CN104581908B

CN104581908B - The method for parameter configuration and device of discontinuous reception modes

Info

Publication number: CN104581908B
Application number: CN201510054669.3A
Authority: CN
Inventors: 李明菊; 朱亚军; 雷艺学; 张云飞
Original assignee: Shenzhen Coolpad Technologies Co Ltd
Current assignee: Shenzhen Coolpad Technologies Co Ltd
Priority date: 2015-01-30
Filing date: 2015-01-30
Publication date: 2018-10-26
Anticipated expiration: 2035-01-30
Also published as: CN104581908A; WO2016119281A1

Abstract

The present invention proposes a kind of a kind of parameter configuration device of the method for parameter configuration and discontinuous reception modes of discontinuous reception modes, the method includes：When base station carries out the parameter configuration of discontinuous reception modes, the first discontinuous reception parameters are configured on the serving cell for authorizing frequency spectrum, the second discontinuous reception parameters are configured on the serving cell of unlicensed spectrum, wherein, first discontinuous reception parameters are different from second discontinuous reception parameters.By the technical program, different discontinuous reception parameters are configured by the serving cell of mandate frequency spectrum for terminal and the serving cell of unlicensed spectrum, terminal can be enable to maximize service efficiency that is energy saving, while improving frequency spectrum, and improve throughput of system.

Description

The method for parameter configuration and device of discontinuous reception modes

Technical field

The present invention relates to radio network technique fields, in particular to a kind of parameter configuration of discontinuous reception modes The parameter configuration device of method and a kind of discontinuous reception modes.

Background technology

The core of existing network is with the sharp increase of message volume, 3GPP authorizes frequency spectrum to seem less and less adequate To provide higher network capacity.In order to further increase the utilization of frequency spectrum resource, 3GPP is just discussing how to authorize frequency spectrum Unlicensed spectrum is used under helping, such as 2.4GHz and 5GHz frequency ranges.These unlicensed spectrums are presently mainly WiFi, bluetooth, thunder It reaches, the systems such as medical treatment are using.In general, it is the access technology of authorized spectrum band design, such as LTE (Long Term Evolution, the long term evolution of universal mobile communications technology) be not suitable for using in unauthorized frequency range, because of this kind of accesses of LTE The requirement that technology optimizes spectrum efficiency and user experience is very high.However, carrier wave polymerizable functional allow LTE is deployed in it is unauthorized Frequency range becomes possible to.3GPP proposes the concept of LAA (interventional technique of LTE Assisted Access, LTE auxiliary), by LTE authorizes the help of frequency spectrum to use unlicensed spectrum.And unlicensed spectrum can there are two types of working methods, as shown in Figure 1A, One is supplement downlink SDL (Supplemental Downlink, supplement downlink), i.e. only downlink transfer subframe；Such as Figure 1B institutes Show, another kind is TDD (Time Division Duplex, time division duplex) pattern, and downstream transmission subframe all includes.Under supplement Row such case can only be used by carrier aggregation technology.And tdd mode can make by DC (Dual Connectivity) With can also independently use.Compared to WiFi, the LTE for being operated in unauthorized frequency range has the ability to provide higher spectrum efficiency and more Big coverage effect, while allowing data traffic between authorized spectrum band and unauthorized frequency range without seaming and cutting based on the same core net It changes.For users, it means that better broadband experience, higher rate, better stability and mobile convenience.

The existing access technology used in unlicensed spectrum, such as WiFi have weaker anti-interference ability.In order to keep away Exempt to interfere, WiFi system devises many interference and avoids rule, such as CSMA/CA ((Carrier Sense Multiple Access/Collision Avoidance, i.e. csma/method for collision avoidance).As shown in Fig. 2, this side The basic principle of method is that either terminal is wanted before sending signaling or data by the AP (Access Point, access point) of WiFi Whether there are AP or terminal in transmission/reception signaling or data around first Monitor detection, if so, then continuing to monitor, Zhi Daojian It hears without until.If it is not, generating a random number as back off time, in this back off time, if do not examined Signaling or data transmission are measured, then after back off time terminates, AP or terminal can start to send signaling or data.

And due to there is good orthogonality to ensure that interference level in LTE network, so the uplink and downlink of base station and user pass It is defeated not have to consider whether surrounding has base station or user being transmitted.If LTE does not also consider when being used in unauthorized frequency range Whether surrounding has other equipment using unauthorized frequency range, then great interference will be brought to WiFi equipment.As long as because of LTE There is business to be just transmitted, without any monitoring rule, then WiFi equipment cannot just be transmitted when LTE has business transmission, only It can wait until that LTE business is transmitted, can just detect channel clear, can just be transmitted.

So LTE is when using unauthorized frequency range, one of most important key point is to ensure that LAA (licensed- Assisted access, LTE authorize the access technology of frequency spectrum auxiliary) it can be on the basis of fair friendly and existing access Technology (such as WiFi) coexists.And there is no the machine of LBT (Listen Before Talk, listem-before-talk) in traditional LTE system It makes to avoid collision.In order to preferably be coexisted with WiFi, LTE needs a kind of LBT mechanism.

Existing LBT mechanism is all frame based LBT (Listen Before Talk, listem-before-talk) frame structure, As shown in figure 3, the period of LBT is fixed, the time of CCA (Channel Clear Assessment, channel idle detection) It is most starting for each period.For example, in LTE frame structures, using 10ms as the period, CCA occupies 1 of the foremost of #0 subframes Or multiple symbol.Under the structure in this fixed period, only #0 work songs frame can just be CCA, if business is in #1 work songs Frame reaches, it is also necessary to after the #0 work song frames of next cycle carry out CCA, it could judge whether channel can occupy, from And bring prodigious delay.

And the existing LBT mechanism based on load (LBE), cardinal principle are to carry out channel inspection at once when loading arrival It surveys, if detection channel idle, horse back transmission data business；If detecting channel busy, a number N is randomly choosed, is being connect In the Channel Detection Time to get off, if detecting channel busy, N is constant, if detecting the channel spare time, N-1, and when N is kept to 0, It then can be with transmission data.

The LBT mechanism of either FBE or LBE, feature are all that the channel in unlicensed spectrum is sometimes idle Available mode is sometimes busy down state.And it is to be constantly in available mode to authorize the channel on frequency spectrum, then carrying Under wave polymerization, terminal authorize frequency spectrum and unlicensed spectrum using a kind of DRX (discontinuous reception, it is discontinuous Receive) configuration cannot reach best energy-saving effect.

Therefore a kind of new technical solution is needed, terminal can be enable to maximize energy saving, improve frequency spectrum service efficiency, and carry High throughput of system.

Invention content

The present invention is based on the above problem, it is proposed that and a kind of new technical solution can enable terminal maximize energy saving, The service efficiency of frequency spectrum is improved, and improves throughput of system.

In view of this, the present invention proposes a kind of method for parameter configuration of discontinuous reception modes, the method includes：When When base station carries out the parameter configuration of discontinuous reception modes, the first discontinuous reception ginseng is configured on the serving cell for authorizing frequency spectrum Number, configures the second discontinuous reception parameters, wherein first discontinuous reception parameters on the serving cell of unlicensed spectrum It is different from second discontinuous reception parameters.

In the technical scheme, it is that the serving cell of mandate frequency spectrum of terminal and the serving cell of unlicensed spectrum configure not Same discontinuous reception parameters, so that terminal is used in the serving cell of the serving cell and unlicensed spectrum that authorize frequency spectrum Different discontinuous parameter configuration, in this way, it is energy saving that terminal can be enable to maximize.

In the above-mentioned technical solutions, it is preferable that the configuration guidelines of second discontinuous reception parameters include：According to described The parameter configuration of the down channel listem-before-talk mechanism of the serving cell of unlicensed spectrum determines the second discontinuous reception ginseng Number；When the base station is in the Channel Detection Time of the down channel listem-before-talk mechanism of the serving cell of the unlicensed spectrum When section and free time section, all terminals on the serving cell of the unlicensed spectrum is made to be in sleep state；When the base When station detects that the down channel of the serving cell of the unlicensed spectrum is in busy state, i.e., the clothes of the described unlicensed spectrum When down channel in business cell can not occupy, all terminals on the serving cell of the unlicensed spectrum is made to be in sleep shape State；It is when the base station detects that the down channel of the serving cell of the unlicensed spectrum is in idle condition, i.e., described non- When authorizing the down channel on the serving cell of frequency spectrum that can occupy, make at least one on the serving cell of the unlicensed spectrum Terminal is in wake-up states.

In the technical scheme, the corresponding discontinuous reception parameters of the serving cell of unlicensed spectrum are unauthorized according to this The parameter of the down channel listem-before-talk mechanism of the serving cell of frequency spectrum specifically, is awarded come what is configured when base station is in non- When weighing the Channel Detection Time section and free time section of the down channel listem-before-talk mechanism of the serving cell of frequency spectrum so that the clothes All terminals in cell of being engaged in are all in sleep state, when base station detects that down channel is busy, i.e. the unlicensed spectrum When the down channel of serving cell can not occupy, the scheduling of terminal wake-up waiting base station is not needed at this time, therefore terminal is made all to locate In sleep state, when base station detects the down channel free time, i.e., the down channel of the serving cell of the unlicensed spectrum can account for Used time, at this time base station terminal may be scheduled, therefore so that at least one terminal on the serving cell of unlicensed spectrum In wake-up states, so that base station can dispatch at any time, in this way, not only ensure that the normal interaction between base station and terminal, but also section The energy consumption of terminal is saved.

In the above-mentioned technical solutions, it is preferable that the configuration guidelines of second discontinuous reception parameters specifically include：When Down channel detection mode of the base station on the serving cell of the unlicensed spectrum is to trigger channel inspection based on frame structure When survey, the period of the discontinuous reception in the second discontinuous reception parameters configuration triggers Channel Detection with based on frame structure Cycle phase is same, and the wake-up time of the discontinuous reception in the second discontinuous reception parameters configuration is identical as the object time, In, the object time is that the base station is back to back after having detected the channel status of serving cell of the unlicensed spectrum Preset time, the length of the preset time are the base station when finding the down channel free time, to the unauthorized frequency At least one terminal on the serving cell of spectrum sends the time span needed for channel idle indication signaling.

In the above-mentioned technical solutions, it is preferable that further include：The period of the discontinuous reception and each discontinuous reception The position of the wake-up time in period and length are sent to the terminal by the base station by radio resource control signaling.

In the technical scheme, the down channel detection mode when base station on the serving cell of unlicensed spectrum be based on When frame structure triggers Channel Detection, the period of discontinuous reception parameters and wake-up time can all be configured, discontinuous reception ginseng Several periods and the cycle phase that Channel Detection is triggered based on frame structure are same, and wake-up time is then to have detected unlicensed spectrum in base station Serving cell channel after a period of time for being located next to, this period, length was base station when finding the down channel free time, to Terminal sends the time span needed for channel idle indication signaling.Specifically, the position and length of period and wake-up time can be with Terminal is issued by radio resource control signaling by base station.In this way, according to the parameter configuration of down channel listem-before-talk mechanism come The discontinuous reception parameters for configuring the serving cell of unlicensed spectrum, are greatly saved the energy consumption of terminal.

In the above-mentioned technical solutions, it is preferable that further include：If the base station finds that the down channel is idle, believing After road detection time, the channel idle indication signaling is sent to the terminal, extends described wake up to control the terminal Carry out the time；If the base station finds that the down channel is busy, after the Channel Detection Time, the letter is not sent Road free time indication signaling finds not listen to the channel sky to the terminal to control the terminal in the wake-up time When not busy indication signaling, the sleep state is reentered.

In the technical scheme, if listening to channel idle indication signaling in the time that terminal is waken up, extend terminal Wake-up time, to facilitate base station to be scheduled at any time to terminal, if conversely, not listened in the time that terminal is waken up Channel idle indicator, then make terminal reenter sleep state, further saves the energy consumption of terminal.

In the above-mentioned technical solutions, it is preferable that further include：By all terminals on the serving cell of the unlicensed spectrum It is divided into multiple set of terminal, wherein include at least one terminal in each set of terminal；If the base station finds that the down channel is empty Spare time sends the channel idle indication signaling then after Channel Detection Time to all terminals of the multiple set of terminal, Alternately the wake-up states are kept to control the multiple set of terminal；If the base station finds that the down channel is busy, After the Channel Detection Time, the channel idle indication signaling is not sent to all terminals of the multiple set of terminal, All terminals to control the multiple set of terminal find not listen to the channel idle instruction letter in the wake-up time When enabling, the sleep state is reentered.

In the technical scheme, all terminals on the serving cell of unlicensed spectrum can also be divided into multiple terminals Group so that multiple set of terminal find that down channel is idle in base station, in Channel holding time after Channel Detection Time Alternating stays awake for, or finds that down channel is busy in base station, after Channel Detection Time, while entering sleep shape State.For example, all terminals are divided into multiple set of terminal, such as first half of the terminal of one of set of terminal in Channel holding time It point will be scheduled, so wake up in first half, the terminal of another set of terminal will be by the latter half of Channel holding time Scheduling, so waking up in latter half.In this way, further saving the power consumption of terminal.

In the above-mentioned technical solutions, it is preferable that the multiple set of terminal be in the duration of wake-up states union be more than or Maximum time is occupied equal to down channel.

In the technical scheme, in order to ensure that base station can be dispatched to available terminal at any time, multiple set of terminal are in and call out The union of the duration for the state of waking up should be greater than or equal to down channel and occupy maximum time.

In the above-mentioned technical solutions, it is preferable that the configuration guidelines of second discontinuous reception parameters specifically include：When Down channel detection mode of the base station on the serving cell of the unlicensed spectrum is based on frame structure or based on load When triggering Channel Detection, period of the discontinuous reception in second discontinuous reception parameters configuration be it is unfixed, it is described The moment of waking up of discontinuous reception in the configuration of second discontinuous reception parameters is identical as object time, wherein when the target Carve for when have down load needs transmitted on the serving cell of the unlicensed spectrum when, the base station detected it is described non- After the downlink channel condition for authorizing the serving cell of frequency spectrum, when finding the channel idle, to by the clothes of the unlicensed spectrum At the time of business cell sends fast wake-up signaling as the terminal of auxiliary serving cell and second discontinuous reception parameters are matched The length of the wake-up time of discontinuous reception in setting is sent to the terminal by the base station by radio resource control signaling.

In the technical scheme, the down channel detection mode when base station on the serving cell of unlicensed spectrum be based on Frame structure or when based on load triggers Channel Detection, the discontinuous reception parameters of the serving cell of unlicensed spectrum are without fixed week Phase, and the specific moment that it is waken up is then the hair after base station is to the downlink channel condition detection of the serving cell of unlicensed spectrum When existing channel idle, to using the serving cell of the unlicensed spectrum as the terminal of auxiliary serving cell transmission fast wake-up when It carves, and the time span specifically waken up then notifies terminal by base station by radio resource control signaling.

In the above-mentioned technical solutions, it is preferable that if it is small that the serving cell of the unlicensed spectrum is added to ancillary service It is negative that a certain target terminal in multiple target terminals in area need not carry out downlink on the serving cell of the unlicensed spectrum When carrying transmission, make the reception for receiving data on the serving cell from the unlicensed spectrum on a certain target terminal Machine is in sleep state；If a certain target that the serving cell of the unlicensed spectrum is added to assistant service cell is whole End needed on the serving cell of the unlicensed spectrum carry out down load transmission when, if then the base station detect it is described non- Authorize the channel idle of the serving cell of frequency spectrum, the then service for any mandate frequency spectrum monitored in a certain target terminal The fast wake-up signaling is sent in cell or to a certain target terminal on the serving cell of other unlicensed spectrums, with The a certain target terminal is waken up on the serving cell of the unlicensed spectrum, wherein a certain target terminal is in institute It states on any serving cell for authorizing frequency spectrum or has been in wake-up states on the serving cell of other unlicensed spectrums.

In the technical scheme, when some terminal that the serving cell of unlicensed spectrum is added to assistant service cell There is no down load when being transmitted on the serving cell of unlicensed spectrum, is awarded from non-at this point, illustrating that the terminal need not be received The data on the serving cell of frequency spectrum are weighed, therefore the terminal can be made for receiving number on the serving cell from unlicensed spectrum According to receiver be in sleep state, to save the power consumption of terminal.And work as supplemented by the serving cell addition by unlicensed spectrum Some terminal of serving cell is helped to have down load to need when being transmitted in cell, if then base station detects that the channel of cell is empty Spare time can then wake up terminal by means of the serving cell of mandate frequency spectrum and the serving cell of other unlicensed spectrums. Specifically, fast wake-up signaling can be sent to currently in the service for the serving cell or other unlicensed spectrums for authorizing frequency spectrum It is in the terminal of wake-up states in cell, which is waken up on the serving cell of unlicensed spectrum.

In addition, for the serving cell in different terminal and different unlicensed spectrums, the corresponding SOT state of termination is all It is different.Such as terminal #1, it is added to the serving cell 1 on unlicensed spectrum F1, and terminal #2 is added to unauthorized Serving cell 2 on frequency spectrum F2.So, when the down load of terminal #1 need not be when serving cell 1 be sent, terminal #1 is used for The receiver for receiving data on serving cell 1 is in sleep state.When the down load of terminal #2 need not be sent out in serving cell 2 When sending, the receiver that terminal #2 is used to receive data on serving cell 2 is in sleep state.

In the above-mentioned technical solutions, it is preferable that the multiple target terminal is in first discontinuous reception parameters The wake-up time of discontinuous reception is uniformly distributed.

In the technical scheme, for the serving cell of a certain unlicensed spectrum is added to the multiple of assistant service cell For target terminal, the wake-up time in disconnected parameter on the corresponding serving cell for authorizing frequency spectrum is to be uniformly distributed 's.In this way, when base station detects the down channel free time of the serving cell of unlicensed spectrum in any time, can directly award It weighs on the serving cell of the terminal scheduling in wake-up time to unlicensed spectrum on the serving cell of frequency spectrum, is provided to improve Source utilization rate improves the handling capacity of system.

Wherein, for above-mentioned restriction is the multiple target terminals being directed on the serving cell of each unlicensed spectrum, For multiple terminals on the serving cell of different unlicensed spectrums, above-mentioned restriction need not be met.

In the above-mentioned technical solutions, it is preferable that the fast wake-up signaling is carrier wave when being multiplexed cross-carrier dispatch Instructions field, multiplexed media intervention control assistant service cell activate signaling, multipling channel free time indicator and/or use newly Media access control signaling or physical down control indication signaling.

In the technical scheme, fast wake-up signaling can be multiplexed other signalings, as when being multiplexed cross-carrier dispatch Carrier wave instructions field, multiplexed media intervention control assistant service cell activation signaling, multipling channel free time indicator, can also adopt With new wake-up signaling, such as indication signaling is controlled with new media access control signaling or physical down.

In the above-mentioned technical solutions, it is preferable that the duration that wake-up states are in the terminal is occupied equal to down channel When maximum time or the terminal receive entrance that the base station is sent dormant signaling, into sleep state.

In the above-mentioned technical solutions, it is preferable that further include：The corresponding second non-company of serving cell of the unlicensed spectrum It is different that parameter the second discontinuous reception parameters corresponding from the serving cell of other unlicensed spectrums are received in continued access.

In the technical scheme, second discontinuous reception parameters of the terminal on the serving cell of different unlicensed spectrums Configuration can be different.

According to another aspect of the present invention, it is also proposed that a kind of parameter configuration device of discontinuous reception modes, including：Match Unit is set, when base station carries out the parameter configuration of discontinuous reception modes, configuration first is non-on the serving cell for authorizing frequency spectrum It is continuous to receive parameter, the second discontinuous reception parameters are configured on the serving cell of unlicensed spectrum, wherein the first non-company It is different from second discontinuous reception parameters that parameter is received in continued access.

In the technical scheme, in the technical scheme, it is the serving cell and unlicensed spectrum for authorizing frequency spectrum of terminal Serving cell configure different discontinuous reception parameters so that terminal authorize frequency spectrum serving cell and unauthorized frequency The serving cell of spectrum uses different discontinuous parameter configurations, in this way, it is energy saving that terminal can be enable to maximize.

In the above-mentioned technical solutions, it is preferable that the configuration guidelines of second discontinuous reception parameters include：According to described The parameter configuration of the down channel listem-before-talk mechanism of the serving cell of unlicensed spectrum determines the second discontinuous reception ginseng Number；When the base station is in the Channel Detection Time of the down channel listem-before-talk mechanism of the serving cell of the unlicensed spectrum When section and free time section, all terminals on the serving cell of the unlicensed spectrum is made to be in sleep state；When the base When station detects that the down channel of the serving cell of the unlicensed spectrum is in busy state, i.e., the clothes of the described unlicensed spectrum When the down channel of business cell can not occupy, all terminals on the serving cell of the unlicensed spectrum is made to be in sleep shape State；It is when the base station detects that the channel of the serving cell of the unlicensed spectrum is in idle condition, i.e., described unauthorized When the down channel of the serving cell of frequency spectrum can occupy, make at least one terminal on the serving cell of the unlicensed spectrum In wake-up states.

In the above-mentioned technical solutions, it is preferable that further include：First transmission unit, period of the discontinuous reception and every The position of the wake-up time in the period of a discontinuous reception and length pass through radio resource control signaling by the base station It is sent to the terminal.

In the above-mentioned technical solutions, it is preferable that further include：Second transmission unit, if the base station finds the downlink letter Road is idle, then after Channel Detection Time, the channel idle indication signaling is sent to the terminal, to control the end End extends the wake-up time, and if the base station find that the down channel is busy, in the Channel Detection Time knot Shu Hou does not send the channel idle indication signaling to the terminal, is found in the wake-up time with controlling the terminal When not listening to the channel idle indication signaling, the sleep state is reentered.

In the above-mentioned technical solutions, it is preferable that further include：Grouped element, will be on the serving cell of the unlicensed spectrum All terminals be divided into multiple set of terminal, wherein include at least one terminal in each set of terminal；Third transmission unit, if institute It states base station and finds that the down channel is idle, then after Channel Detection Time, to all terminals of the multiple set of terminal The channel idle indication signaling is sent, alternately the wake-up states are kept to control the multiple set of terminal, and if described Base station finds that the down channel is busy, then after the Channel Detection Time, does not send the channel idle instruction letter It enables to all terminals of the multiple set of terminal, all terminals to control the multiple set of terminal are sent out in the wake-up time When not listening to the channel idle indication signaling now, the sleep state is reentered.

In the above-mentioned technical solutions, it is preferable that the dispensing unit is additionally operable to：If the service of the unlicensed spectrum is small Area be added to a certain target terminal in multiple target terminals of assistant service cell the unlicensed spectrum serving cell On when need not carry out down load transmission, make on a certain target terminal for receiving the clothes from the unlicensed spectrum The receiver of data is in sleep state in business cell；If it is small that the serving cell of the unlicensed spectrum is added to ancillary service The a certain target terminal in area is when needing to carry out down load transmission on the serving cell of the unlicensed spectrum, if then institute The channel idle that base station detects the serving cell of the unlicensed spectrum is stated, then is being monitored in a certain target terminal It is sent on any serving cell for authorizing frequency spectrum or to a certain target terminal on the serving cell of other unlicensed spectrums The fast wake-up signaling, a certain target terminal is waken up on the serving cell of the unlicensed spectrum, wherein institute State a certain target terminal it is described it is any authorize frequency spectrum serving cell on or other unlicensed spectrums serving cell On be in wake-up states.

In the above-mentioned technical solutions, it is preferable that corresponding second discontinuous reception of serving cell of the unlicensed spectrum Parameter the second discontinuous reception parameters corresponding from the serving cell of other unlicensed spectrums are different.

By above technical scheme, pass through the serving cell of the serving cell and unlicensed spectrum of the mandate frequency spectrum for terminal Different discontinuous reception parameters are configured, terminal can be enable to maximize service efficiency that is energy saving, while improving frequency spectrum, and improve Throughput of system.

Description of the drawings

Figure 1A and Figure 1B shows the schematic diagram of SDL patterns and tdd mode in the related technology；

Fig. 2 shows the basic principle schematics of CSMA/CA in the related technology；

Fig. 3 shows the schematic diagram for the listem-before-talk mechanism for triggering Channel Detection based on frame structure in the related technology；

Fig. 4 shows the flow chart of the method for parameter configuration of discontinuous reception modes according to an embodiment of the invention；

Fig. 5 shows the block diagram of the parameter configuration device of discontinuous reception modes according to an embodiment of the invention；

Fig. 6 shows the schematic diagram of the LBT mechanism of the FBE according to an embodiment of the invention based on LTE frame structures；

Fig. 7 shows the schematic diagram of the LBT mechanism of the LBE according to an embodiment of the invention based on LTE frame structures；

The basic cycle schematic diagram of DRX when Fig. 8 shows LBT according to an embodiment of the invention using FBE；

The wake-up time schematic diagram of DRX when Fig. 9 shows LBT according to an embodiment of the invention using FBE；

Figure 10 show according to another embodiment of the invention using FBE LBT when DRX wake-up time illustrate Figure；

Figure 11 shows the terminal according to an embodiment of the invention that unlicensed spectrum F3 is added to assistant service cell DRX distribution time schematic diagrames on authorizing frequency spectrum；

When Figure 12 shows the LBT mechanism of LBE, the DRX wake-up times of terminal in frequency spectrum auxiliary unlicensed spectrum are authorized Flow chart.

Specific implementation mode

To better understand the objects, features and advantages of the present invention, below in conjunction with the accompanying drawings and specific real Mode is applied the present invention is further described in detail.It should be noted that in the absence of conflict, the implementation of the application Feature in example and embodiment can be combined with each other.

Many details are elaborated in the following description to facilitate a thorough understanding of the present invention, still, the present invention may be used also To be implemented different from other modes described here using other, therefore, protection scope of the present invention is not by described below Specific embodiment limitation.

Fig. 4 shows the flow chart of the method for parameter configuration of discontinuous reception modes according to an embodiment of the invention.

As shown in figure 4, the method for parameter configuration of discontinuous reception modes according to an embodiment of the invention, including：Step 402, when base station carries out the parameter configuration of discontinuous reception modes, configuration first is discontinuous on the serving cell for authorizing frequency spectrum Parameter is received, the second discontinuous reception parameters are configured on the serving cell of unlicensed spectrum, wherein described first discontinuous connects It is different from second discontinuous reception parameters to receive parameter.

In the technical scheme, the corresponding discontinuous reception parameters of the serving cell of unlicensed spectrum are unauthorized according to this The parameter of the down channel listem-before-talk mechanism of the serving cell of frequency spectrum specifically, is awarded come what is configured when base station is in non- When weighing the Channel Detection Time section and free time section of the down channel listem-before-talk mechanism of the serving cell of frequency spectrum so that the clothes All terminals in cell of being engaged in are all in sleep state, when base station detects that down channel is busy, i.e., the described unlicensed spectrum Serving cell on down channel when can not occupy, do not need the scheduling of terminal wake-up waiting base station at this time, therefore make terminal All in sleep state, when base station detects the down channel free time, i.e., the downlink on the serving cell of the described unlicensed spectrum When channel can occupy, base station may be scheduled terminal at this time, therefore so that on the serving cell of unlicensed spectrum at least One terminal is in wake-up states, so that base station can dispatch at any time, in this way, both ensure that the normal friendship between base station and terminal Mutually, and the energy consumption of terminal is saved.

In the above-mentioned technical solutions, it is preferable that the configuration guidelines of second discontinuous reception parameters specifically include：When Down channel detection mode of the base station on the serving cell of the unlicensed spectrum is to trigger channel inspection based on frame structure When survey, the period of the discontinuous reception in the second discontinuous reception parameters configuration triggers Channel Detection with based on frame structure Cycle phase is same, and the wake-up time of the discontinuous reception in the second discontinuous reception parameters configuration is identical as the object time, In, the object time is that the base station is back to back after having detected the channel status of serving cell of the unlicensed spectrum Preset time, the length of the preset time are base station when finding the channel idle, the service to the unlicensed spectrum At least one terminal in cell sends the time span needed for channel idle indication signaling.

In the technical scheme, the down channel detection mode when base station on the serving cell of unlicensed spectrum be based on When frame structure triggers Channel Detection, the period of discontinuous reception parameters and wake-up time can all be configured, discontinuous reception ginseng Several periods and the cycle phase that Channel Detection is triggered based on frame structure are same, and wake-up time is then to have detected unlicensed spectrum in base station Serving cell channel after back to back a period of time, this period, length was base station when finding the down channel free time, The time span needed for channel idle indication signaling is sent to terminal.Specifically, the position and length of period and wake-up time can To issue terminal by radio resource control signaling by base station.In this way, according to the parameter configuration of down channel listem-before-talk mechanism Come configure unlicensed spectrum serving cell discontinuous reception parameters, be greatly saved the energy consumption of terminal.

In the above-mentioned technical solutions, it is preferable that the configuration guidelines of second discontinuous reception parameters specifically include：When Down channel detection mode of the base station on the serving cell of the unlicensed spectrum is based on frame structure or based on load When triggering Channel Detection, period of the discontinuous reception in second discontinuous reception parameters configuration be it is unfixed, it is described The moment of waking up of discontinuous reception in the configuration of second discontinuous reception parameters is identical as object time, wherein when the target Carve for when have load need transmitted on the serving cell of the unlicensed spectrum when, the base station detected it is described unauthorized After the downlink channel condition of the serving cell of frequency spectrum, when finding the channel idle, to the service of the unlicensed spectrum is small Area as auxiliary serving cell terminal send fast wake-up signaling at the time of and second discontinuous reception parameters configuration in The length of wake-up time of discontinuous reception the terminal is sent to by radio resource control signaling by the base station.

Fig. 5 shows the block diagram of the parameter configuration device of discontinuous reception modes according to an embodiment of the invention.

As shown in figure 5, the parameter configuration device 500 of discontinuous reception modes according to an embodiment of the invention, including：Match Unit 502 is set, when base station carries out the parameter configuration of discontinuous reception modes, first is configured on the serving cell for authorizing frequency spectrum Discontinuous reception parameters configure the second discontinuous reception parameters on the serving cell of unlicensed spectrum, wherein described first is non- Continuous reception parameter is different from second discontinuous reception parameters.

In the above-mentioned technical solutions, it is preferable that the configuration guidelines of second discontinuous reception parameters include：According to described The parameter configuration of the down channel listem-before-talk mechanism of the serving cell of unlicensed spectrum determines the second discontinuous reception ginseng Number；When the base station is in the Channel Detection Time of the down channel listem-before-talk mechanism of the serving cell of the unlicensed spectrum When section and free time section, all terminals on the serving cell of the unlicensed spectrum is made to be in sleep state；When the base When station detects that the down channel of the serving cell of the unlicensed spectrum is in busy state, i.e., the clothes of the described unlicensed spectrum When the down channel of business cell can not occupy, all terminals on the serving cell of the unlicensed spectrum is made to be in sleep shape State；It is when the base station detects that the down channel of the serving cell of the unlicensed spectrum is in idle condition, i.e., described non- When authorizing the down channel of the serving cell of frequency spectrum that can occupy, make at least one end on the serving cell of the unlicensed spectrum End is in wake-up states.

In the technical scheme, the corresponding discontinuous reception parameters of the serving cell of unlicensed spectrum are unauthorized according to this The parameter of the down channel listem-before-talk mechanism of the serving cell of frequency spectrum specifically, is awarded come what is configured when base station is in non- When weighing the Channel Detection Time section and free time section of the down channel listem-before-talk mechanism of the serving cell of frequency spectrum so that the clothes All terminals in cell of being engaged in are all in sleep state, when base station detects that down channel is busy, i.e., the described unlicensed spectrum The down channel of serving cell when can not occupy, do not need the scheduling of terminal wake-up waiting base station at this time, therefore make terminal all In sleep state, when base station detects the down channel free time, i.e., the down channel of the serving cell of the described unlicensed spectrum When can occupy, base station may be scheduled terminal at this time, therefore so that at least one on the serving cell of unlicensed spectrum Terminal is in wake-up states, so that base station can dispatch at any time, in this way, both ensure that the normal interaction between base station and terminal, The energy consumption of terminal is saved again.

In the above-mentioned technical solutions, it is preferable that the configuration guidelines of second discontinuous reception parameters specifically include：When Down channel detection mode of the base station on the serving cell of the unlicensed spectrum is to trigger channel inspection based on frame structure When survey, the period of the discontinuous reception in the second discontinuous reception parameters configuration triggers Channel Detection with based on frame structure Cycle phase is same, and the wake-up time of the discontinuous reception in the second discontinuous reception parameters configuration is identical as the object time, In, the object time is that the base station is back to back after having detected the channel status of serving cell of the unlicensed spectrum Preset time, the length of the preset time are base station when finding the down channel free time, to the unlicensed spectrum At least one terminal on serving cell sends the time span needed for channel idle indication signaling.

In the above-mentioned technical solutions, it is preferable that further include：First transmission unit 504, the period of the discontinuous reception and The position of the wake-up time in the period of each discontinuous reception and length are believed by the base station by wireless heterogeneous networks Order is sent to the terminal.

In the technical scheme, the down channel detection mode when base station on the serving cell of unlicensed spectrum be based on When frame structure triggers Channel Detection, the period of discontinuous reception parameters and wake-up time can all be configured, discontinuous reception ginseng Several periods and the cycle phase that down channel detection is triggered based on frame structure are same, and wake-up time is then unauthorized to have been detected in base station Back to back a period of time after the channel of the serving cell of frequency spectrum, this period, length was base station when finding channel idle, The time span needed for channel idle indication signaling is sent to terminal.Specifically, the position and length of period and wake-up time can To issue terminal by radio resource control signaling by base station.In this way, according to the parameter configuration of down channel listem-before-talk mechanism Come configure unlicensed spectrum serving cell discontinuous reception parameters, be greatly saved the energy consumption of terminal.

In the above-mentioned technical solutions, it is preferable that further include：Second transmission unit 506, if the base station finds the downlink Channel idle sends the channel idle indication signaling, described in control then after Channel Detection Time to the terminal Terminal extends the wake-up time, and if the base station find that the down channel is busy, in the Channel Detection Time After, the channel idle indication signaling is not sent to the terminal, is sent out in the wake-up time with controlling the terminal When not listening to the channel idle indication signaling now, the sleep state is reentered.

In the above-mentioned technical solutions, it is preferable that further include：Grouped element 508, by the serving cell of the unlicensed spectrum On all terminals be divided into multiple set of terminal, wherein include at least one terminal in each set of terminal；Third transmission unit 510, If the base station finds that the down channel is idle, after Channel Detection Time, to all of the multiple set of terminal Terminal sends the channel idle indication signaling, and alternately the wake-up states, Yi Jiruo are kept to control the multiple set of terminal The base station finds that the down channel is busy, then after the Channel Detection Time, does not send the channel idle and refer to Show signaling to all terminals of the multiple set of terminal, to control all terminals of the multiple set of terminal in the wake-up time In when finding not listen to the channel idle indication signaling, reenter the sleep state.

In the technical scheme, the down channel detection mode when base station on the serving cell of unlicensed spectrum be based on Frame structure or when based on load triggers Channel Detection, the discontinuous reception parameters of the serving cell of unlicensed spectrum are without fixed week Phase, and the specific moment that it is waken up is then to find letter after base station is to the channel status detection of the serving cell of unlicensed spectrum When the road free time, to using the serving cell of the unlicensed spectrum as auxiliary serving cell terminal send fast wake-up at the time of, and The time span specifically waken up then notifies terminal by base station by radio resource control signaling.

In the above-mentioned technical solutions, it is preferable that the dispensing unit 502 is additionally operable to：If by the clothes of the unlicensed spectrum Business cell is added to service of a certain target terminal in multiple target terminals of assistant service cell in the unlicensed spectrum When need not carry out down load transmission in cell, make to come from the unlicensed spectrum for receiving on a certain target terminal Serving cell on the receivers of data be in sleep state；If the serving cell of the unlicensed spectrum is added to auxiliary clothes The a certain target terminal for cell of being engaged in is when needing to carry out down load transmission on the serving cell of the unlicensed spectrum, then If the base station detects the channel idle of the serving cell of the unlicensed spectrum, supervised in a certain target terminal To a certain target terminal on the serving cell for any mandate frequency spectrum listened or on the serving cell of other unlicensed spectrums The fast wake-up signaling is sent, a certain target terminal is waken up on the serving cell of the unlicensed spectrum, In, a certain target terminal it is described it is any authorize frequency spectrum serving cell on or other unlicensed spectrums service Wake-up states have been in cell.

With reference to Fig. 6 to Figure 12 technical solutions that the present invention will be described in detail.

The present invention mainly proposes under carrier wave flowcollector aggregation scheme FlowCollector that terminal can use different in mandate frequency spectrum and unlicensed spectrum DRX (Discontinuous Reception, discontinuous reception) is configured, and different unauthorized carrier waves can also use not Same DRX configurations.

Specific method is as follows：

(1) base station configures same set of DRX ginsengs when to terminal configuration DRX configurations on multiple carrier waves on authorizing frequency spectrum Number.And it can be configured on the carrier wave in one or more unlicensed spectrums different from the DRX parameters of carrier wave on frequency spectrum are authorized One or more sets parameters.

(2) as shown in fig. 6, what is provided is in LTE, if using FBE (Frame Based Equipment, base is based on In frame structure trigger Channel Detection equipment) LBT (Listen Before Talk, listem-before-talk) mechanism when, frame structure Example.Wherein when the period is 10ms, a period includes CCA (Clear Channel Assessment, channel idle detection) (described CCA detection times and LBT detection times are a meanings in text) channel status detection time, Channel holding time (inspection When measuring channel idle) and the idle times.The Idle times to prevent surrounding primarily to have the desired access of other equipment unauthorized Frequency spectrum so the equipment after occupying channel for a period of time, needs after discharging the idle times, then carries out CCA detections.

As shown in fig. 7, what is provided is in LTE, if using based on LBE (Load Based Equipment, based on load Trigger Channel Detection equipment) LBT mechanism when, frame structure example.In the case of LBE, LBT mechanism does not have the fixed period. When business reaches, CCA Channel Detections are carried out for the first time, are detected channel idle, are then sent.When busy channel is accounted for maximum channel With the time, and when data have not been sent also, needs to use extended CCA, i.e. random value N, be detected in next CCA In, if detecting channel busy, N is constant；If detecting channel idle, N-1, when N is kept to 0, then transmission data.

(3) as follows for the DRX configuration guidelines in unlicensed spectrum：

1, when base station is in Channel Detection Time or idle period times, terminal should be in sleep state；

2, when base station detects channel busy, terminal keeps sleep state, need not wake up.

3, when base station detects channel idle, part or all of terminal is waken up.

According to the criterion provided in (three), and the background that is provided in (two), it can be seen that the LBT mechanism based on FBE Under, the DRX mechanism of terminal is easier to design.As shown in Figure 8：The period of DRX is the period of the LBT mechanism of FBE, what terminal was waken up Start time is after CCA Channel Detection Times terminate, channel idle indication signaling or be directly before dispatch is sent.That There are many situations for the awake time span of terminal：

1, one is base stations to detect that channel busy, terminal find that channel is in busy shape according to channel idle indication signaling State is then gone to sleep.In this case, the time that terminal is waken up is exactly the time for detecting channel idle indication signaling.As shown in Figure 8 The time waken up.

2, one is base stations to detect that channel idle, terminal find that channel is in idle shape according to channel idle indication signaling State is divided into and is operated for two kinds in this case：

1) as shown in figure 9, one is all terminals in the Channel holding time of base station, it is always maintained at wake state, because It is for Channel holding time nor very long, and load will not be too heavy in unlicensed spectrum, may dispatch any one at any time Terminal, so all terminals are all waken up, each subframe monitors PDCCH, judges whether oneself is scheduled.

2) as shown in Figure 10, another kind be terminal is also divided into multiple group in BTS channel holding time, such as The terminal of one of group will be scheduled in the first half of Channel holding time, so waking up in first half；Another The terminal of group will be scheduled in the latter half of Channel holding time, so waking up in latter half.Section further in this way The about energy consumption of terminal, but be restricted in terms of scheduling freedom.Such case can also be user at more than two Group, but the time union that the user of all group wakes up is greater than equal to Channel holding time.

(5) wherein, the case where (four) give FBE, the case where next providing LBE.Firstly, because being based on load LBT mechanism, then base station be difficult determined when load come, when carry out channel status detection.In this feelings Under condition, need that the auxiliary of frequency spectrum is authorized to be in dormant terminal in unlicensed spectrum to wake up.Specific process is as follows (the case where certainly, which is also applied for based on FBE)：

1, when not having down load needs to be transmitted in the unlicensed spectrum, terminal is in the unlicensed spectrum sleeps Dormancy state.

2, when there is down load needs to be transmitted in the unlicensed spectrum, base station carries out channel shape in unlicensed spectrum State detects, if detecting channel idle, base station is on the mandate frequency spectrum that terminal is being monitored or other terminals are being supervised It is sent in the unlicensed spectrum listened and wakes up signaling, terminal is waken up in the unlicensed spectrum.

3, be based on above-mentioned 2nd point described in, when detecting channel idle at any time to meet base station, can wake up by (we term it unlicensed spectrums for these terminals as the terminal of auxiliary serving cell (Scell) for cell in the unlicensed spectrum Fn service terminals) this condition, need the DRX by all unlicensed spectrum Fn service terminals on authorizing frequency spectrum to meet centainly Criterion, as described below：

1) wake-up time in DRX cycle of these terminals on authorizing frequency spectrum should be uniformly distributed as far as possible, in this way When base station detects unlicensed spectrum Fn channel idles at any time, wake-up time will directly can be on authorizing frequency spectrum Terminal scheduling to unlicensed spectrum on, improve resource utilization.

2) different if there is in multiple unlicensed spectrums, the terminal in each unlicensed spectrum needs to meet above-mentioned criterion Unlicensed spectrum on terminal between can not have to comprehend above-mentioned criterion.

As shown in figure 11, such as on unlicensed spectrum F3, there is cell addition upper SCell of 15 terminals by F3, that 15 terminals are divided into following 5 UE group, the union of wake-up times of each UE group on authorizing frequency spectrum is necessary It is the entire period.In this way, when base station detects the down channel free time on unlicensed spectrum F3 near t1 the and t6 times, The terminal that UE group1 can be dispatched goes to transmit and receive data in unlicensed spectrum；When base station is detected near t2 the and t7 times When down channel free time on to unlicensed spectrum F3, the terminal that can dispatch UE group2 is gone to send in unlicensed spectrum and is connect Receive data ...

4, waking up signaling can be：

1) Carrier Indicator when cross-carrier dispatch cross carrier scheduling are multiplexed CIF value, is set to point to the value of the unlicensed spectrum by Field (CIF, carrier wave instructions field).

2) MAC activation signalings are multiplexed, the SCell in the unlicensed spectrum is activated.

3) multipling channel free time indication signaling.

4) new wake-up signaling is designed.Indication signaling is such as controlled using new media access control signaling or physical down.

5, the trigger condition from waking up sleep：

1) wake-up time reaches maximum channel holding time.

2) sleep state can be entered by receiving the instruction of base station signaling, such as when the data of the terminal have passed etc..

(6) it is main serving BS that the method for such case based on LBE, which can also be used in LTE, and WLAN is as auxiliary service base The case where when standing or being controlled by LTE by carrier wave polymerization or dual link as auxiliary serving cell.

Wherein, when Figure 12 shows the LBT mechanism of LBE, when the DRX of terminal in frequency spectrum auxiliary unlicensed spectrum being authorized to wake up Between flow chart.

As shown in figure 12, when the LBT mechanism of LBE, the serving cell of frequency spectrum is authorized to assist the serving cell of unlicensed spectrum On the detailed process of DRX wake-up times of terminal include：

Step 1202, when the load increases, judge whether to need to transmit on the serving cell of unlicensed spectrum, judge As a result it is when being, to enter step 1204.

Step 1204, it determines the unlicensed spectrum to be added to ancillary service and in the terminal group of wake state.

Step 1206, the terminal pocket transmission fast wake-up signaling is given.

Step 1208, to the terminal transmission data in the terminal group in unlicensed spectrum.

Technical scheme of the present invention is described in detail above in association with attached drawing, technical solution through the invention, by for eventually The serving cell of mandate frequency spectrum and the serving cell of unlicensed spectrum at end configure different discontinuous reception parameters, can make end End can maximize service efficiency that is energy saving, while improving frequency spectrum, and improve throughput of system.

The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, any made by repair Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.

Claims

1. a kind of method for parameter configuration of discontinuous reception modes is used for base station, which is characterized in that including：

When base station carries out the parameter configuration of discontinuous reception modes, configuration first is discontinuous on the serving cell for authorizing frequency spectrum Parameter is received, the second discontinuous reception parameters are configured on the serving cell of unlicensed spectrum, wherein described first discontinuous connects It is different from second discontinuous reception parameters to receive parameter；

The configuration guidelines of second discontinuous reception parameters include：

Described second is determined according to the parameter configuration of the down channel listem-before-talk mechanism of the serving cell of the unlicensed spectrum Discontinuous reception parameters；

When the base station is in the Channel Detection of the down channel listem-before-talk mechanism of the serving cell of the unlicensed spectrum Between section and free time section when, so that all terminals on the serving cell of the unlicensed spectrum is in sleep state；

It is when the base station detects that the down channel of the serving cell of the unlicensed spectrum is in busy state, i.e., described non- When authorizing the down channel of the serving cell of frequency spectrum that can not occupy, make all terminals on the serving cell of the unlicensed spectrum In sleep state；

It is when the base station detects that the down channel of the serving cell of the unlicensed spectrum is in idle condition, i.e., described non- When authorizing the down channel of the serving cell of frequency spectrum that can occupy, make at least one end on the serving cell of the unlicensed spectrum End is in wake-up states.

2. the method for parameter configuration of discontinuous reception modes according to claim 1, which is characterized in that the second non-company The configuration guidelines of parameter are received in continued access, are specifically included：

When down channel detection mode of the base station on the serving cell of the unlicensed spectrum is to be triggered based on frame structure When Channel Detection,

The period of discontinuous reception in the second discontinuous reception parameters configuration triggers Channel Detection with based on frame structure Cycle phase is same,

The wake-up time of discontinuous reception in the second discontinuous reception parameters configuration is identical as the object time, wherein institute It is that the base station is back to back after having detected the downlink channel condition of serving cell of the unlicensed spectrum to state the object time Preset time, the length of the preset time are the base station when finding the channel idle, to the unlicensed spectrum At least one terminal on serving cell sends the time span needed for channel idle indication signaling, wherein

The position of the wake-up time in the period of the discontinuous reception and the period of each discontinuous reception and length by The base station is sent to the terminal by radio resource control signaling.

3. the method for parameter configuration of discontinuous reception modes according to claim 2, which is characterized in that further include：

If the base station finds that the down channel is idle, after Channel Detection Time, described in terminal transmission Channel idle indication signaling extends the wake-up time to control the terminal；

If the base station finds that the down channel is busy, after the Channel Detection Time, the channel is not sent Idle indication signaling finds not listen to the channel idle to the terminal to control the terminal in the wake-up time When indication signaling, the sleep state is reentered.

4. the method for parameter configuration of discontinuous reception modes according to claim 2, which is characterized in that further include：

All terminals on the serving cell of the unlicensed spectrum are divided into multiple set of terminal, wherein wrapped in each set of terminal Containing at least one terminal；

If the base station finds that the down channel is idle, after Channel Detection Time, to the multiple set of terminal All terminals send the channel idle indication signaling, and alternately the wake-up states are kept to control the multiple set of terminal；

If the base station finds that the down channel is busy, after the Channel Detection Time, the channel is not sent Idle indication signaling is waken up with controlling all terminals of the multiple set of terminal described to all terminals of the multiple set of terminal When coming in the time to find not listen to the channel idle indication signaling, the sleep state is reentered, wherein the multiple The union that set of terminal is in the duration of wake-up states is greater than or equal to channel occupancy maximum time.

5. the method for parameter configuration of discontinuous reception modes according to claim 1, which is characterized in that the second non-company The configuration guidelines of parameter are received in continued access, are specifically included：

When down channel detection mode of the base station on the serving cell of the unlicensed spectrum is based on frame structure or base When load triggers Channel Detection,

The period of discontinuous reception in second discontinuous reception parameters configuration be it is unfixed,

The moment of waking up of discontinuous reception in the second discontinuous reception parameters configuration is identical as object time, wherein institute It is when there is down load needs to be transmitted on the serving cell of the unlicensed spectrum to state object time, and the base station is being detected After the downlink channel condition of the serving cell of the complete unlicensed spectrum, when finding the channel idle, to will be described unauthorized At the time of the serving cell of frequency spectrum sends fast wake-up signaling as the terminal of auxiliary serving cell, and

The length of the wake-up time of discontinuous reception in the second discontinuous reception parameters configuration passes through nothing by the base station Line resource control signaling is sent to the terminal.

6. the method for parameter configuration of discontinuous reception modes according to claim 5, which is characterized in that

If the serving cell of the unlicensed spectrum to be added to a certain target in multiple target terminals of assistant service cell Terminal makes when that need not carry out down load transmission on the serving cell of the unlicensed spectrum on a certain target terminal Receiver for receiving data on the serving cell from the unlicensed spectrum is in sleep state；

If the serving cell of the unlicensed spectrum is added to a certain target terminal of assistant service cell described non- When needing to carry out down load transmission on the serving cell of mandate frequency spectrum, if then the base station detects the unlicensed spectrum The down channel of serving cell is idle, then on the serving cell for any mandate frequency spectrum that a certain target terminal is being monitored Or the fast wake-up signaling is sent to a certain target terminal on the serving cell of other unlicensed spectrums, it will be described A certain target terminal wakes up on the serving cell of the unlicensed spectrum, wherein a certain target terminal is described any It authorizes on the serving cell of frequency spectrum or has been in wake-up states on the serving cell of other unlicensed spectrums, wherein

The wake-up time of discontinuous reception of the multiple target terminal in first discontinuous reception parameters is uniformly distributed.

7. the method for parameter configuration of discontinuous reception modes according to claim 6, which is characterized in that

The fast wake-up signaling is that carrier wave instructions field, the multiplexed media intervention control auxiliary when being multiplexed cross-carrier dispatch take Cell of being engaged in activates signaling, multipling channel free time indicator and/or uses new media access control signaling or physical down control Indication signaling processed.

8. the method for parameter configuration of the discontinuous reception modes according to any one of claim 2 to 7, which is characterized in that

The duration that wake-up states are in the terminal is equal to down channel occupancy maximum time or the terminal receives institute When stating the dormant signaling of entrance of base station transmission, into sleep state；Wherein,

Corresponding second discontinuous reception parameters of serving cell of the unlicensed spectrum and the service of other unlicensed spectrums are small Corresponding second discontinuous reception parameters in area are different.

9. a kind of parameter configuration device of discontinuous reception modes is used for base station, which is characterized in that including：

Dispensing unit is configured when base station carries out the parameter configuration of discontinuous reception modes on the serving cell for authorizing frequency spectrum First discontinuous reception parameters configure the second discontinuous reception parameters on the serving cell of unlicensed spectrum, wherein described One discontinuous reception parameters are different from second discontinuous reception parameters；

10. the parameter configuration device of discontinuous reception modes according to claim 9, which is characterized in that described second is non- The continuous configuration guidelines for receiving parameter, specifically include：

The wake-up time of discontinuous reception in the second discontinuous reception parameters configuration is identical as the object time, wherein institute It is that the base station is back to back after having detected the downlink channel condition of serving cell of the unlicensed spectrum to state the object time Preset time, the length of the preset time are the base station when finding the channel idle, to the unlicensed spectrum At least one terminal on serving cell sends the time span needed for channel idle indication signaling；Wherein,

The parameter configuration device further includes：

The wake-up time in the period of first transmission unit, the period of the discontinuous reception and each discontinuous reception Position and length are sent to the terminal by the base station by radio resource control signaling.

11. the parameter configuration device of discontinuous reception modes according to claim 10, which is characterized in that further include：

Second transmission unit, if the base station finds that the down channel is idle, after Channel Detection Time, to described Terminal sends the channel idle indication signaling, extends the wake-up time to control the terminal, and

12. the parameter configuration device of discontinuous reception modes according to claim 10, which is characterized in that further include：

All terminals on the serving cell of the unlicensed spectrum are divided into multiple set of terminal by grouped element, wherein each whole It include at least one terminal in the group of end；

Third transmission unit, if the base station finds that the down channel is idle, after Channel Detection Time, to described All terminals of multiple set of terminal send the channel idle indication signaling, to control described in the multiple set of terminal alternating holding Wake-up states, and

If the base station finds that the down channel is busy, after the Channel Detection Time, the channel is not sent Idle indication signaling is waken up with controlling all terminals of the multiple set of terminal described to all terminals of the multiple set of terminal When coming in the time to find not listen to the channel idle indication signaling, the sleep state is reentered；Wherein,

The union that the multiple set of terminal is in the duration of wake-up states is greater than or equal to channel occupancy maximum time.

13. the parameter configuration device of discontinuous reception modes according to claim 9, which is characterized in that described second is non- The continuous configuration guidelines for receiving parameter, specifically include：

The moment of waking up of discontinuous reception in the second discontinuous reception parameters configuration is identical as object time, wherein institute It is when there is load to need to transmit on the serving cell of the unlicensed spectrum to state object time, and the base station is having detected After the channel status for stating the serving cell of unlicensed spectrum, when finding the channel idle, to by the clothes of the unlicensed spectrum At the time of cell of being engaged in sends fast wake-up signaling as the terminal of auxiliary serving cell, and

14. the parameter configuration device of discontinuous reception modes according to claim 13, which is characterized in that the configuration is single Member is additionally operable to：

If the serving cell of the unlicensed spectrum is added to a certain target terminal of assistant service cell described non- When needing to carry out down load transmission on the serving cell of mandate frequency spectrum, if then the base station detects the unlicensed spectrum The down channel of serving cell is idle, then on the serving cell for any mandate frequency spectrum that a certain target terminal is being monitored Or the fast wake-up signaling is sent to a certain target terminal on the serving cell of other unlicensed spectrums, it will be described A certain target terminal wakes up on the serving cell of the unlicensed spectrum, wherein a certain target terminal is described any It authorizes on the serving cell of frequency spectrum or has been in wake-up states on the serving cell of other unlicensed spectrums；Wherein,

15. the parameter configuration device of discontinuous reception modes according to claim 14, which is characterized in that

16. the parameter configuration device of the discontinuous reception modes according to any one of claim 10 to 15, feature exist In,

The duration that wake-up states are in the terminal is equal to down channel occupancy maximum time or the terminal receives institute When stating the dormant signaling of entrance of base station transmission, into sleep state；