WO2013170679A1

WO2013170679A1 - Information processing method, user terminal, and base station

Info

Publication number: WO2013170679A1
Application number: PCT/CN2013/074093
Authority: WO
Inventors: 权威; 张戬
Original assignee: 华为技术有限公司
Priority date: 2012-05-18
Filing date: 2013-04-11
Publication date: 2013-11-21
Also published as: CN103428873B; CN103428873A

Abstract

The present invention provides an information processing method, a user terminal, and a base station, and relates to the technical field of communications, so as to solve the problems of poor QoS of a to-be-transmitted service of a terminal and poor user experience incurred by difficulty in performing optimized overall scheduling of multiple users by a base station since the terminal starts a sleep timer after sending to-be-transmitted information. The method includes the following steps: sending to-be-transmitted information; and starting a sleep timer according to the priority of the to-be-transmitted information and/or the priority of channel resources for transmitting the to-be-transmitted information. The present invention is applicable to a terminal sending data.

Description

Information processing method, user terminal and base station

This application claims priority to Chinese Patent Application No. 201210156354.6, entitled "Information Processing Method, User Terminal and Base Station", filed on May 18, 2012, the entire contents of which are incorporated herein by reference. In the application. Technical field

The present invention relates to the field of communications technologies, and in particular, to a method for information processing, a user terminal, and a base station. Background technique

It takes a certain amount of power when the receiver and transmitter of the terminal are turned on. In order to reduce the power used by the terminal, DRX (Di scont inuous Receptive) is introduced. DRX is a commonly used method for saving power in terminals. After using this method, the receiver and transmitter of the terminal are only turned on at certain moments and turned off at other times to save power.

In one cycle of the DRX, the time period in which the receiver and/or the transmitter of the terminal are in the on state is the time period in which the terminal is in the active state. When the terminal is in the active state, the terminal can obtain channel commands, paging messages, receiving system broadcast messages, and transmitting data.

The process of receiving and transmitting data by the terminal using DRX may include the following steps:

When the terminal has a service to be transmitted, the terminal sends the information to be transmitted to the eNB, and the information to be transmitted may include: a service to be transmitted and a BSR (Buffer Status Repor t), or an SR (Schedul ing Reques t, Scheduling request), the BSR is used to describe the current amount of cached data of the terminal;

Specifically, if the base station allocates the channel resource for transmitting the to-be-transmitted service in the time period in which the terminal is in the active state, the to-be-transmitted information may include: the to-be-transmitted service and the BSR, where the BSR is used to indicate the amount of the current cached data of the base station according to the terminal. Allocating a channel resource for the next transmission service to the terminal; if the base station does not allocate a channel resource for transmitting the to-be-transmitted service, the information to be transmitted may include: an SR corresponding to the to-be-transmitted service, and the SR is used to indicate the base station Allocating a channel resource for transmitting the to-be-transmitted service to the terminal; when the terminal receives the base station through the PDCCH (Physica I Downl In Cont rol After the channel, the physical downlink control channel, and the uplink grant information, including the channel resource, the terminal uses the channel resource to send the to-be-transmitted information including the to-be-transmitted service and the BSR to the base station.

2. The terminal starts the Sleep Timer. During the Sleep Timer time period, the terminal does not receive the channel command, and the terminal does not receive the channel command until the Sleep Timer expires. However, during the Sleep Timer time period, the terminal can listen. Paging message or broadcast message. Since the terminal does not receive the channel command during the Sleep Timer time period, the terminal can save part of the power; at the same time, the terminal starts the Sleep Timer to delay the start of the Inactivity Timer, so that the Inact timer does not It will time out too soon after the terminal sends the information to be transmitted.

3. After the Sleep Timer expires, the terminal starts the Inactivity Timer. During the timeout period of the timer, the terminal is in the active state. The Inactivity Timer is used to extend the time when the terminal is in the active state, ensuring that the terminal exists during the Inactivity Timer time. When the service needs to be transmitted, there may be more opportunities to receive uplink grant information including channel resources, or channel commands including channel resources, so that more services to be transmitted can be transmitted in time.

The Inactivity Timer and Sleep Timer timing length sentences are set by the base, and the Inactivity Timer and Sleep Timer are configured for different terminals according to the same parameters.

In the process of implementing the foregoing information processing, the inventor finds that at least the following problems exist in the prior art: After the terminal sends the information to be transmitted, the Sleep Timer is started, because the Sleep Timer timing is configured for different terminals according to the same parameter, therefore, the base station The configured Sleep Timer timing may not be suitable for the delay requirement of the information to be transmitted, which is disadvantageous for the base station to perform multi-user optimization scheduling as a whole, resulting in lower QoS (Quality of Service) and user experience of the terminal service. Summary of the invention

The embodiment of the present invention provides a method for processing information, a user terminal, and a base station. To a certain extent, it is solved that, after the terminal sends the information to be transmitted and starts the Sleep Timer, it is not conducive to The base station performs multi-user optimization scheduling as a whole, resulting in a problem of QoS of the terminal service and a low user experience.

In order to achieve the above object, embodiments of the present invention use the following technical solutions:

In one aspect, a method of information processing is provided, including:

Sending information to be transmitted;

And starting a sleep timer according to a priority of the information to be transmitted and/or a priority of a channel resource for transmitting the information to be transmitted, a time length of the sleep timer and a priority of the information to be transmitted / or a priority correlation of channel resources for transmitting the information to be transmitted.

In addition, another method of information processing is provided, including:

Configuring, for the terminal, at least one sleep timer chronograph time information corresponding to a priority of the information to be transmitted of the terminal and/or a priority of a channel resource for transmitting the information to be transmitted, the sleep timer chronograph time information Used to describe the length of the sleep timer;

Sending the configured sleep timer timing information to the terminal, so that the terminal acquires the priority of the to-be-transmitted information from the configured sleep timer timing information after transmitting the to-be-transmitted information. And a sleep timer is started after the sleep timer timing information corresponding to the priority of the channel resource for transmitting the information to be transmitted.

In another aspect, a user terminal is provided, including:

a sending unit, configured to send information to be transmitted;

a processing unit, configured to start a sleep timer according to a priority of the information to be transmitted and/or a priority of a channel resource used for transmitting the information to be transmitted, a time length of the sleep timer and the to-be-transmitted The priority of the information and/or the priority of the channel resource used to transmit the information to be transmitted;

And a sleep timer, configured to perform timing according to a priority of the information to be transmitted and/or a priority of a channel resource for transmitting the information to be transmitted after the sending unit of the user terminal sends the information to be transmitted.

In addition, a base station is provided, including:

a processing unit, configured to configure, for the terminal, at least one priority of information to be transmitted with the terminal And/or sleep timer timing information corresponding to a priority of a channel resource for transmitting the information to be transmitted, wherein the sleep timer timing information is used to describe a time length of a sleep timer;

a sending unit, configured to send the configured sleep timer timing information to the terminal, so that the terminal acquires the to-be-transmitted information from the configured sleep timer timing information after transmitting the to-be-transmitted information The sleep timer is started after the priority of the information and/or the sleep timer chronograph information corresponding to the priority of the channel resource for transmitting the information to be transmitted.

The information processing method, the user terminal, and the base station provided by the embodiment of the present invention, after using the foregoing method, after transmitting the information to be transmitted, the terminal according to the priority of the information to be transmitted and/or the channel resource used for transmitting the information to be transmitted The priority starts the S leep timer, and the timing length of the S leep timer is related to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, thereby ensuring that the terminal saves power while also considering The priority of the information to be transmitted and/or the priority of the channel resources for transmitting the information to be transmitted are as long as possible to meet the delay requirement of the information to be transmitted, which is beneficial to the base station to perform multi-user optimized scheduling as a whole, and improves the to-be-transmitted service. QoS and user experience. DRAWINGS

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings used in the description of the embodiments will be briefly described. It is obvious that the drawings in the following description are only some embodiments of the present invention. Other drawings may also be obtained from those of ordinary skill in the art in view of the drawings.

1 is a flow chart of a method for processing information by using a terminal as an execution subject according to an embodiment of the present invention;

FIG. 2 is a flow chart of another method for processing information by using a terminal as an execution subject according to the embodiment; FIG.

Figure 3 is a pulse waveform diagram of the S leep Timer when the two Sleep Timers are simultaneously clocked in the method provided in Figure 2;

Figure 4 is a diagram of the method provided in Figure 2, when the S leep Timer expires, the Inact ivi ty is started. The waveform of the Timer state;

FIG. 5 is a flowchart of a method for processing information by using a base station as an execution subject according to an embodiment of the present disclosure;

FIG. 6 is a schematic structural diagram of a user terminal according to an embodiment of the present disclosure;

FIG. 7 is a schematic structural diagram of another user terminal according to the embodiment;

FIG. 8 is a schematic structural diagram of a base station according to an embodiment of the present disclosure. detailed description

The technical solutions in the embodiments of the present invention are clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without creative efforts are within the scope of the present invention.

The embodiment provides a method for processing information. The execution body of the method is a terminal. As shown in FIG. 1, the method includes the following steps:

101. Send information to be transmitted.

102. Start a sleep timer according to a priority of information to be transmitted and/or a priority of a channel resource used for transmitting information to be transmitted, a duration of a sleep timer, a priority of the information to be transmitted, and/or a transmission to be used. The priority of the channel resources that transmit information is related.

As an implementation manner of this embodiment, the higher the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, the shorter the corresponding S leep Timer timing; the priority of the information to be transmitted and / The lower the priority of the channel resource used to transmit the information to be transmitted, the longer the corresponding S leep Timer is timed.

In this embodiment, the correspondence between the priority and the timing of the S1 eep timer is not limited, and may be set according to actual needs, and details are not described herein again.

After the above method is used, after transmitting the information to be transmitted, the terminal starts the S leep Timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted. The priority of the transmitted information and/or the letter used to transmit the information to be transmitted The priority of the channel resources is related to ensure that the terminal saves the power while considering the priority of the information to be transmitted and/or the priority of the channel resources for transmitting the information to be transmitted, and the delay of the information to be transmitted is satisfied as much as possible. The requirement is beneficial to the base station to perform multi-user optimized scheduling as a whole, thereby improving the QoS and user experience of the service to be transmitted.

As an improvement of the embodiment, the embodiment provides another method for processing information. The execution subject of the embodiment is a terminal. As shown in FIG. 2, the following steps may be included:

201. Send information to be transmitted.

As a mode of the embodiment, when the base station does not allocate a channel resource for transmitting the to-be-transmitted service, the terminal sends, to the base station, information to be transmitted that includes the SR corresponding to the service to be transmitted, and the SR is used to indicate the allocation of the base station. A channel resource used by the terminal to send a service to be transmitted.

This embodiment is not limited to the method for the base station to configure the channel resource according to the SR, and is a technology well known to those skilled in the art, and details are not described herein again.

202. Start a sleep timer according to a priority of the information to be transmitted and/or a priority of a channel resource used for transmitting the information to be transmitted, a time length of the sleep timer and a priority of the information to be transmitted, and/or for transmitting the to-be-transmitted The priority of the channel resources of the information is related.

As an implementation manner of this embodiment, the higher the priority of the information to be transmitted and/or the channel resource used for transmitting the information to be transmitted, the shorter the corresponding S leep Timer timing; the priority of the information to be transmitted. And the lower the priority of the channel resource used to transmit the information to be transmitted, the longer the corresponding S leep Timer is timed.

Further, the step of starting the sleep timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted may include:

Obtaining the S leep Timer time information corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, and the pre-stored S leep Timer time information from the pre-stored S leep Timer time information Determining the S leep Timer corresponding to at least one priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted The S leep Timer time information of the time duration; the S leep Timer is started according to the obtained S leep Timer time information.

As an embodiment of the present embodiment, the pre-stored S leep Timer timing information may be, but is not limited to, configured by the base station for the terminal, or configured by other devices, and is not limited herein.

Further optionally, the step of starting the sleep timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted may include:

The S leep Timer timing information corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted is obtained from the base station; and the S leep Timer is started according to the acquired time information of the Sleep Timer.

After the terminal sends the information to be transmitted, the S leep timer is started; the S leep Timer time can be the time counted in the obtained S leep Timer time information.

The terminal may obtain the S leep Timer timing information corresponding to the priority of the information to be transmitted and/or the priority of the channel resource used for transmitting the information to be transmitted, or may be sent before the information is to be transmitted. After the information is to be transmitted, the S leep Timer time information corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted is obtained from the base station, which is not limited herein.

Further, the information to be transmitted may include a BSR and a service to be transmitted; or the information to be transmitted may include an SR corresponding to the service to be transmitted.

As an implementation manner of this embodiment, when the information to be transmitted includes the to-be-transmitted service and the BSR, the priority of the information to be transmitted is the priority of the to-be-transmitted service included in the to-be-transmitted information;

When the information to be transmitted includes the SR corresponding to the service to be transmitted, the priority of the information to be transmitted is the priority of the SR included in the information to be transmitted.

The step of obtaining the SR priority may include: obtaining an SR priority corresponding to the SR according to a priority of the to-be-transmitted service corresponding to the SR.

If the information to be transmitted includes an SR corresponding to the service to be transmitted, according to the priority of the information to be transmitted and

/ or the priority of the channel resource for transmitting the information to be transmitted. The step of starting the S leep Timer may include: Acquiring the SR priority corresponding to the SR from the pre-stored SR priority according to the priority of the to-be-transmitted service corresponding to the SR, where the pre-stored SR priority includes at least one of the priorities of the to-be-transmitted service corresponding to the SR configured by the base station. The priority of the SR is obtained; or, according to the priority of the service to be transmitted corresponding to the SR, the SR priority corresponding to the SR is obtained from the base station; and the Sleep Timer is started according to the acquired SR priority.

For example, if the priority of the to-be-transmitted service corresponding to the SR is 1, the SR priority corresponding to the priority of 1 is obtained from the pre-stored SR priority, and the obtained SR priority may be, but not limited to: 1, or 2, if the obtained SR priority is 1, the Sleep Timer timing information corresponding to the priority 1 can be obtained from the Sleep Timer timing information configured by the pre-stored base station, and according to the acquired Sleep Timer timing time. The message starts the Sleep Timer, that is, the Sleep Timer time is the time described in the acquired Sleep Timer time information.

The terminal may obtain the SR priority corresponding to the SR from the base station before sending the information to be transmitted, or may obtain the SR priority corresponding to the SR from the base station after the information to be transmitted is sent, which is not limited herein.

The method for starting the Sleep Timer is not limited in this embodiment, and may be set according to actual needs, and details are not described herein again.

Further, as shown in FIG. 3, if the information to be transmitted may include an SR corresponding to the service to be transmitted, the terminal may send at least two messages including the SR to be transmitted in the inactive time period, and send each After the information is to be transmitted, the terminal starts the Sleep Timer according to the information of the Sleep Timer corresponding to each information to be transmitted, that is, the terminal can simultaneously run at least two Sleep Timers. In this case, the terminal can use the Sleep Timer with the priority timeout as If there is one Sleep Timer timeout in at least two Sleep Timers at the same time, the other Sleep Timers will stop timing, so that the terminal can terminate all Sleep Timer timings earlier, ensuring that the terminal can receive the uplink grant sent by the base station earlier. information.

For example, as shown in Figure 3, after the terminal sends SR1 and SR2, it starts Sleep Timerl and respectively.

Sleep Timer2, because the Sleep Timerl t匕Sleep Timer times out earlier, the J^J terminal terminates the Sleep Timer2 timing after the Sleep Timer1 times out, and enters the active state. The specific steps of the terminal processing may include:

The first step is to determine whether there is a timeout in the started Sleep Timer. In the second step, if there is a timeout in the started Sleep Timer, it is determined whether there is currently a S leep Timer that is being timed. The third step is if the current exists. The Sleep Timer being clocked terminates the currently counting S leep Timer.

Further, in the time period of the S1 eep timer, the SR to be transmitted by the terminal and the SR to be transmitted are the same as the SR to be transmitted in the previous transmission, and then the information to be transmitted is sent after the currently transmitted information to be transmitted is sent. The timing of the Sleep Timer is 0 milliseconds.

That is, during the time period of the S leep Timer, the terminal sends the to-be-transmitted information including the same SR, and the terminal starts the S leep Timer only after transmitting the information to be transmitted for the first time, and then sends the same SR after the transmission. After the information to be transmitted, the S leep timer is not enabled, so that the terminal can terminate the S leep Timer timing earlier, so that the terminal can receive the uplink authorization information sent by the base station earlier.

Further, if the information to be transmitted includes the BSR and the service to be transmitted, and the BSR is the padding BSR or the periodic BSR, the time length of the started S leep Timer after the terminal sends the to-be-transmitted information is 0 milliseconds.

Further, channel resources for transmitting information to be transmitted may include, but are not limited to: a logical channel for transmitting information to be transmitted, or a logical channel group for transmitting information to be transmitted, and the like.

If the information to be transmitted includes the BSR and the service to be transmitted, step 207 is performed;

If the information to be transmitted includes the SR corresponding to the service to be transmitted, step 203 is performed, and after the step is performed, step 207 and step 203 may be performed simultaneously, and step 207 and step 203 may be separately performed.

203. Determine whether the uplink authorization information corresponding to the scheduling request is received, where the uplink authorization information includes a channel resource used by the terminal to transmit the to-be-transmitted service corresponding to the scheduling request.

If the uplink authorization information corresponding to the SR is received, step 201 is performed; if the uplink authorization information corresponding to the SR is not received, step 204 is performed.

204. Determine whether the number of scheduling requests sent by the terminal is equal to a preset value. The value of the preset value is not limited in this embodiment, and may be set according to actual needs. For example, it may be an integer greater than 0, and the details are not described herein again.

If it is equal to the preset value, step 205 is performed; if it is not equal to the preset value, step 204 is continued.

205. Obtain, from the pre-stored forbidden timer timing information, a timer chronograph time information corresponding to a priority of the information to be transmitted and/or a priority of a channel resource used for transmitting the information to be transmitted, and the pre-stored prohibit timer is timed. The time information includes at least one of the prohibition timer timing information for describing the timer timer time length corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted; or

The timer chronograph time information corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted is acquired from the base station.

The terminal may acquire, from the base station, an SR-Prohibi t Timer corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, before transmitting the information to be transmitted. The information may also be, after the information to be transmitted is sent, acquire, from the base station, SR-Prohibi t Timer timing information corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted.

As an embodiment of the present embodiment, the pre-stored SR-Prohibi t Timer time information may be, but is not limited to, configured by the base station for the terminal, or configured by other devices, which is not limited herein.

206. The start prohibition timer is started according to the obtained prohibition timer timing information.

In order to ensure the correctness and integrity of the SR received by the base station, the terminal sends the at least two identical SRs to the base station, that is, sends the information to be transmitted that contains the same SR at least twice, and the number of times the SR has been sent has reached the maximum number of times. If the terminal receives the uplink grant information sent by the base station, the terminal does not send the same SR to the base station to the base station.

Considering that the terminal sends an SR to the base station and the base station sends the uplink grant information corresponding to the SR to the terminal, in order to send the uplink grant information reservation time to the terminal, the terminal sends the SR to the base station after the preset number of times. - Prohibi t Timer, in the SR-Prohibi t Timer time period, it is forbidden to send the SR to the base station, but can receive the uplink authorization information sent by the base station, increase The time interval between sending the same SRs reduces the number of times the terminal sends SRs to the base station before receiving the uplink grant information, and can also save power.

During the SR-Prohibit Timer timeout period, the transmission power of the terminal can be reduced, and the SR interference is reduced. Only after the SR-Prohibit Timer expires, the terminal still does not receive the uplink authorization information corresponding to the SR, and does not reach the maximum SR. When the number of transmissions is sent, the terminal will send the same or the SR related to the previously sent SR to the base station again, and then the terminal may start the SR-Prohibit Timer again, until the SR reaches the maximum number of transmissions or the terminal receives the uplink authorization information.

As an implementation manner of this embodiment, an example of starting the SR-Prohibit Timer by the terminal is as follows:

If the preset value is 3, that is, the terminal starts the SR_Prohibit Timer after every three SRs sent, the terminal can start the SR-Prohibit Timer after sending the SR for the third time and the sixth time. Optionally, the preset value may be any value greater than 0 according to actual needs.

The preset value provided in this embodiment may be configured by the terminal according to priorities of different channel resources. Channel resources may include, but are not limited to: logical channels, logical channel groups, and the like.

For example, the terminal may configure a preset value for each logical channel group, and the preset values of different logical channel groups may be the same or different. The logical channel group may include at least one logical channel, and different logical channel groups may include For the same number, or a different number of logical channels, each logical channel group may contain logical channels of the same priority.

207. After the Sleep Timer expires, the terminal starts the Inactivity Timer.

Because the information to be transmitted arrives at the base station, it may take some time. Therefore, the terminal starts Sleep Timer and is used to delay the startup of the Inactivity Timer, so that the Inactivity Timer does not start immediately after the terminal sends the information to be transmitted, ensuring that the Inactivity Timer does not prematurely time out.

During the time period of the Inactivity Timer, the terminal is in the active state. The Inactivity Timer is used to extend the length of the terminal in the active state. During the time of the Inactivity Timer, when the terminal needs to transmit traffic, the terminal can send more information to be transmitted. At the same time, it can also receive more channel commands, uplink authorization information, etc., so that the service can be transmitted earlier. Figure 4 shows the state waveform of the Inact timer that the terminal starts after the Sleep Timer expires. The time period of the higher waveform is the time period when the terminal is in the active state. The time period of the lower waveform. The time period during which the terminal is in an inactive state.

Further, due to the uncertainty of the transmission scenario between the terminal and the base station, the base station may instruct the terminal not to use the acquired S leep Timer timing information to determine the timing of the Sleep Timer, but separately configure another timing. The time is for the timer to be timed. The specific steps may include: receiving the timer indication information sent by the base station; the timer indication information may include the specified time information of the S leep timer, and the specified priority; the transmission priority is a designated priority to be transmitted. After the information, the S leep Timer is started according to the specified time information of the S leep Timer, that is, the timing of the S leep Timer is the timing time described by the specified time information of the S leep Timer.

In this embodiment, the content included in the specified timing information is not limited, and may be set according to actual needs. For example, the Inac t ty timer may specify the timing information, the SR-Prohib it Timer specified time information, and the like. No longer.

After the above method is used, after transmitting the information to be transmitted, the terminal starts the S leep Timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted. The priority of the transmitted information and/or the priority of the channel resources for transmitting the information to be transmitted ensures that the terminal saves power while also taking into account the priority of the information to be transmitted and/or for transmitting the information to be transmitted. The priority of the channel resources meets the delay requirements of the information to be transmitted as much as possible, which is beneficial to the base station to perform multi-user optimized scheduling as a whole, and improves the QoS and user experience of the to-be-transmitted service.

This embodiment provides another method for processing information. The execution entity of the method is a base station. As shown in FIG. 5, the method may include the following steps:

501. Configure, for the terminal, at least one sleep timer timing information corresponding to a priority of the information to be transmitted of the terminal and/or a priority of a channel resource for transmitting information to be transmitted, and the sleep timer timing information is used to describe the sleep. The time period of the timer;

502. Send the configured sleep timer timing information to the terminal, so that the terminal obtains the priority of the information to be transmitted from the configured sleep timer timing information after sending the to-be-transmitted information. The sleep timer is started after the sleep timer timing information corresponding to the priority of the channel resource for transmitting the information to be transmitted.

After the above solution is used, after transmitting the information to be transmitted, the terminal starts the S leep Timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, and the length of the time period of the S leep Timer is to be The priority of the transmitted information and/or the priority of the channel resources for transmitting the information to be transmitted ensures that the terminal saves power while also taking into account the priority of the information to be transmitted and/or for transmitting the information to be transmitted. The priority of the channel resources meets the delay requirements of the information to be transmitted as much as possible, which is beneficial to the base station to perform multi-user optimized scheduling as a whole, and improves the QoS and user experience of the to-be-transmitted service.

As an improvement, the embodiment provides another method for processing information. The method is performed by the base station. As shown in FIG. 5, the method may include the following steps:

501. Configure, for the terminal, at least one sleep timer timing information corresponding to a priority of the information to be transmitted of the terminal and/or a priority of a channel resource for transmitting information to be transmitted, and the sleep timer timing information is used to describe the sleep. The length of time the timer is counted.

After the terminal sends the information to be transmitted, the S leep timer is started, and the timing information of the S leep Timer is configured by the base station to which the terminal belongs.

The base station configures at least one S leep Timer timing information for describing the timing length of the Sleep Timer corresponding to the priority of the information to be transmitted of the terminal and/or the priority of the channel resource for transmitting the information to be transmitted.

As an implementation manner of this embodiment, the higher the priority, the shorter the corresponding S leep Timer timing; the lower the priority, the longer the corresponding S leep Timer timing.

For example, the priority can be represented by an integer greater than 0. A larger value indicates a lower priority; a smaller value indicates a higher priority. The priority can be "0", "1", "2", and the base station configuration priority is "0". The S leep timer time is "10 milliseconds"; the priority is "1" corresponding to S leep. The Timer time is "20 milliseconds"; the priority is "2". The corresponding Sleep Timer time is "30 milliseconds".

Further, the base station may further transmit information according to delay requirements of the information to be transmitted. The information, or the channel resource used to transmit the information to be transmitted, configures the S leep Timer timing information. Further, the base station may further configure the S leep according to different ranges of priorities of the information to be transmitted, and/or different ranges of priorities of channel resources for transmitting information to be transmitted.

Timer timing information.

For example, the priority is in the range of 0 to 5, and the corresponding S leep Timer timing is "10 milliseconds"; the priority is in the range of 6 to 10, and the corresponding S leep Timer timing is "20 milliseconds".

Specifically, as shown in the following table:

In this embodiment, the configuration mode and the priority value of the S1 eep timer are not limited, and may be configured according to actual needs. For example, the base station may also configure the S leep timer according to the QoS requirements of the to-be-transmitted service, the network load, and the like. This is no longer a comment.

Further, the information to be transmitted includes the BSR and the service to be transmitted; or the information to be transmitted includes the SR corresponding to the service to be transmitted.

Further, if the information to be transmitted includes the SR corresponding to the service to be transmitted, the base station may further configure, for the terminal, at least one SR priority corresponding to the range of the priority of the to-be-transmitted service corresponding to the SR.

For example, as shown in the above table, when the priority is in the range of 0 to 5, the SR priority is 0; when the priority is in the range of 6 to 10, the SR priority is 6; when the priority is in the range of 11 to 17, SR The priority is 17.

Further, the base station may further configure, for the terminal, at least one SR priority corresponding to the priority of the to-be-transmitted service corresponding to the SR.

As an implementation of this embodiment, if the priority is represented by an integer greater than 0, the correspondence between the SR priority configured by the base station and the S leep Timer timing information is as follows: Service priority to be transmitted Sleep Timer SR priority to be transmitted service 1 0 10 ms 0 to be transmitted service 2 1 20 ms 1 to be transmitted service 3 2 30 ms 2

The method for configuring the SR priority of the base station is not limited in this embodiment, and may be set according to actual needs, and details are not described herein again.

To ensure the correctness and integrity of the SR received by the base station, the terminal sends the to-be-transmitted information containing the same SR at least twice to the base station. When the number of times the SR is sent has reached the maximum number, or the terminal receives the uplink sent by the base station. After the authorization information, the terminal no longer sends the same SR to the base station as the SR.

Further, the base station further configures, for the terminal, at least one SR-Prohibi t Timer timing information corresponding to the priority of the information to be transmitted of the terminal and/or the priority of the channel resource for transmitting the information to be transmitted, SR_Prohibi t Timer timing time The information is used to describe the length of the timing of the SR-Prohibi t Timer.

The role of the SR-Prohibi t Timer has been described in step 206 and will not be discussed here. In this embodiment, the method for configuring the SR-Prohibi t Timer timing information of the base station is not limited, and may be configured according to actual needs. For example, the configuration may be performed according to the load of the current channel resource, and details are not described herein.

502. The base station sends the configured sleep timer timing information to the terminal, so that after the terminal sends the to-be-transmitted information, the terminal acquires the priority of the information to be transmitted from the configured sleep timer timing information and/or is used to transmit the to-be-transmitted information. The sleep timer is started after the sleep timer timing information corresponding to the priority of the channel resource of the information.

Further, the base station sends the configured SR priority to the terminal, so that the terminal obtains the SR priority corresponding to the SR from the configured SR priority according to the priority of the to-be-transmitted service corresponding to the SR, and then starts according to the acquired SR priority. S leep Timer.

Further, the base station sends the configured SR-Prohibi t Timer timing information to the terminal, so that the terminal acquires information to be transmitted from the configured SR-Prohibi t Timer timing information. The SR-Prohibit Timer is started after the priority of the SR-Prohibit Timer corresponding to the priority of the channel resource for transmitting the information to be transmitted.

Further, optionally, the Sleep Timer time information, and/or the SR priority, and/or the SR-Prohibit Timer time information configured by the base station may be actively configured and sent to the terminal before the terminal sends the information to be transmitted. It may be sent after being sent after the terminal sends the information to be transmitted.

In this embodiment, the manner in which the base station is configured and sent the Sleep Timer timing information, and/or the SR priority, and/or the SR-Prohibit Timer timing information is not limited, and may be set according to actual needs, and is no longer Narration.

After the above method is used, after transmitting the information to be transmitted, the terminal starts the Sleep Timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, and the length of the Sleep Timer and the information to be transmitted. Priority of the priority and/or priority of channel resources for transmitting information to be transmitted, ensuring that the terminal saves power while also taking into account the priority of the information to be transmitted and/or the channel resource used to transmit the information to be transmitted. The priority of the information is as long as possible to meet the delay requirement of the information to be transmitted, which is beneficial to the base station to perform multi-user optimized scheduling as a whole, and improves the QoS and user experience of the service to be transmitted.

This embodiment provides a user terminal, as shown in FIG. 6, which may include:

a sending unit 61, configured to send information to be transmitted;

The processing unit 62 is configured to start, according to the priority of the information to be transmitted and/or the priority of the channel resource used for transmitting the information to be transmitted, the Sleep Timer, the time length of the Sleep Timer and the priority of the information to be transmitted, and/or Priority of channel resources for transmitting information to be transmitted;

The sleep timer 63 is configured to perform timing according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted after the sending unit 61 sends the information to be transmitted.

After the above method is used, after the sending unit sends the information to be transmitted, the processing unit starts the Sleep Timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, and the time length of the Sleep Timer is Priority of information to be transmitted and/or for transmission The priority of the channel resources of the information to be transmitted is related to ensure that the terminal saves the power, and also takes into consideration the priority of the information to be transmitted and/or the priority of the channel resources for transmitting the information to be transmitted, and satisfies the transmission to be transmitted as much as possible. The delay requirement of the information is beneficial to the base station to perform multi-user optimized scheduling as a whole, and improves the QoS and user experience of the service to be transmitted.

As an improvement of the embodiment, this embodiment provides another user terminal, as shown in FIG. 7, which may include:

a sending unit 71, configured to send information to be transmitted;

The processing unit 72 is configured to start, according to the priority of the information to be transmitted and/or the priority of the channel resource used for transmitting the information to be transmitted, the Sleep Timer, the duration of the Sleep Timer and the priority of the information to be transmitted, and/or Priority of channel resources for transmitting information to be transmitted;

The Sleep Timer 73 is configured to time, according to the priority of the information to be transmitted and/or the priority of the channel resource used for transmitting the information to be transmitted, after the sending unit sends the information to be transmitted.

Further, the processing unit 72 is further configured to: acquire, from the pre-stored Sleep Timer time information, a Sleep Timer time information corresponding to a priority of the information to be transmitted and/or a priority of a channel resource used for transmitting the information to be transmitted, The pre-stored Sleep Timer timing information includes at least one Sleep Timer time information for describing the length of the Sleep Timer corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted; The obtained Sleep Timer timing information starts the Sleep Timer.

Further, the processing unit 72 is further configured to acquire, from the base station to which the terminal belongs, the priority of the information to be transmitted and/or the priority of the channel resource used for transmitting the information to be transmitted, to describe the length of the Sleep Timer. Sleep Timer timing information; Starts the Sleep Timer based on the acquired Sleep Timer timing information.

Further, the information to be transmitted includes a BSR and a service to be transmitted.

Further, the information to be transmitted includes the SR corresponding to the service to be transmitted, and the SR is used to indicate that the terminal configured by the terminal is configured to transmit the channel resource of the to-be-transmitted service corresponding to the SR.

Further, if the information to be transmitted includes the SR corresponding to the service to be transmitted, the processing unit 72 further And the pre-stored SR priority includes at least one priority of the to-be-transmitted service corresponding to the SR configured by the base station, according to the priority of the to-be-transmitted service corresponding to the SR. Corresponding SR priority; or, according to the priority of the service to be transmitted corresponding to the SR, the SR priority corresponding to the SR is obtained from the base station; and the S leep timer is started according to the acquired SR priority.

Further, if the information to be transmitted includes the SR corresponding to the service to be transmitted, and the SR included in the to-be-transmitted information currently sent by the terminal and the SR to be transmitted in the previous transmission information, If the information to be transmitted is sent, the time length of the Sleep Timer initiated by the processing unit 72 is 0 milliseconds.

Further, if the information to be transmitted includes the BSR, the service to be transmitted, and the BSR is filled

After the BSR, or the periodic BSR, after the terminal sends the information to be transmitted, the time length of the S leep timer initiated by the processing unit 72 is 0 milliseconds.

Further, if the information to be transmitted includes the SR corresponding to the service to be transmitted, the processing unit 72 is further configured to determine whether the uplink authorization information corresponding to the SR is received, where the uplink authorization information includes the terminal to transmit the to-be-transmitted corresponding to the SR. Channel resources of the service;

If the terminal does not receive the uplink authorization information, the processing unit 72 determines whether the number of SRs sent by the terminal is equal to a preset value; if the number of times is equal to the preset value, the processing unit 72 obtains the pre-stored SR-Prohibi t Timer time information. SR-Prohibit Timer time information corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, the pre-stored SR-Prohib it Timer time information includes at least one information to be transmitted SR-Prohibi t Timer timing information for describing the SR-Prohibi t Timer timing length corresponding to the priority and/or the priority of the channel resource for transmitting the information to be transmitted; or acquiring and transmitting information from the base station The SR_Prohibi t Timer timing information corresponding to the priority of the priority and/or the priority of the channel resource for transmitting the information to be transmitted; the SR-Prohibi t Timer is started according to the acquired SR_Prohibi t Timer timing information.

The SR-Prohibi t Timer 74 is configured to time according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted. Further, the processing unit 72 is further configured to determine whether there is a timeout in the started Sleep Timer;

If there is a timeout in the started Sleep Timer, the processing unit 72 determines whether there is currently a Sleep Timer that is timing;

If there is currently a Sleep Timer being clocked, then processing unit 72 terminates the timing of the Sleep Timer currently being clocked.

After the above method is used, after the sending unit sends the information to be transmitted, the processing unit starts the Sleep Timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, and the time length of the Sleep Timer is The priority of the information to be transmitted and/or the priority of the channel resource used for transmitting the information to be transmitted ensures that the terminal saves power while taking into account the priority of the information to be transmitted and/or for transmitting the information to be transmitted. The priority of the channel resources satisfies the delay requirement of the information to be transmitted as much as possible, which is beneficial to the base station to perform multi-user optimized scheduling as a whole, and improves the QoS and user experience of the to-be-transmitted service.

This embodiment provides a base station, as shown in FIG. 8, which may include:

The processing unit 81 is configured to configure, for the terminal, at least one priority of the information to be transmitted with the terminal, and

The Sleep Timer time information corresponding to the priority of the channel resource for transmitting the information to be transmitted, the Sleep Timer time information is used to describe the time length of the Sleep Timer, and the sending unit 82 is configured to send the configured Sleep Timer to the terminal. Timing time information, so that the terminal acquires the Sleep Timer timing corresponding to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted from the configured Sleep Timer time information after transmitting the information to be transmitted. Start the Sleep Timer after the time information.

Further, if the information to be transmitted includes the SR corresponding to the service to be transmitted, the processing unit 81 is further configured to configure, for the terminal, at least one SR priority corresponding to the priority of the to-be-transmitted service corresponding to the SR;

The sending unit 82 is further configured to send the configured SR priority to the terminal, so that the terminal according to the SR pair After the priority of the service to be transmitted is obtained, the SR priority corresponding to the SR is obtained from the configured SR priority, and then the S leep timer is started according to the acquired SR priority.

Further, the processing unit 81 is further configured to configure, for the terminal, at least one SR-Prohib corresponding to the priority of the to-be-transmitted message, the packet, and/or the priority of the channel resource for transmitting the packet, the packet to be transmitted. It Timer timing information, SR_Prohibi t Timer timing information is used to describe the length of the SR_Prohib it Timer;

The sending unit 82 is further configured to send the configured SR-Prohib it Timer timing information to the terminal, so that the terminal acquires the priority of the to-be-transmitted message, the packet, and/or the configured SR-Prohib it Timer time information. Start SR-Prohib it Time after transmitting SR-Prohib it Timer time information corresponding to the priority of the channel resource to be transmitted, packet, and

After the above method is used, after the sending unit sends the information to be transmitted, the processing unit starts the timing of the S leep Timer and the S leep Timer according to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted. The length is related to the priority of the information to be transmitted and/or the priority of the channel resource for transmitting the information to be transmitted, which ensures that the terminal saves power while taking into account the priority of the information to be transmitted and/or for transmission. The priority of the channel resources for transmitting information meets the delay requirements of the information to be transmitted as much as possible, which is beneficial to the base station to perform multi-user optimized scheduling as a whole, and improves the QoS and user experience of the to-be-transmitted service.

Through the description of the above embodiments, those skilled in the art can clearly understand that the present invention can be implemented by means of software plus necessary general hardware, and of course, by hardware, but in many cases, the former is a better implementation. . Based on such understanding, the technical solution of the present invention, which is essential or contributes to the prior art, may be embodied in the form of a software product stored in a readable storage medium, such as a floppy disk of a computer. A hard disk or optical disk or the like includes instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to perform the methods described in various embodiments of the present invention.

The above is only the specific embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily think of changes or substitutions within the technical scope of the present invention. It should be covered by the scope of the present invention. Therefore, the protection of the present invention The scope should be stated in the scope of the claims.

Claims

Rights request

1. An information processing method, characterized by including:

Send information to be transmitted;

A sleep timer is started according to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted, and the timing length of the sleep timer is equal to the sum of the priority of the information to be transmitted. /Or related to the priority of the channel resources used to transmit the information to be transmitted.

2. The information processing method according to claim 1, characterized in that: starting a sleep timer according to the priority of the information to be transmitted and/or the priority of the channel resources used to transmit the information to be transmitted. include:

Obtain the priority sum of the information to be transmitted from the pre-stored sleep timer timing information.

/or sleep timer timing information corresponding to the priority of the channel resource used to transmit the information to be transmitted, the pre-stored sleep timer timing time information includes at least one corresponding to the priority of the information to be transmitted and/or Sleep timer timing information describing the length of the sleep timer timing corresponding to the priority of the channel resource used to transmit the information to be transmitted;

The sleep timer is started according to the acquired sleep timer timing time information.

3. The information processing method according to claim 1, characterized in that: starting a sleep timer according to the priority of the information to be transmitted and/or the priority of the channel resources used to transmit the information to be transmitted. Previously, the method also included:

Obtain sleep timer timing information describing the length of the sleep timer timing corresponding to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted, from the base station to which the terminal belongs;

Starting the sleep timer according to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted includes: starting the sleep timer according to the obtained sleep timer timing information.

4. The information processing method according to claim 1 or 2 or 3, characterized in that the information to be transmitted includes cache status report information and services to be transmitted.

5. The information processing method according to claim 1, 2 or 3, characterized in that: The information to be transmitted includes a scheduling request corresponding to the service to be transmitted, and the scheduling request is used to instruct the base station to which the terminal belongs to configure channel resources for the terminal to transmit the service to be transmitted corresponding to the scheduling request;

Starting the sleep timer according to the priority of the information to be transmitted and/or the priority of the channel resources used to transmit the information to be transmitted includes:

According to the priority of the to-be-transmitted service corresponding to the scheduling request, the scheduling request priority corresponding to the scheduling request is obtained from the pre-stored scheduling request priority, and the pre-stored scheduling request priority includes at least one priority of the scheduling request. The priority of the scheduling request corresponding to the priority of the service to be transmitted corresponding to the request; or,

According to the priority of the service to be transmitted corresponding to the scheduling request, obtain the scheduling request priority corresponding to the scheduling request from the base station to which the terminal belongs;

The sleep timer is started according to the obtained scheduling request priority.

6. The information processing method according to claim 5, characterized in that, if within the timing period of the sleep timer, the scheduling request contained in the information to be transmitted currently sent by the terminal is different from the scheduling request sent previously. If the scheduling requests contained in the transmission information are the same, then after the currently sent information to be transmitted is sent, the duration of the sleep timer started is 0 milliseconds.

7. The information processing method according to claim 4, characterized in that, if the cache status report information is filled cache status report information or periodic cache status report information, after sending the information to be transmitted, the The sleep timer has a duration of 0 milliseconds.

8. The information processing method according to claim 5 or 6, characterized in that, after sending the information to be transmitted, the method further includes:

Determine whether the uplink authorization information corresponding to the scheduling request is received. The uplink authorization information includes the channel resources used by the terminal to transmit the service to be transmitted corresponding to the scheduling request; if the terminal does not receive the Uplink authorization information, then determine whether the number of scheduling requests sent by the terminal is equal to the preset value;

If the number of times is equal to the preset value, the priority of the information to be transmitted and/or the channel resource used to transmit the information to be transmitted is obtained from the pre-stored prohibition timer timing information. Forbidden timer timing information corresponding to the priority, the pre-stored forbidden timer timing time information includes at least one priority related to the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted. Corresponding prohibition timer timing information describing the length of the prohibition timer timing; or,

Obtain prohibition timer timing information corresponding to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted from the base station to which the terminal belongs;

The prohibition timer is started based on the obtained prohibition timer timing information.

9. The information processing method according to any one of claims 1 to 5, characterized in that: according to the priority of the information to be transmitted and/or the channel resources used to transmit the information to be transmitted After starting the sleep timer according to the priority, the method further includes:

Determine whether any of the activated sleep timers has timed out;

If any of the activated sleep timers has timed out, determine whether there is currently a sleep timer that is timing;

If there is currently a sleep timer that is timing, terminate the timing of the sleep timer that is currently timing.

10. An information processing method, characterized by including:

Configuring at least one piece of sleep timer timing time information for the terminal corresponding to the priority of the terminal's information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted, the sleep timer timing time information Used to describe the timing length of the sleep timer;

Send configured sleep timer timing time information to the terminal, so that after the terminal sends the information to be transmitted, it obtains the priority sum of the information to be transmitted from the configured sleep timer timing time information. /Or start the sleep timer after timing the sleep timer time information corresponding to the priority of the channel resource for transmitting the information to be transmitted.

11. The information processing method according to claim 10, characterized in that the information to be transmitted includes cache status reporting information and services to be transmitted.

12. The information processing method according to claim 10, wherein the information to be transmitted includes a scheduling request corresponding to the service to be transmitted, and the method further includes: Configuring at least one scheduling request priority corresponding to the priority of the service to be transmitted corresponding to the scheduling request for the terminal;

Send the configured scheduling request priority to the terminal, so that the terminal obtains the scheduling request corresponding to the scheduling request from the configured scheduling request priority according to the priority of the service to be transmitted corresponding to the scheduling request. After the priority is assigned, the sleep timer is started according to the obtained scheduling request priority.

13. The information processing method according to claim 10 or 11 or 12, characterized in that the method further includes:

The terminal is configured with at least one prohibition timer timing information corresponding to the priority of the terminal's information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted, and the prohibition timer timing information is Time information is used to describe the timing length of the prohibition timer;

Send configured prohibition timer timing information to the terminal, so that the terminal obtains the priority of the information to be transmitted and/or is used to transmit the information to be transmitted from the configured prohibition timer timing information. The prohibition timer is started after timing the time information of the prohibition timer corresponding to the priority of the channel resource for transmitting information.

14. A user terminal, characterized by including:

Sending unit, used to send information to be transmitted;

A processing unit configured to start a sleep timer according to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted, and the timing length of the sleep timer is the same as the length of the information to be transmitted. The priority of the information and/or the priority of the channel resources used to transmit the information to be transmitted is related;

A sleep timer, used for timing according to the priority of the information to be transmitted and/or the priority of the channel resources used to transmit the information to be transmitted after the sending unit sends the information to be transmitted.

15. The user terminal according to claim 14, characterized in that,

The processing unit is also configured to obtain a sleep timer corresponding to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted from the pre-stored sleep timer timing time information. Timing time information, the pre-stored sleep timer timing information includes One less piece of sleep timer timing information for describing the length of the sleep timer timing corresponding to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted;

The sleep timer is started based on the acquired sleep timer timing information.

16. The user terminal according to claim 14, characterized in that,

The processing unit is also configured to obtain, from the base station to which the terminal belongs, a sleep timer timing length corresponding to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted. sleep timer timing information;

17. The user terminal according to claim 14 or 15 or 16, characterized in that the information to be transmitted includes cache status reporting information and services to be transmitted.

18. The user terminal according to claim 14 or 15 or 16, characterized in that the information to be transmitted includes a scheduling request corresponding to the service to be transmitted, and the scheduling request is used to instruct the base station to which the terminal belongs to configure the terminal. Channel resources for transmitting the service to be transmitted corresponding to the scheduling request;

The processing unit is further configured to obtain the scheduling request priority corresponding to the scheduling request from the pre-stored scheduling request priorities according to the priority of the service to be transmitted corresponding to the scheduling request, and the pre-stored scheduling request has priority. The level includes at least one scheduling request priority corresponding to the priority of the service to be transmitted corresponding to the scheduling request; or,

19. The user terminal according to claim 18, characterized in that, if within the timing period of the sleep timer, the information to be transmitted currently sent by the terminal includes a scheduling request and the information to be transmitted previously sent If the included scheduling requests are the same, then after sending the currently sent information to be transmitted, the sleep timer started by the processing unit has a timing length of 0 milliseconds.

20. The user terminal according to claim 17, characterized in that if the cache status report If the report information is filled cache status report information or periodic cache status report information, then after sending the information to be transmitted, the sleep timer started by the processing unit has a timing length of 0 milliseconds.

21. The user terminal according to claim 18 or 19, characterized in that,

The processing unit is also configured to determine whether uplink authorization information corresponding to the scheduling request is received, where the uplink authorization information includes channel resources used by the terminal to transmit the service to be transmitted corresponding to the scheduling request;

If the terminal does not receive the uplink authorization information, determine whether the number of scheduling requests sent by the terminal is equal to a preset value;

If the number of times is equal to the preset value, then the priority corresponding to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted is obtained from the pre-stored prohibition timer timing information. The pre-stored prohibition timer timing time information includes at least one user corresponding to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted. Disable timer timing information describing the length of the disabling timer; or,

The prohibition timer is started based on the obtained prohibition timer timing information;

A prohibition timer is used for timing according to the priority of the information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted.

22. The user terminal according to any one of claims 14 to 18, characterized in that the processing unit is also used to determine whether any of the activated sleep timers has timed out; if the activated sleep timer has timed out; If there is a timeout in the timer, determine whether there is currently a sleep timer that is timing;

23. A base station, characterized by including:

A processing unit configured to configure at least one priority level of information to be transmitted related to the terminal for the terminal. And/or the sleep timer timing information corresponding to the priority of the channel resource used to transmit the information to be transmitted, the sleep timer timing time information is used to describe the timing time length of the sleep timer;

A sending unit, configured to send configured sleep timer timing time information to the terminal, so that after the terminal sends the information to be transmitted, it obtains the information to be transmitted from the configured sleep timer timing time information. The sleep timer is started after timing the sleep timer time information corresponding to the priority of the information and/or the priority of the channel resource used to transmit the information to be transmitted.

24. The base station according to claim 23, wherein the information to be transmitted includes cache status report information and services to be transmitted.

25. The base station according to claim 23, wherein the information to be transmitted includes a scheduling request corresponding to the service to be transmitted;

The processing unit is further configured to configure for the terminal at least one scheduling request priority corresponding to the priority of the service to be transmitted corresponding to the scheduling request;

The sending unit is also configured to send the configured scheduling request priority to the terminal, so that the terminal obtains the configured scheduling request priority from the configured scheduling request priority according to the priority of the service to be transmitted corresponding to the scheduling request. After determining the scheduling request priority corresponding to the scheduling request, the sleep timer is started according to the obtained scheduling request priority.

26. The base station according to claim 23 or 24 or 25, characterized in that,

The processing unit is also configured to configure for the terminal at least one prohibition timer corresponding to the priority of the terminal's information to be transmitted and/or the priority of the channel resource used to transmit the information to be transmitted. Information, the prohibition timer timing information is used to describe the timing length of the prohibition timer;

The sending unit is also configured to send the configured prohibition timer timing time information to the terminal, so that the terminal obtains the priority sum of the information to be transmitted from the configured prohibition timer timing time information. /Or start the prohibition timer after timing information of the prohibition timer corresponding to the priority of the channel resource used to transmit the information to be transmitted.