in monitoring during the phase, further comprises:

If subscriber equipment is received the DRX sign, after receiving said DRX sign, subscriber equipment can be controlled its receiver immediately and stop the monitoring phase, and begins to carry out DRX process-I so;

If subscriber equipment is not received Warning Mark, after the monitoring phase finished, its receiver of subscriber equipment control got into rest period so, and after rest period finished, its receiver of subscriber equipment control got into the monitoring phase again.

Optional, this method subscriber equipment in step 4 is carried out DRX process-IV and is specifically comprised: when subscriber equipment begins to carry out DRX process-IV, at first control its receiver and be in deexcitation phase-I.

If subscriber equipment received control information and packet before current deexcitation timer-I timing finishes; But do not receive the DRX flag information; Stop current deexcitation timer-I so, open a new deexcitation timer-I simultaneously, control its receiver and stay at active period;

If subscriber equipment is not still received control information and packet when current deexcitation timer-I timing finishes; Do not receive simultaneously the DRX flag information yet; So after current deexcitation timer-I timing finishes; Its receiver of subscriber equipment control gets into rest period, and after rest period finished, its receiver of subscriber equipment control got into the deexcitation phase again;

If subscriber equipment received control information and packet before current deexcitation timer-I timing finishes; Receive the DRX sign simultaneously; And MAC control element wherein is " 1 "; Stop current deexcitation timer-I so, subscriber equipment begins to carry out new DRX process-IV;

If subscriber equipment did not receive control information and packet before current deexcitation timer-I timing finishes; But receive the DRX sign; And MAC control element wherein is " 1 ", stops current deexcitation timer-I so, and subscriber equipment is carried out new DRX process-IV;

If subscriber equipment received control information and packet before current deexcitation timer-I timing finishes; Receive the DRX sign simultaneously; And MAC control element wherein is " 0 ", stops current deexcitation timer-I so, and subscriber equipment is carried out DRX process-I.

Optional, when this method subscriber equipment in step 4 is carried out DRX process-III, the duration length of self adaptation adjustment rest period.

Optional, the adjustment of the duration length of this method said rest period comprises: the l time entering is during rest period in DRX process-III when its receiver of subscriber equipment control, and the duration length of this rest period is calculated according to following mode:

T _s(l)＝min{f(T _s(0))，T _s ^MAX}，l≥1

T wherein _s(0) expression duration rest period initial value; T _s ^MAXThe maximum of expression duration rest period; F (T _s(0)) is T _sThe function of arbitrary form (0).

Optional, when this method subscriber equipment in step 4 was carried out DRX process-IV, self adaptation was regulated the maximum opening time of deexcitation timer-I.

Optional, this method in the maximum open-interval method of adjustment of said deexcitation timer-I is: when subscriber equipment began the m time DRX process-IV, the maximum duration length of the deexcitation timer-I that supposes just to have finished was T _i ^I(m-1), among the m time DRX process-IV, the longest run time of deexcitation timer-I calculates according to following mode so:

T _i ^I(m)＝min{g(T _i ^I(0))，T _i ^I-MAX}，m≥1

T wherein _i ^I(0)

The initial value of expression deexcitation timer-I longest run time; T _i ^I-MAXThe maximum of expression deexcitation timer-I longest run time; G (T _i ^I(0)) is T _i ^I(0) function of equal arbitrary form.

In another aspect of this invention, a kind of device of the discontinuous reception of dynamic self-adapting ground control subscriber equipment based on said method is provided also, this device is arranged in the base station, comprising:

The service queue module is used for the packet that buffer memory sends to subscriber equipment;

The DRX sign is provided with module: be used for the number according to user apparatus service formation packet, dynamically adjust subscriber equipment and carry out discontinuous receiving course, and the DRX sign that the indication subscriber equipment carries out discontinuous receiving course change further is set;

Transmitter module is used to launch control information, packet and the DRX sign of generation.

In another aspect of this invention, a kind of device of the discontinuous reception of dynamic self-adapting ground control subscriber equipment based on said method is provided also, this device is arranged in the subscriber equipment, comprising:

Receiver module is used to receive control information, packet and said DRX sign from base station side;

Control information, packet and DRX flag decoding module are used for the control information, business datum and the said DRX sign that receive are decoded; With

Discontinuous reception control module be used for indicating to confirm the discontinuous receiving course that subscriber equipment is carried out according to said DRX, and further receiver control gets into different active states according to performed discontinuous receiving course.

Saidly can find out from top; The method and apparatus of the discontinuous reception of dynamic control subscriber equipment provided by the invention; Through considering that network side is the number of the packet in the service queue set up of subscriber equipment; The discontinuous receiving course of DRX of the said subscriber equipment of dynamic self-adapting ground adjustment, and will adjust order and give subscriber equipment through DRX sign notice; Subscriber equipment is in carrying out discontinuous receiving course; Parameter in can the discontinuous receiving course of adaptively modifying; Realize subscriber equipment well performance compromise between energy-efficient performance and message transmission rate performance with this; Thereby make that subscriber equipment can obtain energy-conservation gain efficiently when the number of data packets that mails to subscriber equipment is zero; When the number of the packet of mailing to subscriber equipment during for a long time all in accumulation, subscriber equipment can access the higher data transmission rate.

Description of drawings

Fig. 1 is the sketch map of the DRX control device at place, embodiment of the invention network side base station;

Fig. 2 dynamically adjusts the schematic flow sheet that subscriber equipment is carried out discontinuous receiving course for embodiment of the invention DRX sign is provided with module;

Fig. 3 is used for carrying the form sketch map of MACPDU of the LTE system of DRX sign for the embodiment of the invention;

Fig. 4 is the sketch map of the DRX control device of embodiment of the invention user equipment side;

Fig. 5 carries out the schematic flow sheet of DRX process-I for embodiment of the invention subscriber equipment;

Fig. 6 carries out the schematic flow sheet of DRX process-II for embodiment of the invention subscriber equipment;

Fig. 7 carries out the sketch map of DRX process-III for embodiment of the invention subscriber equipment;

Fig. 8 carries out the schematic flow sheet of DRX process-IV for embodiment of the invention subscriber equipment.

Embodiment

For making the object of the invention, technical scheme and advantage clearer, below in conjunction with specific embodiment, and with reference to accompanying drawing, to further explain of the present invention.

Method according to the discontinuous reception of dynamic control subscriber equipment provided by the invention mainly may further comprise the steps:

Step 2: during the business of subscriber equipment connects; After each scheduling constantly finishes, the definite discontinuous receiving course how dynamically to adjust subscriber equipment of number of the medium packet to be sent of the service queue that network side is set up according to the performed discontinuous receiving course of previous moment (being to confirm last time) subscriber equipment with for subscriber equipment;

Step 3: network side is provided with the DRX sign that changes discontinuous receiving course to the subscriber equipment indication according to said definite result who how to adjust the discontinuous receiving course of subscriber equipment, and set DRX sign is sent to subscriber equipment when the subscriber equipment receiver is in opening;

Step 4: said subscriber equipment carry out different discontinuous receiving courses, and self adaptation is adjusted the parameter in the discontinuous receiving course according to the DRX sign that receives.

According to another aspect of the present invention, a kind of device of discontinuous receiving course of dynamic self-adapting control subscriber equipment is provided, comprises:

Be arranged in the base station,

Transmitter module, be used to launch generation control information, packet and DRX sign and

Be arranged in the subscriber equipment,

Before embodiments of the invention are elaborated, at first explain the definition of several relational languages of using among the present invention:

Deexcitation timer-I: be used for controlling the duration length that the subscriber equipment receiver is in deexcitation phase-I; The initial value of its longest run time and the maximum of longest run time are notified through downlink signaling by network side when subscriber equipment initially connects;

Deexcitation timer-II: be used for controlling the duration length that the subscriber equipment receiver is in deexcitation phase-II, its longest run time is notified through downlink signaling by network side when initially connecting at subscriber equipment;

Deexcitation phase-I: the subscriber equipment receiver is in the duration length of opening at deexcitation timer-I in running time, and it depends on the actual run time of each deexcitation timer-I and the number of the deexcitation timer-I of operation continuously;

Deexcitation phase-II: the subscriber equipment receiver is in the duration of opening at deexcitation timer-II in running time.It depends on the actual run time of deexcitation timer-II; Wherein, deexcitation timer-I reflection is the time interval that user grouping is scheduled; What deexcitation timer-II reflected is the time interval of packet arrives, and the duration of the two can be provided with arbitrarily, both can be the same or different;

The monitoring phase: the subscriber equipment receiver is in opening and is used for receiving the DRX sign, when its maximum length in time initially connects at subscriber equipment, is notified through downlink signaling by network side;

Rest period: the subscriber equipment receiver is in closed condition, and the initial value of its duration and the maximum of duration are notified through downlink signaling by network side when subscriber equipment initially connects;

DRX process-I: this procedure definition is that its receiver of subscriber equipment control alternately is in deexcitation phase-I and rest period.Be its initial value the maximum running time of deexcitation timer-I; The duration of rest period is its initial value;

DRX process-II: this procedure definition is that its receiver of subscriber equipment control is in deexcitation phase-II.

DRX process-III: this procedure definition is that its receiver of subscriber equipment control alternately is in monitoring phase and rest period.The duration of rest period can the self adaptation adjustment.

DRX process-IV: this procedure definition is that subscriber equipment alternately is in deexcitation phase-I and rest period.Can self adaptation adjust the maximum running time of deexcitation timer-I; The duration of rest period is its initial value.

With reference to the accompanying drawings embodiments of the invention are elaborated.

At first, when subscriber equipment initially connected, network side notified it to carry out the parameter of using in the discontinuous receiving course through downlink signaling.Specifically comprise:

The initial value of the longest run time of deexcitation timer-I: T _i ^I(0);

The maximum of the longest run time of deexcitation timer-I: T _i ^I-MAX

The longest run time of deexcitation timer-II: T _i ^II

Monitoring phase maximum length in time: T _o

The initial value of duration rest period: T _s(0);

The maximum of duration rest period: T _s ^MAX

Fig. 1 shows and has provided according to the present invention (the structure of an embodiment of the DRX control device of for example, eNB) locating in the network side base station.As shown in Figure 1, the DRX control device at the place, base station comprises that service queue module, DRX sign are provided with module and transmitter module.

For the discontinuous receiving course of dynamic self-adapting ground adjustment subscriber equipment, in the DRX control device at place, base station, dispose the DRX sign module is set.When the downlink grouped that will send to subscriber equipment arrived network side, packet at first got in the business module formation of the DRX control device that is arranged in the base station and ranks.After finishing each, the service queue module reports to the DRX sign with the number of the medium packet to be sent of formation module is set dispatching cycle.DRX sign is provided with module and at first judges whether the non-continuous process that needs adjustment subscriber equipment is carried out according to the situation of change of number of data packets to be sent such as said; If court verdict is the needs adjustment; So further how judgement adjusts the discontinuous receiving course that subscriber equipment is carried out, and according to said judged result the DRX sign that the indication subscriber equipment carries out discontinuous receiving course change is set further.By transmitter module the DRX sign is carried out descending transmission through correlated channels together with other control informations at last.

Fig. 2 show the sign of DRX among the present invention be provided with module according to the report of service queue module etc. the situation of change of number of data packets to be sent, dynamically adjust the embodiment that respective user equipment is carried out discontinuous receiving course.

Suppose that at the moment t base station is Q for the data volume in the service queue of subscriber equipment k foundation _k(t)

At first, judges equipment k current states, comprising:

Step 200, t begins constantly, and the DRX sign of base station is provided with whether module judges equipment k is current carries out DRX process-I, if then get into step 201, otherwise gets into step 210.

In step 210, whether judges equipment k is current carries out DRX process-II, if then get into step 211, otherwise gets into step 220.

In step 220, whether judges equipment k is current carries out DRX process-III, if then get into step 221, otherwise gets into step 230.

When t constantly before subscriber equipment k when carrying out DRX process-I, the DRX sign is provided with module adjustment respective user equipment and carries out the process of discontinuous reception and comprise:

Step 201～202 judge whether Q _k(t)=0, if Q _k(t)=0, the DRX sign can when sending control information with packet, be sent in the base station during subscriber equipment k receiver is in deexcitation phase-I so, and control subscriber equipment k stops to carry out DRX process-I, begins to carry out DRX process-II.

Step 203～204 judge whether

N ∈ [0, N-1], n ∈ Z, Q _k(t-n)＞Q ^THIf, not, promptly N ∈ [0, N-1], n ∈ Z, 0＜Q _k(t-n)≤Q ^TH, then get into step 205; If, promptly in the service queue module of subscriber equipment k number of data packets a N continuous time quantum all be higher than predetermined threshold value Q ^TH, no matter whether the base station send control information and packet during the subscriber equipment receiver is in deexcitation phase-I so, all can send the DRX sign, and the control subscriber equipment stops to carry out DRX process-I, begins to carry out DRX process-IV.

Step 205, if N ∈ [0, N-1], n ∈ Z, 0＜Q _k(t-n)≤Q ^TH, the base station can not sent DRX and indicated to subscriber equipment so, and subscriber equipment continues to carry out DRX process-I.

When t constantly before subscriber equipment k when carrying out DRX process-II, the DRX sign is provided with module adjustment respective user equipment and carries out the process of discontinuous reception and be:

Step 211～212 judge whether Q _k(t)=0 and deexcitation timer-II constantly also not overtime at t, if then the base station can not sent DRX and indicated that to subscriber equipment subscriber equipment continues to carry out DRX process-II; Otherwise, get into step 213.

Step 213～214 judge whether Q _k(t)=0 and deexcitation timer-II finish in t timing constantly, if, and

N ∈ [0, N-1], n ∈ Z, Q _k(t-n)=0, deexcitation timer-II finishes in t timing constantly, and the DRX sign need not sent in the base station so, and subscriber equipment can stop to carry out DRX process-II automatically, begins to carry out DRX process-III; Otherwise get into step 215.

If step 215 is Q _k(t)＞0 and deexcitation timer-II constantly also not overtime at t, the DRX sign can be sent in the base station during the subscriber equipment receiver is in deexcitation phase-II so, the control subscriber equipment stops to carry out DRX process-II, begins to carry out DRX process-I.

When t constantly before subscriber equipment k when carrying out DRX process-III, the DRX sign is provided with module adjustment respective user equipment and carries out the process of discontinuous reception and be:

Step 221～222 judge whether Q _k(t)＞0, if Q _k(t)＞0, the DRX sign can be sent in a monitoring phase of the subscriber equipment receiver entering constantly nearest apart from t in the base station so, and the control subscriber equipment stops to carry out DRX process-III, begins to carry out DRX process-I; Otherwise, get into step 223.

If step 223 is Q _k(t)=0, the base station can not sent DRX and indicated to subscriber equipment so, and subscriber equipment continues to carry out DRX process-III.

When t constantly before subscriber equipment k when carrying out DRX process-IV, the DRX sign is provided with module adjustment respective user equipment and carries out the process of discontinuous reception and be:

Step 231～232 judge whether

N ∈ [0, N-1-t '], n ∈ Z, Q _k(t-n)>=Q ^TH(wherein t ' expression subscriber equipment begin to carry out current DRX process-IV the moment); If; Be subscriber equipment k after beginning to carry out current DRX process-IV, in its service queue module number of data packets once more a N continuous time quantum all be higher than predetermined threshold value Q ^TH, no matter whether the base station send control information and packet during the subscriber equipment receiver is in deexcitation phase-I so, all can send the DRX sign, and the control subscriber equipment begins to carry out a new DRX process-IV; Otherwise get into step 233.

Step 233～234, if N ∈ [0, N-1], n ∈ Z, 0＜Q _k(t-n)≤Q ^TH, promptly user terminal k after beginning to carry out current DRX process-IV, in its service queue module number of data packets a N continuous time quantum all be lower than predetermined threshold value Q ^TH, the DRX sign can when sending control information with packet, be sent in the base station during the user terminal receiver is in deexcitation phase-I so, and the control subscriber equipment stops to carry out DRX process-IV, begins to carry out DRX process-I; Otherwise, get into step 235.

If do not satisfy above-mentioned two kinds of conditions, promptly subscriber equipment k is when carrying out current DRX process-IV, and number of data packets is lower than predetermined threshold Q sometimes in its service queue module in a N continuous time quantum ^TH, be higher than predetermined threshold Q sometimes ^TH, the base station can not sent DRX and indicated to user terminal so, and user terminal continues to carry out current DRX process-IV.

When DRX indicates that the module judgement is set needs the discontinuous receiving course of adjustment subscriber equipment, the DRX sign is set.Fig. 3 has provided the form of medium access control (MAC) pdu (PDU) that defines in the LTE system.Wherein comprise a plurality of sub-header among the MAC header., the LCID field among the sub-header representes that the corresponding MAC control element of this sub-header is DRX Command when being set to " 11110 ".In conjunction with LCID field among the sub-header and the MAC control element that is used to carry DRX Command, the concrete grammar that the DRX sign among the present invention is provided with is:

When being provided with module judges equipment, the DRX sign need stop to carry out DRX process-I; When beginning to carry out DRX process-II; The LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends, and the MAC control element of correspondence is set to 0;

When being provided with module judges equipment, the DRX sign need stop to carry out DRX process-I; When beginning to carry out DRX process-IV; The LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends, and the MAC control element of correspondence is set to 1;

When DRX sign is provided with module judges equipment and need continues to carry out DRX process-I, need not send MAC PDU or when sending MAC PDU, need not send the Sub-header that field LCID is made as " 11110 ";

When being provided with module judges equipment, the DRX sign need stop to carry out DRX process-II; When beginning to carry out DRX process-I; The LCID field of one of them Sub-header is set to " 11110 " and get final product among the MAC PDU that only sends, and need not send the MAC control element of correspondence;

When being provided with module judges equipment, the DRX sign need stop to carry out DRX process-III; When beginning to carry out DRX process-I; The LCID field of one of them Sub-header is set to " 11110 " and get final product among the MAC PDU that only sends, and need not send the MAC control element of correspondence;

When being provided with module judges equipment, the DRX sign need stop to carry out DRX process-IV; When beginning to carry out DRX process-I; The LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends, and the MAC control element of correspondence is set to 0;

When being provided with module judges equipment, the DRX sign need stop to carry out current DRX process-IV; When beginning to carry out new DRX process-IV; The LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends, and the MAC control element of correspondence is set to 1;

When DRX sign is provided with module judges equipment and need continues to carry out current DRX process-IV, need not send MAC PDU or when sending MAC PDU, need not send the Sub-header that field LCID is made as " 11110 ".

Fig. 4 shows according to the present invention at an embodiment of the DRX of user equipment side control device.As shown in Figure 4, the DRX control device of user equipment side comprises receiver module, control information, data and DRX flag decoding module and discontinuous reception control module.

Receiver module in the subscriber equipment receives the control information such as schedule information, packet and the DRX sign from network side.Then, receiver module passes to control information, data and DRX flag decoding module with control information, packet and DRX sign.Control information, data and DRX flag decoding module are decoded to the control information, packet and the DRX sign that receive, and decoding is obtained DRX sign notice to discontinuous reception control module.Discontinuous reception control module indicates to come the state of receiver control module according to this, thereby realizes the controlled function of the discontinuous receiving course of dynamic self-adapting ground adjustment.

Subscriber equipment is carried out different discontinuous receiving courses according to receiving the DRX flag information from the base station.Fig. 5 has provided the embodiment of subscriber equipment execution DRX process-I.Detailed process comprises:

When subscriber equipment begins to carry out DRX process-I, at first open a new deexcitation timer-I (step 501), control its receiver module and be in deexcitation phase-I (step 502).

During deexcitation phase-I:

Judge whether to receive Downlink Control Information and data message (step 503);

If subscriber equipment is before current deexcitation timer-I timing finishes; Receive control information and packet, then continue to judge whether to receive DRX flag information (step 504), if also do not receive the DRX flag information simultaneously; Judge so whether timing finishes (step 505) to deexcitation timer-I; If finish, then return step 501, if do not finish to return step 502.Its receiver of control stays at deexcitation phase-I like this.

When if subscriber equipment finishes in current deexcitation timer-I timing; Still do not receive control information and packet; Then continue to judge whether to receive Warning Mark information (step 506),, judge so whether current deexcitation timer-I timing finishes (step 507) if also do not receive the DRX flag information simultaneously; If control its receiver and get into rest period (step 508); Constantly judge whether dormancy finishes (509), after rest period finishes, return step 501, control its receiver and get into deexcitation phase-I again.

If subscriber equipment is before current deexcitation timer-I timing finishes; Receive control information and packet; Receive the DRX sign simultaneously, judge then whether MAC control element wherein is " 1 " (step 510), if; Stop current deexcitation timer-I so, subscriber equipment k begins to carry out DRX process-IV (step 511).

If subscriber equipment is before current deexcitation timer-I timing finishes; Do not receive control information and packet; But receive the DRX sign; And MAC control element wherein is " 1 ", stops current deexcitation timer-I so, and subscriber equipment k begins to carry out DRX process-IV (step 511).

If subscriber equipment is before current deexcitation timer-I timing finishes; Receive control information and packet, receive the DRX sign simultaneously, but judge that in step 510 Warning Mark MAC control element is not " 1 "; But be " 0 "; Stop current deexcitation timer-I so, open deexcitation timer-II simultaneously, subscriber equipment begins to carry out DRX process-II (step 512).

Subscriber equipment is during carrying out DRX process-I, and the running time of deexcitation timer-I and the duration of rest period do not change.

Fig. 6 has provided the embodiment of subscriber equipment execution DRX process-II.Detailed process comprises:

When subscriber equipment begins to carry out DRX process-II, at first, open deexcitation timer-II (step 601), control its receiver and be in active period-II (step 602).

During deexcitation phase-II:

Judge whether to receive DRX flag information (step 603), and whether the timing of deexcitation timer-II finishes (step 605);

If before deexcitation timer-II timing finishes, receive the DRX sign, when receiving that said DRX indicates, subscriber equipment stops deexcitation timer-II, begins to carry out DRX process-I (step 604) so.

If when deexcitation timer-II timing finishes, do not receive the DRX sign, after deexcitation timer-II timing finished, subscriber equipment began to carry out DRX process-III (step 606) so.

Subscriber equipment is only opened deexcitation timer-II one time during carrying out DRX process-II.

Fig. 7 has provided the embodiment of subscriber equipment execution DRX process-III.Detailed process comprises:

When subscriber equipment begins to carry out DRX process-III; At first calculate the duration (step 701) of next dormancy; Control its receiver be in hibernation (step 702); Judge whether rest period finish (step 703), after rest period finished, its receiver of subscriber equipment control got into monitoring phase (step 704).

Wherein, in DRX process-III, the duration length of rest period can self adaptation be adjusted, and concrete adjustment process is:

The inferior entering of l (l >=1) is during rest period in DRX process III when its receiver of subscriber equipment control, and the duration length of this rest period is calculated according to following mode:

T _s(l)＝min{f(T _s(0))，T _s ^MAX}，

In particular, f (T _s(0)) form can be expressed as: f (T _s(0))=2lTs (0).

During the monitoring phase:

Also judge whether to receive the DRX sign (step 705) of MAC control element for " 1 ";

If subscriber equipment is received the DRX sign, after receiving said DRX sign, subscriber equipment can be controlled its receiver immediately and stop the monitoring phase, and begins to carry out DRX process-I (step 706) so;

If subscriber equipment is not received DRX sign, judge so whether the monitoring phase finish (step 707), after the monitoring phase finished, its receiver of subscriber equipment control got into rest period.After rest period finished, its receiver of subscriber equipment control got into the monitoring phase again.

After number of data packets was zero in the service queue that place, network side base station sets up for subscriber equipment, the said subscriber equipment of base stations control began to carry out DRX process-III.During this period, prolong the duration that its receiver is in the rest period of closed condition through self adaptation, it is energy-conservation that said subscriber equipment is better carried out in this case.

Fig. 8 has provided the embodiment of subscriber equipment execution DRX process-IV.Detailed process comprises:

When subscriber equipment begins to carry out DRX process-IV; At first; Recomputate the maximum opening time length (step 801) of deexcitation timer-I, open a new deexcitation timer-I (step 802) then, control its receiver and be in deexcitation phase-I (step 803).

Wherein, in DRX process-IV, the maximum opening time of deexcitation timer-I can self adaptation be adjusted, and concrete adjustment process is:

When subscriber equipment began the inferior DRX process of m (m>=1)-IV, the maximum opening time length of the deexcitation timer-I that supposes just to have finished was T _i ^I(m-1), among the m time DRX process-IV, the maximum opening time of deexcitation timer-I calculates according to following mode so:

T _i ^I(m)＝min{g(T _i ^I(0))，T _i ^I-MAX}，m≥1

In particular, g (T _i ^I(0)) form can be expressed as g (T _i ^I(0)) T=(m+1) _i ^I(0).

During the deexcitation phase:

Judge whether to receive Downlink Control Information and packet (step 804);

If receive control information and packet then continues to judge whether to receive DRX flag information (step 805), if receive the timing end (step 806) that the DRX flag information does not further judge whether deexcitation timer-I; If subscriber equipment received control information and packet before current deexcitation timer-I timing finishes, but did not receive the DRX flag information, then return step 803; If the timing of deexcitation timer-I finishes; Return step 802 so, stop current deexcitation timer-I, open a new deexcitation timer-I simultaneously; The duration of deexcitation timer-I that this is new is still consistent with former deexcitation timer-I, controls its receiver and stays at deexcitation phase-I.

If subscriber equipment is not received control information and packet; Further judge whether to receive DRX flag information (step 807); If through judging when current deexcitation timer-I timing finishes (step 808); Both do not received control information and packet, and also do not received the DRX flag information, its receiver of subscriber equipment control gets into rest period (step 809) so; Keep and judge whether rest period finish (810), after rest period finishes, return step 802, its receiver of subscriber equipment control gets into the deexcitation phase again.

If subscriber equipment is before current deexcitation timer-I timing finishes; Receive control information and packet (step 804); Receive DRX sign (step 805) simultaneously, and through judging that wherein MAC control element is not " 0 " and be " 1 " (step 811), stops current deexcitation timer-I so; Subscriber equipment is carried out new DRX process-IV (step 812), returns step 801.

If subscriber equipment is before current deexcitation timer-I timing finishes; Do not receive control information and packet (step 804); But receive DRX sign (step 807), and MAC control element wherein is " 1 " (step 811), stops current deexcitation timer-I so; Subscriber equipment is carried out new DRX process-IV (step 812), returns step 801.

If subscriber equipment is before current deexcitation timer-I timing finishes; Receive control information and packet (step 804); Receive DRX sign (step 805) simultaneously; And MAC control element wherein is " 0 " (step 811), stops current deexcitation timer-I so, and subscriber equipment is carried out DRX process-I (step 813).

Through the present invention program, a number of data packets N continuous time quantum all is higher than predetermined threshold value Q in the service queue that place, network side base station sets up for subscriber equipment ^THAfter, the said subscriber equipment of base stations control begins to carry out DRX process-IV.After beginning to carry out a new DRX process-IV at every turn; Said subscriber equipment prolongs the maximum running time of deexcitation timer-I through self adaptation; Thereby prolong the duration that its receiver is in the deexcitation phase-I of opening, can make said subscriber equipment have higher message transmission rate in this case.

Compare with the discontinuous reception mechanism of present 802.16e, GSM, UMTS and LTE system; Can find out that the present invention is through considering that network side is the number of the packet in the service queue set up of subscriber equipment; Dynamically the discontinuous receiving course of DRX of the said subscriber equipment of adjustment is compromised thereby make subscriber equipment adaptively between energy-efficient performance and message transmission rate performance, to obtain good performance.

Above-described specific embodiment is merely specific embodiment of the present invention, is not limited to the present invention, and is all within spirit of the present invention and principle, any modification of being made, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. a method of dynamically controlling the discontinuous reception of subscriber equipment is characterized in that, comprising:

2. method according to claim 1 is characterized in that, the said scheduling moment of deexcitation timer-I and deexcitation timer-II control is set;

Wherein,

3. method according to claim 2 is characterized in that,

During DRX process-I, be its initial value the maximum running time of said deexcitation timer-I, and the duration of rest period is its initial value;

4. method according to claim 2 is characterized in that parameter comprises described in the step 1: the longest run time initial value of deexcitation timer-I; The longest run time maximum of deexcitation timer-I; The longest run time maximum of deexcitation timer-II; Duration monitoring phase; Duration rest period initial value; Duration rest period maximum.

5. method according to claim 2 is characterized in that, the previous moment subscriber equipment is carried out DRX process-I, and network side confirms that discontinuous receiving course how dynamically to adjust subscriber equipment comprises in the step 2:

6. method according to claim 2 is characterized in that, the previous moment subscriber equipment is carried out DRX process-II, and network side confirms that discontinuous receiving course how dynamically to adjust subscriber equipment comprises in the step 2:

7. method according to claim 2 is characterized in that, the previous moment subscriber equipment is carried out DRX process-III, and network side confirms that discontinuous receiving course how dynamically to adjust subscriber equipment comprises in the step 2:

8. method according to claim 2 is characterized in that, the previous moment subscriber equipment is carried out DRX process-IV, and network side confirms that discontinuous receiving course how dynamically to adjust subscriber equipment comprises in the step 2:

9. method according to claim 2 is characterized in that, the previous moment subscriber equipment is carried out DRX process-I, and the step that the adjustment result who confirms according to said step 2 in the step 3 is provided with to the DRX sign of the discontinuous receiving course of subscriber equipment indication change comprises:

If confirm to begin to carry out DRX process-IV, the LCID field of one of them Sub-header is set to " 11110 " among the MAC PDU that sends so, and the MACcontrol element of correspondence is set to 1;

10. method according to claim 2; It is characterized in that; The previous moment subscriber equipment is carried out DRX process-II, and the step that the adjustment result who confirms according to said step 2 in the step 3 is provided with to the DRX sign of the discontinuous receiving course of subscriber equipment indication change comprises:

11. method according to claim 2; It is characterized in that; The previous moment subscriber equipment is carried out DRX process-III, and the step that the adjustment result who confirms according to said step 2 in the step 3 is provided with to the DRX sign of the discontinuous receiving course of subscriber equipment indication change comprises:

12. method according to claim 2; It is characterized in that; The previous moment subscriber equipment is carried out DRX process-IV, and the step that the adjustment result who confirms according to said step 2 in the step 3 is provided with to the DRX sign of the discontinuous receiving course of subscriber equipment indication change comprises:

13. method according to claim 2 is characterized in that, subscriber equipment is carried out DRX process-I and is comprised in the step 4: when subscriber equipment begins to carry out DRX process-I, at first control its receiver and be in deexcitation phase-I.

14. method according to claim 13 is characterized in that, when its receiver of subscriber equipment control is in deexcitation phase-I, further comprises:

15. method according to claim 2 is characterized in that, subscriber equipment is carried out DRX process-II and is comprised in the step 4: when user terminal begins to carry out DRX process-II, at first control its receiver and be in active period-II.

16. method according to claim 15 is characterized in that, when its receiver of subscriber equipment control is in deexcitation phase-II, further comprises:

17. method according to claim 2; It is characterized in that; Subscriber equipment is carried out DRX process-III and is specifically comprised in the step 4: when user terminal begins to carry out DRX process-III; At first control its receiver and be in hibernation, after rest period finished, its receiver of subscriber equipment control got into the monitoring phase.

18. method according to claim 17 is characterized in that, controls its receiver when subscriber equipment and is in monitoring during the phase, further comprises:

19. method according to claim 2 is characterized in that, subscriber equipment is carried out DRX process-IV and is specifically comprised in the step 4: when subscriber equipment begins to carry out DRX process-IV, at first control its receiver and be in deexcitation phase-I.

20. method according to claim 19 is characterized in that, when its receiver of subscriber equipment control is in deexcitation phase-I, further comprises:

21. method according to claim 2 is characterized in that, when subscriber equipment is carried out DRX process-III in the step 4, and the duration length of self adaptation adjustment rest period.

22. method according to claim 21; It is characterized in that; The adjustment of the duration length of rest period comprises: the l time entering is during rest period in DRX process-III when its receiver of subscriber equipment control, and the duration length of this rest period is calculated according to following mode:

T_{s} (l) = \min {f (T_{s} (0)), T_{s}^{MAX}},

l≥1

T wherein _s(0) expression duration rest period initial value; The maximum of expression duration rest period; F (T _s(0)) is T _sThe function of arbitrary form (0).

23. method according to claim 2 is characterized in that, when subscriber equipment was carried out DRX process-IV in the step 4, self adaptation was regulated the maximum opening time of deexcitation timer-I.

24. method according to claim 23; It is characterized in that; The maximum open-interval method of adjustment of said deexcitation timer-I is: when subscriber equipment begins the m time DRX process-IV; So among the m time DRX process-IV, calculate according to following mode by the longest run time of deexcitation timer-I for

for the maximum duration length of the deexcitation timer-I that supposes just to have finished:

T_{i}^{l} (m) = \min {g (T_{i}^{I} (0)), T_{i}^{I - MAX}},

m≥1

Where

means to activate the timer-I initial value of the longest running time;

to activate the timer-I indicates the longest running time of the maximum;

is

function in any form.

25. the device based on the discontinuous reception of dynamic self-adapting ground control subscriber equipment of each said method of claim 1-24 is characterized in that this device is arranged in the base station, comprising:

26. the device based on the discontinuous reception of dynamic self-adapting ground control subscriber equipment of each said method of claim 1-24 is characterized in that this device is arranged in the subscriber equipment, comprising: