CN108811152A

CN108811152A - Resource application method and equipment

Info

Publication number: CN108811152A
Application number: CN201710314203.1A
Authority: CN
Inventors: 郭英昊; 黄曲芳
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2017-05-05
Filing date: 2017-05-05
Publication date: 2018-11-13
Anticipated expiration: 2037-05-05
Also published as: CN108811152B

Abstract

A kind of resource application method of the embodiment of the present application offer and equipment.This method includes：Terminal device determines the first kind of the ascending resource to network equipment application；First object resource is selected from scheduling request resources, and the first kind of the ascending resource is indicated by the first object resource；The first scheduling request information, the ascending resource that first scheduling request information is used to that the network equipment to be asked to distribute the first kind to the terminal device are sent in the first object resource.The embodiment of the present application determines the type of the ascending resource to network equipment application by terminal device, the target resource of the type can be indicated by being selected from scheduling request resources, and send scheduling request information on the target resource, to ask the network equipment to distribute the ascending resource of the type to terminal device, realizing terminal device can be to the mechanism of the different types of ascending resource of network equipment application.

Description

Resource application method and equipment

Technical field

This application involves the communication technology more particularly to a kind of resource application method and equipment.

Background technology

When data incoming terminal equipment, terminal device is in scheduling request (Scheduling Request, SR) resource SR is sent, tells the network equipment:Terminal device has data to send, after the network equipment receives SR, in terminal device distribution Row resource.

Since terminal device can be corresponding with the data of multiple business, terminal device sends required when different business data The type of ascending resource is different, and in the prior art, terminal device can not to network equipment application it is different types of on Row resource.

Invention content

A kind of resource application method of the embodiment of the present application offer and equipment, to realize that terminal device can be to network equipment Shen Please different types of ascending resource mechanism.

In a first aspect, the application provides a kind of resource application method, including：

Terminal device determines the first kind of the ascending resource to network equipment application；

The terminal device selects first object resource from scheduling request resources, is referred to by the first object resource Show the first kind of the ascending resource；

The terminal device sends the first scheduling request information, first scheduling request in the first object resource The ascending resource that information is used to that the network equipment to be asked to distribute the first kind to the terminal device.

In a kind of possible design, the terminal device determines the first kind of the ascending resource to network equipment application Type, including：

The terminal device determines the first logic channel of the process of triggering the first instruction information, the first instruction information It is used to indicate the data volume of the terminal device data to be transferred；

The terminal device determines at least one from the corresponding at least one ascending resource type of first logic channel A first kind.

In a kind of possible design, the terminal device is provided from the corresponding at least one uplink of first logic channel At least one first kind is determined in Source Type, including following at least one：

The terminal device selects priority from the corresponding at least one ascending resource type of first logic channel Highest ascending resource type is as the first kind；

The terminal device randomly chooses one from the corresponding at least one ascending resource type of first logic channel A ascending resource type is as the first kind；

When the terminal device selects transmission from the corresponding at least one ascending resource type of first logic channel Between be spaced shortest ascending resource type as the first kind；

The terminal device selects reliability from the corresponding at least one ascending resource type of first logic channel Highest ascending resource type is as the first kind；

Terminal device selection scheduling from the corresponding at least one ascending resource type of first logic channel is asked The ascending resource type for asking resource most intensive is as the first kind；

Terminal device selection scheduling from the corresponding at least one ascending resource type of first logic channel is asked Ask the ascending resource type that resource reaches earliest as the first kind.

In a kind of possible design, the terminal device sends the first scheduling request letter in the first object resource There are data to reach the corresponding caching of the second logic channel during breath, and triggers the process of the second instruction information, described second Instruction information is used to indicate the data and reaches the terminal device data to be transferred after the corresponding caching of second logic channel Data volume.

In a kind of possible design, the method further includes：

The terminal device true oriented network from the corresponding at least one ascending resource type of second logic channel The Second Type of the ascending resource of equipment application；

The terminal device selects the second target resource from scheduling request resources, is referred to by second target resource Show the Second Type of the ascending resource；

The terminal device sends the second scheduling request information, second scheduling request on second target resource The ascending resource that information is used to that the network equipment to be asked to distribute the Second Type to the terminal device.

In a kind of possible design, the priority of second logic channel is preferential higher than first logic channel Grade.

In a kind of possible design, the number of the first kind is multiple, is indicated by the first object resource One in multiple first kind；

The number of the Second Type is multiple, and one in multiple Second Types is indicated by second target resource It is a.

In a kind of possible design, the first instruction information corresponds to the process of the first scheduling request, and described second refers to Show that information corresponds to the process of the second scheduling request, the priority of the process of second scheduling request is asked higher than first scheduling The priority for the process asked.

In a kind of possible design, the method further includes：

The terminal device is asked according to the corresponding first time window of first scheduling request information and second scheduling Seek corresponding second time window of information, it is determined whether the process of triggering second scheduling request；

The first time window is between the shortest time that the terminal device sends two neighboring first scheduling request information Every；

Second time window is between the shortest time that the terminal device sends two neighboring second scheduling request information Every.

In a kind of possible design, the terminal device is according to first scheduling request information corresponding first time Window and corresponding second time window of second scheduling request information, it is determined whether the process of triggering second scheduling request, Including：

If the finish time of second time window is more early than the finish time of the first time window, described is triggered The process of two scheduling requests；Or

If the finish time of second time window is more late or equal than the finish time of the first time window, do not touch The process for sending out the second scheduling request described.

In a kind of possible design, the process of the process of first scheduling request and second scheduling request is simultaneously Row, the terminal device count the number of the number and the second scheduling request information that send the first scheduling request information respectively.

In a kind of possible design, the process string of the process of first scheduling request and second scheduling request Row, when the process resumption of first scheduling request, the terminal device counts again sends the first scheduling request information Number, or the first scheduling request information according to historical statistics number, statistics sends the number of the first scheduling request information.

In a kind of possible design, if the type of the ascending resource of scheduling request resources instruction includes the first kind Or Second Type, then the terminal device process of second scheduling request is counted.

In a kind of possible design, when the terminal device sends the number of second scheduling request information or described When the number of first scheduling request information is more than predetermined number, the method further includes following at least one：

The terminal device initiates random access procedure；

The terminal device discharges following at least the one of the first kind of the corresponding ascending resource of first logic channel Kind resource：

Uplink control channel resource, ascending reference signal resource, transmitting uplink data resource and downlink data transmission resource；

The terminal device discharges following at least the one of the Second Type of the corresponding ascending resource of second logic channel Kind resource：

Uplink control channel resource, ascending reference signal resource, transmitting uplink data resource and downlink data transmission resource.

In a kind of possible design, the method further includes：

If the type that the terminal device receives the ascending resource of the network equipment distribution includes the first kind, take Disappear the first scheduling request process；Or

If the type that the terminal device receives the ascending resource of the network equipment distribution includes Second Type, take Disappear the second scheduling request process；Or

If the terminal device sends the first instruction information to the network equipment, cancels first scheduling and ask Process, the first instruction information is asked to be used to indicate the data volume of the corresponding data to be transferred of first logic channel；Or

If the terminal device sends the second instruction information to the network equipment, cancels second scheduling and ask Process, the second instruction information is asked to be used to indicate the data volume of the corresponding data to be transferred of second logic channel；Or

If the terminal device is by the ascending resource of the first kind or the Second Type to the network equipment The first instruction information is sent, then cancels the first scheduling request process；Or

If the terminal device initiates the combination institute of the PRACH resources and preamble ID that are used when random access procedure The type of the ascending resource of instruction includes the corresponding one or more ascending resource types of first logic channel, then cancels institute State the first scheduling request process；Or

If the terminal device initiates the combination institute of the PRACH resources and preamble ID that are used when random access procedure The type of the ascending resource of instruction includes the corresponding one or more ascending resource types of second logic channel, then cancels institute State the second scheduling request process.

Second aspect, the application provide a kind of terminal device, including：Processing module and sending module；

Processing module is for determining the first kind to the ascending resource of network equipment application；It is selected from scheduling request resources First object resource is selected out, the first kind of the ascending resource is indicated by the first object resource；

Sending module in the first object resource for sending the first scheduling request information, first scheduling request information For asking the network equipment to distribute the ascending resource of the first kind to the terminal device.

In a kind of possible design, processing module is specifically used for determining that the first of the process of triggering the first instruction information patrols Channel is collected, which is used to indicate the data volume of the terminal device data to be transferred；It is corresponded to from first logic channel At least one ascending resource type in determine at least one first kind.

In a kind of possible design, processing module is from the corresponding at least one ascending resource type of first logic channel When at least one first kind of middle determination, it is specifically used for following at least one：

The ascending resource of highest priority is selected from the corresponding at least one ascending resource type of first logic channel Type is as the first kind；

An ascending resource type is randomly choosed from the corresponding at least one ascending resource type of first logic channel As the first kind；

From selection Transmission Time Interval in the corresponding at least one ascending resource type of first logic channel it is shortest on Row resource type is as the first kind；

The highest ascending resource of reliability is selected from the corresponding at least one ascending resource type of first logic channel Type is as the first kind；

Selection scheduling request resource is most intensive from first logic channel corresponding at least one ascending resource type Ascending resource type is as the first kind；

Selection scheduling request resource reaches earliest from first logic channel corresponding at least one ascending resource type Ascending resource type as the first kind.

In a kind of possible design, sending module sends the mistake of the first scheduling request information in the first object resource When having data to reach the corresponding caching of the second logic channel in journey, the process of processing module triggering the second instruction information, this second Instruction information is used to indicate the data that the data reach the terminal device data to be transferred after the corresponding caching of the second logic channel Amount.

In a kind of possible design, processing module is additionally operable at least one uplink money corresponding from second logic channel The Second Type to the ascending resource of network equipment application is determined in Source Type；The second target is selected from scheduling request resources Resource indicates the Second Type of the ascending resource by second target resource；

Sending module is additionally operable to send the second scheduling request information on second target resource, second scheduling request letter Cease the ascending resource for asking the network equipment to distribute the Second Type to the terminal device.

In a kind of possible design, the priority of second logic channel is higher than the priority of first logic channel.

In a kind of possible design, the number of the first kind is multiple, is indicated by the first object resource multiple One in the first kind；

The number of the Second Type is multiple, and one in multiple Second Types is indicated by second target resource.

In a kind of possible design, which corresponds to the process of the first scheduling request, the second instruction letter The process of corresponding second scheduling request of breath, the priority of the process of second scheduling request are higher than the process of first scheduling request Priority.

In a kind of possible design, processing module was additionally operable to according to first scheduling request information corresponding first time Window the second time window corresponding with second scheduling request information, it is determined whether trigger the process of second scheduling request；

The first time window is the shortest time interval that sending module sends two neighboring first scheduling request information；

Second time window is the shortest time interval that sending module sends two neighboring second scheduling request information.

In a kind of possible design, if the finish time of second time window is than the finish time of the first time window Early, then processing module triggers the process of second scheduling request；Or

If the finish time of second time window is more late than the finish time of the first time window or equal, processing module The process of second scheduling request is not triggered.

In a kind of possible design, the task parallelism of the process of first scheduling request and second scheduling request, place Reason module counts the number of the number and the second scheduling request information that send the first scheduling request information respectively.

In a kind of possible design, the process of the process of first scheduling request and second scheduling request is serial, when When the process resumption of first scheduling request, processing module counts the number for sending the first scheduling request information, Huo Zhegen again According to the number of the first scheduling request information of historical statistics, statistics sends the number of the first scheduling request information.

In a kind of possible design, if the scheduling request resources instruction ascending resource type include the first kind or Second Type, then processing module the process of second scheduling request is counted.

In a kind of possible design, when sending module sends number or first scheduling of second scheduling request information When the number of solicited message is more than predetermined number, processing module is additionally operable to following at least one：

Random access procedure is initiated by sending module；

Discharge following at least one resource of the first kind of the corresponding ascending resource of first logic channel：

Discharge following at least one resource of the Second Type of the corresponding ascending resource of second logic channel：

In a kind of possible design, further include：Receiving module；

If the type that the receiving module receives the ascending resource of network equipment distribution includes the first kind, mould is handled Block cancels the first scheduling request process；Or

If the type that the receiving module receives the ascending resource of network equipment distribution includes Second Type, mould is handled Block cancels the second scheduling request process；Or

If sending module sends the first instruction information to the network equipment, processing module cancels first scheduling request Process, the first instruction information are used to indicate the data volume of the corresponding data to be transferred of the first logic channel；Or

If sending module sends the second instruction information to the network equipment, processing module cancels second scheduling request Process, the second instruction information are used to indicate the data volume of the corresponding data to be transferred of the second logic channel；Or

If sending module by the ascending resource of the first kind or the Second Type to the network equipment send this first Indicate information, then processing module cancels the first scheduling request process；Or

If PRACH resources and preamble ID that processing module uses when initiating random access procedure by sending module Combination indicated by the type of ascending resource include the corresponding one or more ascending resource types of first logic channel, then Processing module cancels the first scheduling request process；Or

If PRACH resources and preamble ID that processing module uses when initiating random access procedure by sending module Combination indicated by the type of ascending resource include the corresponding one or more ascending resource types of second logic channel, then Processing module cancels the second scheduling request process.

The third aspect, the application provide a kind of terminal device, including：Processor and transmitter；

The processor can be the processing module described in above-mentioned second aspect, which can be above-mentioned second aspect institute The sending module stated.

In a kind of possible design, which further includes：Receiver；

The receiver can be the receiving module described in above-mentioned second aspect.

The another aspect of the application provides a kind of computer readable storage medium, in the computer readable storage medium It is stored with instruction, when run on a computer so that computer executes the method described in above-mentioned various aspects.

The another further aspect of the application provides a kind of computer program product including instruction, when it runs on computers When so that computer executes the method described in above-mentioned various aspects.

As it can be seen that in the above various aspects, the type of the ascending resource to network equipment application is determined by terminal device, from The target resource of the type can be indicated by being selected in scheduling request resources, and scheduling request letter is sent on the target resource Breath, to ask the network equipment to distribute the ascending resource of the type to terminal device, realizing terminal device can be to the network equipment Apply for the mechanism of different types of ascending resource.

Description of the drawings

Fig. 1 is a kind of communication system schematic diagram provided by the embodiments of the present application；

Fig. 2 is a kind of schematic diagram of MBB business datums sending method provided by the embodiments of the present application；

Fig. 3 is the schematic diagram of another kind MBB business datum sending methods provided by the embodiments of the present application；

Fig. 4 is a kind of flow diagram of resource application method provided by the embodiments of the present application；

Fig. 5 is a kind of schematic diagram of a scenario provided by the embodiments of the present application；

Fig. 6 is another schematic diagram of a scenario provided by the embodiments of the present application；

Fig. 7 is another schematic diagram of a scenario provided by the embodiments of the present application；

Fig. 8 is a kind of schematic diagram of time window provided by the embodiments of the present application；

Fig. 9 is the schematic diagram that a kind of process provided by the embodiments of the present application counts；

Figure 10 is the schematic diagram that another process provided by the embodiments of the present application counts；

Figure 11 is the schematic diagram that another process provided by the embodiments of the present application counts；

Figure 12 is another schematic diagram of a scenario provided by the embodiments of the present application；

Figure 13 is a kind of structural schematic diagram of terminal device provided by the embodiments of the present application；

Figure 14 is the structural schematic diagram of another terminal device provided by the embodiments of the present application.

Specific implementation mode

The embodiment of the present application can be applied to various types of communication systems.Fig. 1 is one kind provided by the embodiments of the present application Communication system schematic diagram, wherein including the network equipment 11 and such as user equipment of terminal device 12 (User Equipment, UE), wherein the network equipment 11 can be network side equipment, for example, Wireless Fidelity (Wireless-Fidelity, Wi-Fi) The base station of access point AP, next generation communication can also be relay station, access point, mobile unit such as the gNB of 5G or small station, micro- station Deng.Terminal device 12 in the embodiment of the present application can refer to the accession to terminal, subscriber unit, subscriber station, movement station, mobile station, remote Side station, remote terminal, mobile device, user terminal, terminal, user agent or user apparatus.Access terminal can be honeycomb electricity Words, wireless phone, session initiation protocol (Session Initiation Protocol, referred to as " SIP ") phone, wireless sheet Ground loop (Wireless Local Loop, referred to as " WLL ") stands, personal digital assistant (Personal Digital Assistant, referred to as " PDA "), the handheld device with wireless communication function, computing device or be connected to wireless-modulated solution Adjust other processing equipments of device, mobile unit, wearable device, the terminal in 5G networks, the station in next-generation WIFI (Station, STA) etc..

In long term evolution (Long Term Evolution, LTE) system, the network equipment is assigned with tune to terminal device Degree request (Scheduling Request, SR) resource, terminal device can be by sending SR with to the network equipment in SR resources Apply for uplink scheduling resource, and traditional mobile broadband is sent in the uplink scheduling resource that the network equipment is distributed to terminal device (Mobile Broad Band, MBB) business datum.

In 5G networks, ultrahigh reliability low time delay communication (Ultra Reliable Low Latency are introduced Communications, URLLC) business, the business need data transmission delay is less than 0.5ms, the successful probability of data transmission More than or equal to 99.999%.This is required than existing long term evolution (Long Term Evolution, LTE) system strictly very It is more.In order to meet the needs of URLLC business, Grant-free resources can be used to carry out uplink biography to the data of URLLC business It is defeated.

Fig. 2 is a kind of schematic diagram of MBB business datums sending method provided by the embodiments of the present application.As shown in Fig. 2, working as When MBB business datums reach side wireless access network (Radio Access Network, abbreviation RAN) of UE, UE starts waiting for adjusting Degree request (Scheduling Request, abbreviation SR) resource, SR resources are the private resources that base station is each UE distribution. The period of SR is to pass through IE：The sr-Config Index field configurations of Scheduling Request Config, base station can To be sent in 1 resources of physically row control channel (Physical Uplink Control Channel, PUCCH) format SR resources.After UE receives the SR resources that base station issues, SR is sent in SR resources, for telling base station UE to have data to send out It send, after base station receives SR, a small part ascending resource is first distributed to UE, the enough UE of the small part ascending resource send caching State report (Buffer Status Reports, BSR), base station issues uplink scheduling authorization UL grant, UL to UE later Grant is used to indicate UE can upload BSR time in which, which carrier wave with which kind of modulation coding scheme, and UE passes through the UL The ascending resource of grant instructions sends BSR to base station, and for telling base station UE that how many data will be sent, base station receives BSR Afterwards, give UE to distribute ascending resource again, and issue UL grant to UE, at this time UL grant be used to indicate UE can be at which Between, which carrier wave which kind of modulation coding scheme is MBB business datums is uploaded with, the ascending resource that UE is indicated according to the UL grant to Base station sends MBB business datums.

As shown in figure 3, if after UE has sent SR to base station, the UL grant that base station issues are not received, then UE can be with Continue to send SR on next SR opportunitys, until SR that UE is sent reached certain number (such as 6 times, the embodiment of the present application Do not limit specific number) there are no UL grant that base station issues are received when, UE will be accessed in next physical accidental In channel (Physical Random Access Channel, PRACH) resource initiate random access (Random Access, RA) process.

Since terminal device can be corresponding with the data of multiple business, terminal device sends required when different business data The type of ascending resource is different, and in the prior art, terminal device can not to network equipment application it is different types of on Row resource.To solve the problems, such as this, the embodiment of the present application provides a kind of resource application method, specifically provides following several implementations Example, illustrates embodiment with reference to concrete scene：

Fig. 4 is a kind of flow diagram of resource application method provided by the embodiments of the present application.Described in the embodiment of the present application Method be applicable not only to 5G systems, as long as ascending resource needs be allocated by a side of communicating pair, this Shen can be used Method that please be described in embodiment, introduces resource application method, as shown in figure 4, this method is specifically included by taking 5G systems as an example below Following steps：

Step S401, terminal device determines the first kind of the ascending resource to network equipment application.

Wherein, terminal device determines the feasible realization side of one kind of the first kind of the ascending resource to network equipment application Formula is：The terminal device determines that the first logic channel of the process of triggering the first instruction information, the first instruction information are used In the data volume for indicating the terminal device data to be transferred；The terminal device is from first logic channel corresponding at least one At least one first kind is determined in kind ascending resource type.

As shown in figure 5, there are four logic channels (Logical Channel, LCH) by terminal device such as UE, this four are patrolled It is respectively LCH1, LCH2, LCH3, LCH4 to collect channel, wherein the priority of LCH1, LCH2, LCH3, LCH4 reduce successively, herein It only schematically illustrates, does not limit the number of the logic channel of terminal device.In order to be distinguish to different logic channels, The first logic channel in the present embodiment can be specifically LCH2, and the second logic channel occurred in subsequent embodiment specifically can be with It is LCH1.

Specifically, the different buffer areas of LCH1, LCH2, LCH3, LCH4 difference counterpart terminal equipment, different buffer area cachings Data priority it is different, then the priority of the data of the corresponding buffer area of LCH1, LCH2, LCH3, LCH4 drops successively It is low.When there is data to reach the corresponding buffer area of the first logic channel, the process of triggering the first instruction information, the first instruction information It can be specifically BSR, such as when there is data to reach the corresponding buffer areas of LCH2, trigger a BSR process, BSR at this time is used After designation date reaches the corresponding buffer areas of LCH2, the data volume of terminal device such as UE outgoing data, which can Be the corresponding buffer area of four logic channels data sum.

In addition, each logic channel is corresponding with respective ascending resource type, which includes but not limited to It eats dishes without rice or wine format or Transmission Time Interval (Transmission Time Interval, TTI) length, wherein logic channel and upper The correspondence of row resource type is configured by base station, and format of eating dishes without rice or wine includes subcarrier spacing, cyclic prefix (Cyclic Prefix, CP) length, at least one of TTI length.As shown in figure 5, LCH2 correspond to there are three types of it is different eat dishes without rice or wine format or TTI length, three kinds different to eat dishes without rice or wine format or TTI length is denoted as respectively：Eat dishes without rice or wine format or TTI length 2A, eat dishes without rice or wine format or TTI Length 2B, eat dishes without rice or wine format or TTI length 2C, and 2A, 2B, 2C can be used as three kinds of different eat dishes without rice or wine format or mark letters of TTI length Breath.

For example, when the corresponding buffer areas of LCH2 there are data to reach, the corresponding buffer areas of LCH1 do not have data, BSR is triggered Process is LCH2, and LCH2 is the LCH for triggering BSR processes, highest priority at this time, since the first logic channel specifically can be with LCH2, in order to subsequent embodiment involved in the second logic channel such as LCH1 be distinguish, herein can be by LCH2 The BSR processes of triggering are denoted as BSR process A, and the BSR processes triggered of LCH1 in subsequent embodiment are denoted as BSR processes B.Terminal is set Standby such as UE selects one kind from LCH2 corresponding three kinds of different eat dishes without rice or wine format or TTI length and eats dishes without rice or wine format or TTI length As the type of the terminal device such as UE ascending resources applied to base station, for example, the media interviews control of terminal device such as UE System (Media Access Control, MAC) layer entity from eat dishes without rice or wine format or TTI length 2A, eat dishes without rice or wine format or TTI length 2B, It eats dishes without rice or wine to select eat dishes without rice or wine format or TTI length 2A in format or TTI length 2C, the first kind described in the present embodiment is specially sky Mouthful format or TTI length 2A, it to the type of UE ascending resources distribute is that 2A is identified to indicate that terminal device such as UE needs base station Type.

Step S402, the described terminal device selects first object resource from scheduling request resources, passes through described first Target resource indicates the first kind of the ascending resource.

As shown in figure 5, SR resource periods occur, what each SR resources can indicate eat dishes without rice or wine format or TTI length can be with It is identical to can also be different, for example, first SR resource can indicate eat dishes without rice or wine format or TTI length 2A or eat dishes without rice or wine format or TTI long 2B is spent, second SR resource can indicate eat dishes without rice or wine format or TTI length 2A or eat dishes without rice or wine format or TTI length 2C, follow-up SR resources It repeats no more.Need base station to the type that the type of the UE ascending resources distributed is 2A marks since terminal device such as UE is determined Eat dishes without rice or wine format or TTI length 2A, then MAC layer entity is selected from the SR resources periodically occurred can indicate format of eating dishes without rice or wine Or the SR resources of TTI length 2A, and will can indicate that the eat dishes without rice or wine SR resources of format or TTI length 2A of the first kind are denoted as first Target resource, as shown in figure 5, first SR resource, second SR resource, the 4th SR resource, the 5th SR resource can refer to Show eat dishes without rice or wine format or TTI length 2A, therefore, by first SR resource, second SR resource, the 4th SR resource, the 5th SR Resource is as first object resource, vertical line dash area as shown in Figure 5.

Step S403, the described terminal device sends the first scheduling request information in the first object resource, and described The ascending resource that one scheduling request information is used to that the network equipment to be asked to distribute the first kind to the terminal device.

After MAC layer entity selection goes out first object resource, notify the physical layer entity of UE first SR resource, second SR resources, the 4th SR resource send scheduling request information, such as SR signalings in the 5th SR resource, in the present embodiment, lead to The first kind that first object resource indicates the ascending resource is crossed, following several possible situations are specifically included：

A kind of possible situation is：The time-frequency location that first object resource occurs, which can be specifically the time With frequency domain position at least one, the first kind of the request base station to the UE ascending resources distributed can be indicated, for example, first SR The opportunity itself that resource, second SR resource, the 4th SR resource, the 5th SR resource occur respectively can indicate request base station Type to the ascending resource of UE distribution is 2A.Specifically, MAC layer entity is in first SR resource, second SR resources, the 4th Physical layer entity is notified to be sent to base station in corresponding SR resources at the time of a SR resources, the 5th SR resource occur respectively SR。

Alternatively possible situation is：The first scheduling request information that UE is sent in first object resource includes request base The identification information stood to the type of the UE ascending resources distributed, for example, UE is in first SR resource, second SR resources, the 4th The SR sent respectively in a SR resources, the 5th SR resource includes eat dishes without rice or wine format or the identification information i.e. 2A of TTI length 2A, because For, first SR resource, second SR resource, the 4th SR resource, the 5th SR resource can not only indicate to eat dishes without rice or wine format or TTI length 2A also can indicate that eat dishes without rice or wine format or TTI length 2B or 2C, therefore, first SR resource, second SR resource, It when sending SR in the 4th SR resource, the 5th SR resource, needs to carry identification information 2A in SR, to indicate first SR money Source, second SR resource, the 4th SR resource, the 5th SR resource be practical indicate eat dishes without rice or wine format or TTI length be 2A without It is 2B or 2C.

As shown in figure 5, MAC layer entity is from eat dishes without rice or wine format or TTI length 2A, eat dishes without rice or wine format or TTI length 2B, format of eating dishes without rice or wine Or select one kind in TTI length 2C and eat dishes without rice or wine format or TTI length 2A, in other embodiments, MAC layer entity is also an option that A variety of eat dishes without rice or wine format or TTI length, as shown in fig. 6, MAC layer entity is from eat dishes without rice or wine format or TTI length 2A, eat dishes without rice or wine format or TTI Two kinds of eat dishes without rice or wine format or TTI length are selected in length 2B, eat dishes without rice or wine format or TTI length 2C, specially eat dishes without rice or wine format or TTI long Degree 2A and eat dishes without rice or wine format or TTI length 2B, at this point, the first kind can be eat dishes without rice or wine format or TTI length 2A and eat dishes without rice or wine format or TTI length 2B, the i.e. number of the first kind can be one, can also be multiple.If the number of the first kind is more It is a, one in multiple first kind is indicated by the first object resource.

MAC layer entity selection goes out to eat dishes without rice or wine after format or TTI length 2A and eat dishes without rice or wine format or TTI length 2B, from periodicity The SR resources of can indicate to eat dishes without rice or wine format or TTI length 2A or eat dishes without rice or wine format or TTI length 2B are selected in the SR resources of appearance, As shown in fig. 6, first SR resource, second SR resource, the 4th SR resource, the 5th SR resource can indicate format of eating dishes without rice or wine Or TTI length 2A, first SR resource, third SR resources, the 4th SR resource, the 7th SR resource can indicate lattice of eating dishes without rice or wine Formula or TTI length 2B, wherein first SR resource can both indicate eat dishes without rice or wine format or TTI length 2A, can also indicate that lattice of eating dishes without rice or wine Formula or TTI length 2B, the 4th SR resource can both indicate eat dishes without rice or wine format or TTI length 2A, can also indicate that eat dishes without rice or wine format or TTI length 2B can determine first SR resource and the 4th SR by following several feasible realization methods in this case Resource indicates which is eated dishes without rice or wine format or TTI length：

One kind is feasible to be achieved in that：From eat dishes without rice or wine format or TTI length 2A and eat dishes without rice or wine format or TTI length 2B, with Machine choose one eat dishes without rice or wine format or TTI length as first SR resource and the 4th SR resource can indicate eat dishes without rice or wine format or TTI length.

Another kind is feasible to be achieved in that：According to LCH2 corresponding eat dishes without rice or wine format or TTI length 2A, eat dishes without rice or wine format or The priority of TTI length 2B, eat dishes without rice or wine format or TTI length 2C determine first SR resource and the 4th SR resource priorities instruction Which is eated dishes without rice or wine format or TTI length, optionally, eat dishes without rice or wine format or TTI length 2A, eat dishes without rice or wine format or TTI length 2B, format of eating dishes without rice or wine Or the priority of TTI length 2C reduces successively, then first SR resource and the 4th SR resource can preferentially indicate to eat dishes without rice or wine format or TTI length 2A.

Therefore, as shown in fig. 6, MAC layer entity notifies physical layer entity in first SR resource, second SR resource, the The SR sent in four SR resources, the 5th SR resource carries identification information 2A, in third SR resources, the 7th SR resource The SR of transmission carries identification information 2B.First object resource in the present embodiment can be specifically vertical line shade as shown in FIG. 6 Partial SR resources.Wherein, MAC layer entity does not notify physical layer entity to send SR in the 6th SR resource, because, the 6th SR resources can indicate eat dishes without rice or wine format or TTI length 2C, you can with to base station requests eat dishes without rice or wine format or TTI length for 2C uplink Resource, so MAC layer entity does not notify physical layer entity to send SR in the 6th SR resource.

In addition, the terminal device determined from the corresponding at least one ascending resource type of first logic channel to Few first kind, including following several feasible realization methods：

One kind is feasible to be achieved in that：The terminal device is from the corresponding at least one uplink of first logic channel Select the ascending resource type of highest priority as the first kind in resource type.Priority herein can have three Kind acquisition modes：A kind of mode is as defined in agreement, and all UE judge that the criterion of priority is identical；Another way is to pass through Broadcast message instruction, all UE judge that the criterion of priority is identical；Yet another approach is configured by dedicated signaling, each UE Judge that the criterion of priority is different.

Another kind is feasible to be achieved in that：The terminal device is from the corresponding at least one of first logic channel An ascending resource type is randomly choosed in row resource type as the first kind.

Another is feasible to be achieved in that：The terminal device is from the corresponding at least one of first logic channel Select the shortest ascending resource type of Transmission Time Interval as the first kind in row resource type.

Another is feasible to be achieved in that：The terminal device is from the corresponding at least one of first logic channel Select the highest ascending resource type of reliability as the first kind in row resource type.

Another is feasible to be achieved in that：The terminal device is from the corresponding at least one of first logic channel The most intensive ascending resource type of selection scheduling request resource is as the first kind in row resource type.

Another is feasible to be achieved in that：The terminal device is from the corresponding at least one of first logic channel Select the ascending resource type that corresponding scheduling request resources reach earliest as the first kind in row resource type.

Wherein, the first logic channel can be specifically the LCH2 described in above-described embodiment.First logic channel is corresponding extremely Few ascending resource type can be specifically corresponding format or TTI length 2A, the lattice of eating dishes without rice or wine of eating dishes without rice or wine of LCH2 described in above-described embodiment Formula or TTI length 2B, eat dishes without rice or wine format or TTI length 2C.The first kind can be specifically the format of eating dishes without rice or wine described in above-described embodiment Or TTI length 2A, alternatively, eat dishes without rice or wine format or TTI length 2A and eat dishes without rice or wine format or TTI length 2B, i.e. the first kind can be one Eat dishes without rice or wine format or TTI length are planted, can also be a variety of format or TTI length of eating dishes without rice or wine.

Resource application method provided in this embodiment is determined by terminal device to the ascending resource of network equipment application Type selects the target resource that can indicate the type from scheduling request resources, and sends scheduling on the target resource Solicited message, to ask the network equipment to distribute the ascending resource of the type to terminal device, realizing terminal device can be to net The mechanism of the different types of ascending resource of network equipment application.

On the basis of the above embodiments, the terminal device sends the first scheduling request in the first object resource There are data to reach the corresponding caching of the second logic channel during information, and triggers the process of the second instruction information, described the Two instruction information are used to indicate the data and reach the terminal device number to be passed after the corresponding caching of second logic channel According to data volume.

Wherein, the first logic channel can be specifically the LCH2 described in above-described embodiment, and the second logic channel specifically can be with It is the LCH1 described in above-described embodiment, first object resource is the SR resources of the vertical line dash area as shown in Fig. 5 or 6, first Scheduling request information is the SR sent in first object resource.As shown in Fig. 5 or 6, physical layer entity is in vertical line dash area SR resources on send SR during, such as is sending the 3rd SR moment, having new data to reach, LCH1 is corresponding to be delayed It deposits, since the priority of the priority ratio LCH2 of LCH1 is high, then on the priority ratio for reaching the new data of the corresponding cachings of LCH1 The priority for stating the data that the corresponding cachings of LCH2 are reached in embodiment is high, only schematically illustrates herein, does not limit LCH1 Priority ratio LCH2 priority it is high, the priority of LCH1 can also be lower than the priority of LCH2, alternatively, the priority of LCH1 Equal with the priority of LCH2, LCH1 can trigger BSR processes B, LCH1 and become triggering BSR processes, highest priority LCH, the terminal device execute following steps：

Wherein, the number of the Second Type is multiple, is indicated in multiple Second Types by second target resource One.Abovementioned steps are described in detail with reference to Fig. 7.

As shown in fig. 7, LCH1 is corresponding with and two different eats dishes without rice or wine format or TTI length is eated dishes without rice or wine format or TTI length 1A With format or the TTI length 2A of eating dishes without rice or wine, herein it should be noted that the number of each LCH corresponding eat dishes without rice or wine format or TTI length and Type is can be preconfigured.MAC layer entity two different eats dishes without rice or wine to determine in format or TTI length from LCH1 is corresponding To the Second Type of the ascending resource of network equipment application, which can be one, can also be it is multiple, optionally, The Second Type is eat dishes without rice or wine format or TTI length 1A or eat dishes without rice or wine format or TTI length 2A.Since new data is sent out in physical layer entity The 3rd SR moment has been sent to reach the corresponding cachings of LCH1, then since the 4th SR resource, MAC layer entity is from periodical appearance SR resources in select the SR resources of can indicate to eat dishes without rice or wine format or TTI length 1A or eat dishes without rice or wine format or TTI length 2A, and will Can indicate the to eat dishes without rice or wine SR resources of format or TTI length 1A or eat dishes without rice or wine format or TTI length 2A are denoted as the second target resource, such as scheme Shown in 7, the 4th SR resource can indicate eat dishes without rice or wine format or TTI length 2A, the 5th SR resource can indicate to eat dishes without rice or wine format or TTI length 1A, the 6th SR resource can indicate eat dishes without rice or wine format or TTI length 2A, then by the 4th SR resource, the 5th SR moneys Source, the 6th SR resource are denoted as the second target resource, horizontal line dash area as shown in Figure 7.If some SR resource can both refer to Show eat dishes without rice or wine format or TTI length 1A, can also indicate that when eating dishes without rice or wine format or TTI length 2A, it can be according to format or the TTI length of eating dishes without rice or wine The priority of 1A is higher than the priority of eat dishes without rice or wine format or TTI length 2A, determines that the SR resource priorities indicate eat dishes without rice or wine format or TTI long 1A is spent, format or TTI length 1A can also be eated dishes without rice or wine from instruction and instruction eats dishes without rice or wine to randomly select a work in format or TTI length 2A For eat dishes without rice or wine format or the TTI length of SR resources instruction.After MAC layer entity determines the second target resource, provided in the second target The second scheduling request information is sent on source, such as when sending SR in the 4th SR resource and the 6th SR resource, is needed in SR Middle carrying identification information 2A, to indicate the 4th SR resource and practical eat dishes without rice or wine format or the TTI length indicated of the 6th SR resource It is 2A, indicates that UE needs base station to the type that the type of the UE ascending resources distributed is 2A marks；It is sent out in the 5th SR resource When sending SR, need to carry identification information 1A in SR, to indicate practical eat dishes without rice or wine format or the TTI length indicated of the 5th SR resource It is 1A, indicates that UE needs base station to the type that the type of the UE ascending resources distributed is 1A marks.Since the 7th SR resource can Eated dishes without rice or wine format or TTI length 2C with instruction, you can with to base station requests eat dishes without rice or wine format or TTI length for 2C ascending resource, and Format or the TTI length of eating dishes without rice or wine are that 2C is not LCH1 corresponding eat dishes without rice or wine format or TTI length, and therefore, MAC layer entity does not notify physics Layer entity sends SR in the 7th SR resource.

On the basis of the above embodiments, the process of the first instruction information first scheduling request of correspondence, described second Indicate that information corresponds to the process of the second scheduling request, the priority of the process of second scheduling request is dispatched higher than described first The priority of the process of request.First instruction information refers to the data that data reach UE outgoing data after the corresponding buffer areas of LCH2 Amount is BSR, and the second instruction information refers to the data volume i.e. BSR that data reach UE outgoing data after the corresponding buffer areas of LCH1, the The process of one scheduling request can be specifically the first SR processes, and the process of the second scheduling request can be specifically the 2nd SR processes, The present embodiment can determine the need for triggering process 2 by following achievable mode, specifically, the terminal device is according to institute The corresponding first time window of the first scheduling request information and corresponding second time window of second scheduling request information are stated, is determined Whether the process of second scheduling request is triggered；Wherein, the first time window is that the terminal device transmission is two neighboring The shortest time interval of first scheduling request information；Second time window is that the terminal device sends two neighboring second tune Spend the shortest time interval of solicited message.Wherein, the length of the corresponding first time window of the first scheduling request information and second is adjusted The length of corresponding second time window of degree solicited message has base station configuration, such as can be configured by RRC.

As shown in figure 8, arrow A indicates that the first SR processes are triggered, arrow B indicates that the first SR processes have sent a SR, 81 the first SR processes of expression send the time window that occurs after SR, might have the appearance of SR resources in the time window, but the of UE One SR processes cannot send SR in 81 duration of time window by SR resources, need the after time window 81 terminates SR is sent in the SR resources of one appearance.Arrow C indicates to assume that the 2nd SR processes of triggering, arrow D indicate to assume the 2nd SR of triggering After process, at the time of the 2nd SR processes send SR, 82 the 2nd SR processes of expression send the time window that occurs after SR, in the time window The appearance of SR resources is might have, but the 2nd SR processes of UE cannot be sent in 82 duration of time window by SR resources SR needs to send SR in the SR resources of first appearance after time window 82 terminates.As can be seen from FIG. 8, time window 82 Finish time is more early than the finish time of time window 81, in this case, triggers the 2nd SR processes.Optionally, can also stop First SR processes.

Arrow E indicates to assume to trigger the 2nd SR processes, after arrow F indicates hypothesis the 2nd SR processes of triggering, the 2nd SR processes At the time of sending SR, 83 the 2nd SR processes of expression send the time window occurred after SR, and might have SR resources in the time window goes out It is existing, but the 2nd SR processes of UE cannot send SR in 83 duration of time window by SR resources, need to wait until the time After window 83 terminates SR is sent in the SR resources of first appearance.As can be seen from FIG. 8, the finish time of time window 83 compares time window 81 evening finish time does not trigger the 2nd SR processes in this case.Optionally, the first SR processes be can also continue to.

Resource application method provided in this embodiment determines whether SR processes trigger by time window, avoids old SR Process is by new SR process unconditional interrupts.

In addition, on the basis of the above embodiments, the process of first scheduling request and second scheduling request Process can be parallel, and herein parallel refers to the parallel of process, does not refer to the parallel of SR resources.As shown in figure 9, process 1 indicates The process of first scheduling request, process 2 indicate the process of the second scheduling request, and process 1 and process 2 are parallel, the meters of process 1 Number sends the number of the first scheduling request information for counting UE, and the counting of process 2 sends the second scheduling request for counting UE The number of information, UE count the number of the number and the second scheduling request information that send the first scheduling request information respectively.

In addition, the process of the process of first scheduling request and second scheduling request can also be serial, herein Serial refers to the serial of two SR resources, i.e., only there are one processes to carry out for synchronization, another process can be hung up, hang up and Difference lies in process may no longer be restored after stopping, and process may be restored again after hanging up for stopping.Such as the institutes of Figure 10 or 11 Show, when triggering process 2, hangs up process 1；When hang-up process 2, recovering process 1.When the process resumption of first scheduling request When, the terminal device counts the number for sending the first scheduling request information again, or according to the first of historical statistics the scheduling The number of solicited message, statistics send the number of the first scheduling request information.As shown in Figure 10, it when recovering process 1, unites in history Meter the first scheduling request information number 4 on the basis of, continue statistics send the first scheduling request information number such as 5, 6,7 etc..As shown in figure 11, when recovering process 1, again from the number of 1 the first scheduling request information of statistics.

Resource application method provided in this embodiment is counted by the SR processes to different priorities, different preferential The SR processes of grade can be parallel, can also be serial, when the SR task parallelisms of different priorities, is carried out respectively to different SR processes It counts, when the SR of different priorities is serial, the counting to the SR processes of recovery can restart to count, can also be from going through History continues to count on the basis of counting, and improves the flexibility counted to SR processes.

On the basis of the above embodiments, if the type of the ascending resource of scheduling request resources instruction includes the first kind Type or Second Type, then the terminal device process of second scheduling request is counted.For example, the second scheduling request The process i.e. priority of the 2nd SR processes be higher than the first scheduling request the process i.e. priority of the first SR processes, as the first SR When process and the 2nd SR task parallelisms, if the same SR resources can use simultaneously for two SR processes, how to two SR Process is counted, including following feasible realization method：The SR processes of high priority are counted.As shown in figure 12, MAC Layer entity determines LCH2 corresponding eat dishes without rice or wine format or TTI length 2A, eat dishes without rice or wine format or TTI length 2B, eat dishes without rice or wine format or TTI length 2C is the first kind, you can with instruction eat dishes without rice or wine format or TTI length 2A, eat dishes without rice or wine format or TTI length 2B or eat dishes without rice or wine format or The SR resources of TTI length 2C are denoted as first object resource, and pass through first SR resource, second SR resource and third SR moneys Source sends SR respectively, and process 1 counts the SR sent in first object resource.After having sent third SR, have more Advanced data reach the corresponding cachings of LCH1, then LCH1 triggers new process 2, and process 1 indicates the process of the first scheduling request, Process 2 indicates that the process of the second scheduling request, the priority of process 2 are higher than the priority of process 1.

After process 2 triggers, the 4th SR resource can indicate eat dishes without rice or wine format or TTI length 2A, can also indicate that lattice of eating dishes without rice or wine Formula or TTI length 2B are also belonged to due to eating dishes without rice or wine format or TTI length 2A belongs to LCH1 corresponding eat dishes without rice or wine format or TTI length LCH2 corresponding eat dishes without rice or wine format or TTI length, due to LCH1 priority be higher than LCH2 priority, then UE by it at the 4th The SR sent in SR resources can be regarded as first counting of process 2, i.e., count is incremented for process 2, and the counting of process 1 is not added with 1, by It eats dishes without rice or wine format or TTI length 1A in the instruction of the 5th SR resource, eats dishes without rice or wine format or TTI length 1A belongs to the corresponding lattice of eating dishes without rice or wine of LCH1 Formula or TTI length, the then third that the counting of process 2 adds 1, the SR sent in the 6th SR resource to can be regarded as process 2 again count, together It manages in the 4th SR resource, the 7th SR resources instruction is eated dishes without rice or wine format or TTI length 2C, eats dishes without rice or wine format or TTI length 2C does not belong to In LCH1 corresponding eat dishes without rice or wine format or TTI length, but belong to LCH2 corresponding eat dishes without rice or wine format or TTI length, due to 1 He of process Process 2 is parallel, so continuing to count to process 1.The present embodiment is only limitted to the same time, and SR resources only have a Situation.If same time SR resources have more parts, UE can use more parts of SR resources simultaneously, respectively to base station requests different type Resource, two SR processes send simultaneously.

Resource application method provided in this embodiment, by being counted respectively to parallel SR processes, when the same SR resources Simultaneously can be for two SR processes in use, can be counted to the SR processes of high priority, avoiding the counting of SR processes may The mistake of appearance.

In addition, when the terminal device sends the number or first scheduling request letter of second scheduling request information When the number of breath is more than predetermined number, the method further includes following at least one：

The terminal device initiates random access procedure；For example, UE cancel it is all pause or hang-up (pending) SR into Journey.When initiating random access procedure, one or more corresponding to the SR-BSR-LCH for currently reaching maximum times eat dishes without rice or wine Format or TTI length select corresponding " PRACH resource+preamble ID " combination, initiate random access.Wherein PRACH is provided The combination of the time-frequency location and preamble ID in source can indicate the resource of any eat dishes without rice or wine format or TTI length to network side.

The terminal device discharges following at least the one of the first kind of the corresponding ascending resource of first logic channel Kind resource：Uplink control channel resource, ascending reference signal resource, transmitting uplink data resource and downlink data transmission resource； Alternatively, the terminal device discharges following at least one money of the Second Type of the corresponding ascending resource of second logic channel Source：Uplink control channel resource, ascending reference signal resource, transmitting uplink data resource and downlink data transmission resource.For example, " the SR processes are due to which to wireless heterogeneous networks (Radio Access Technology, RRC) layer entity of UE notices UE The BSR triggerings of LCH ", rrc layer entity discharges the one or more corresponding to this LCH and eats dishes without rice or wine lattice according to the information of the LCH Formula or TTI length to physical uplink control channel (Physical Uplink Control Channel, PUCCH) Resource, Sounding Reference Signal (Sounding Reference Signal, SRS) resource, downlink (Down Link, DL) money Any or multiple resources in source and uplink (Up Link, UL) resource.

Resource application method provided in this embodiment, when the number that SR is sent is more than preset times, by discharging resource Or random access is initiated, it improves resource utilization.

In addition, it includes following several feasible realization methods to cancel SR processes：

One kind is feasible to be achieved in that：If the terminal device receives the ascending resource of the network equipment distribution Type includes the first kind, then cancels the first scheduling request process；If or the terminal device receives the network and sets The type for the ascending resource that back-up is matched includes Second Type, then cancels the second scheduling request process.For example, UE receives base Stand the ascending resource of distribution, the ascending resource eat dishes without rice or wine format or TTI length falls into the ranges of SR applications.As shown in figure 12, have Two SR processes, process 1 and process 2, process 1 are triggered by LCH2, and the resource type of application is 2A or 2B or 2C, as long as UE connects It receives any in 2A, 2B, 2C of base station distribution, you can cancel process 1；Similarly, process 2 is triggered by LCH1, application Resource type be 1A or 2A, as long as UE receive base station distribution 1A, 2A in it is any, you can cancel process 2.

Another kind is feasible to be achieved in that：If the terminal device sends the first instruction letter to the network equipment Breath then cancels the first scheduling request process, and it is corresponding that the first instruction information is used to indicate first logic channel The data volume of data to be transferred；If or the terminal device sends the second instruction information to the network equipment, cancels the institute The second scheduling request process is stated, the second instruction information is used to indicate the number of the corresponding data to be transferred of second logic channel According to amount.For example, UE has sent BSR, and the outgoing data of the LCH or LCH groups of current triggering SR processes is contained in BSR.Example Such as, UE has sent BSR, and BSR includes the data of LCH 2, just cancels the SR processes of LCH2 triggerings.

Another is feasible to be achieved in that：If the terminal device passes through the first kind or the Second Type Ascending resource sends the first instruction information to the network equipment, then cancels the first scheduling request process.For example, UE BSR is had sent, and contains the outgoing data of the LCH or LCH groups of current triggering process 1 in BSR, and sends the upper of the BSR The priority of eat dishes without rice or wine format or the TTI length of row resource is greater than or equal to eat dishes without rice or wine format or the TTI corresponding to LCH the or LCH groups The priority of length just cancels process 1.For example, UE has sent BSR, and contains the data of LCH2 in BSR, and the BSR By the format transmission of eating dishes without rice or wine of eat dishes without rice or wine format 2A or 2B or 2C or higher priority, just cancel process 1.

Another is feasible to be achieved in that：If the terminal device initiates the PRACH used when random access procedure moneys The type of ascending resource indicated by the combination of source and preamble ID includes that first logic channel is corresponding a kind of or more Kind ascending resource type, then cancel the first scheduling request process；

Another is feasible to be achieved in that：If the terminal device initiates the PRACH used when random access procedure moneys The type of ascending resource indicated by the combination of source and preamble ID includes that second logic channel is corresponding a kind of or more Kind ascending resource type, then cancel the second scheduling request process.

Figure 13 is a kind of structural schematic diagram of terminal device provided by the embodiments of the present application.As shown in figure 13, which sets Standby 130 include processing module 131 and sending module 132, wherein processing module 131 is for determining to network equipment application The first kind of row resource；First object resource is selected from scheduling request resources, is indicated by the first object resource The first kind of the ascending resource；Sending module 132 in the first object resource for sending the first scheduling request letter Breath, first scheduling request information is for asking the network equipment to distribute the first kind to the terminal device Row resource.

In fig. 13, further, processing module 131 is specifically used for determining the first of the process of triggering the first instruction information Logic channel, the first instruction information are used to indicate the data volume of the terminal device data to be transferred；From first logic At least one first kind is determined in the corresponding at least one ascending resource type of channel.

In the above-described embodiments, processing module 131 is from the corresponding at least one ascending resource class of first logic channel When determining at least one first kind in type, it is specifically used for following at least one：

The uplink money of highest priority is selected from the corresponding at least one ascending resource type of first logic channel Source Type is as the first kind；

An ascending resource class is randomly choosed from the corresponding at least one ascending resource type of first logic channel Type is as the first kind；

Selection Transmission Time Interval is shortest from first logic channel corresponding at least one ascending resource type Ascending resource type is as the first kind；

The highest uplink money of selection reliability from first logic channel corresponding at least one ascending resource type Source Type is as the first kind；

Selection scheduling request resource is most intensive from first logic channel corresponding at least one ascending resource type Ascending resource type as the first kind；

From first logic channel corresponding at least one ascending resource type selection scheduling request resource earliest to The ascending resource type reached is as the first kind.

In the above-described embodiments, sending module 132 sends the first scheduling request information in the first object resource When thering are data to reach the corresponding caching of the second logic channel in the process, the process of the triggering of processing module 131 second instruction information, institute The terminal device after the second instruction information is used to indicate the corresponding caching of the data arrival second logic channel is stated to wait for Pass the data volume of data.

In the above-described embodiments, processing module 131 is additionally operable at least one uplink corresponding from second logic channel The Second Type to the ascending resource of network equipment application is determined in resource type；The second mesh is selected from scheduling request resources Resource is marked, the Second Type of the ascending resource is indicated by second target resource；

Sending module 132 is additionally operable to send the second scheduling request information on second target resource, and described second adjusts The ascending resource that degree solicited message is used to that the network equipment to be asked to distribute the Second Type to the terminal device.

In the above-described embodiments, the priority of second logic channel is higher than the priority of first logic channel.

In the above-described embodiments, the number of the first kind is multiple, is indicated by the first object resource multiple One in the first kind；

In the above-described embodiments, the first instruction information corresponds to the process of the first scheduling request, the second instruction letter The process of corresponding second scheduling request of breath, the priority of the process of second scheduling request is higher than first scheduling request The priority of process.

In the above-described embodiments, when processing module 131 is additionally operable to corresponding according to first scheduling request information first Between window and corresponding second time window of second scheduling request information, it is determined whether triggering second scheduling request into Journey；

The first time window is between the shortest time that sending module 132 sends two neighboring first scheduling request information Every；

Second time window is between the shortest time that sending module 132 sends two neighboring second scheduling request information Every.

In the above-described embodiments, if the finish time of second time window than the first time window finish time Early, then processing module 131 triggers the process of second scheduling request；Or

If the finish time of second time window is more late or equal than the finish time of the first time window, handle Module 131 does not trigger the process of second scheduling request.

In the above-described embodiments, the task parallelism of the process of first scheduling request and second scheduling request, place Reason module 131 counts the number of the number and the second scheduling request information that send the first scheduling request information respectively.

In the above-described embodiments, the process of the process of first scheduling request and second scheduling request is serial, when When the process resumption of first scheduling request, processing module 131 counts the number for sending the first scheduling request information again, or Person is according to the number of the first scheduling request information of historical statistics, the number of statistics the first scheduling request information of transmission.

In the above-described embodiments, if the type of the ascending resource of scheduling request resources instruction includes the first kind or the Two types, then processing module 131 process of second scheduling request is counted.

In the above-described embodiments, when sending module 132 sends the number or described first of second scheduling request information When the number of scheduling request information is more than predetermined number, processing module 131 is additionally operable to following at least one：

Random access procedure is initiated by sending module 132；

In the above-described embodiments, terminal device 130 further includes：Receiving module 133；

If the type that receiving module 133 receives the ascending resource of the network equipment distribution includes the first kind, locate Reason module 131 cancels the first scheduling request process；Or

If the type that receiving module 133 receives the ascending resource of the network equipment distribution includes Second Type, locate Reason module 131 cancels the second scheduling request process；Or

If sending module 132 sends the first instruction information to the network equipment, processing module 131 is cancelled described First scheduling request process, the first instruction information are used to indicate the data of the corresponding data to be transferred of first logic channel Amount；Or

If sending module 132 sends the second instruction information to the network equipment, processing module 131 cancels described second Scheduling request process, the second instruction information are used to indicate the data volume of the corresponding data to be transferred of second logic channel； Or

If sending module 132 is sent out by the ascending resource of the first kind or the Second Type to the network equipment The first instruction information is sent, then processing module 131 cancels the first scheduling request process；Or

When if processing module 131 initiates random access procedure by sending module 132 the PRACH resources that use and The type of ascending resource indicated by the combination of preamble ID include first logic channel it is corresponding it is one or more on Row resource type, then processing module 131 cancel the first scheduling request process；Or

When if processing module 131 initiates random access procedure by sending module 132 the PRACH resources that use and The type of ascending resource indicated by the combination of preamble ID include second logic channel it is corresponding it is one or more on Row resource type, then processing module 131 cancel the second scheduling request process.

Sending module 132 can be transmitter in physics realization, and processing module 131 can be processing in physics realization Device, receiving module 133 can be receiver in physics realization.Transmitter can execute the sending action of terminal device, processing Device can perform terminal module and determine, the processing action such as cancellation, receiver can perform the reception action of terminal device.Transmitter, place Reason device and receiver can be directly or indirectly connected by physical bus.

The terminal device of embodiment illustrated in fig. 13 can be used for executing the technical solution of above method embodiment, realization principle Similar with technique effect, details are not described herein again.

It should be understood that the division of the modules of the above terminal device is only a kind of division of logic function, in actual implementation It can completely or partially be integrated on a physical entity, it can also be physically separate.And these units can be all with software It is realized by the form that processing element calls；It can also all realize in the form of hardware；Software can be passed through with unit It is realized by the form that processing element calls, unit is realized by the form of hardware.For example, processing module 131 can be The processing element individually set up can also be integrated in some chip of terminal device and realize, in addition it is also possible to program Form is stored in the memory of terminal device, is called by some processing element of terminal device and is executed the above modules Function.The realization of other units is similar therewith.In addition these units can completely or partially integrate, can also be independent It realizes.Processing element described here can be a kind of integrated circuit, the processing capacity with signal.During realization, on Stating each step of method or more modules can be by the integrated logic circuit or software of the hardware in processor elements The instruction of form is completed.

For example, the above unit can be arranged to implement one or more integrated circuits of above method, such as： One or more specific integrated circuits (Application Specific Integrated Circuit, ASIC), or, one Or multi-microprocessor (digital singnal processor, DSP), or, one or more field programmable gate array (Field Programmable Gate Array, FPGA) etc..For another example, when some above unit dispatches journey by processing element When the form of sequence is realized, which can be general processor, such as central processing unit (Central Processing Unit, CPU) or it is other can be with the processor of caller.For another example, these units can integrate, with system on chip The form of (system-on-a-chip, SOC) is realized.

Figure 14 is the structural schematic diagram of another terminal device provided by the embodiments of the present application.As shown in figure 14, the terminal Equipment 140 includes：Processor 110, memory 120, R-T unit 130.R-T unit 130 can be connect with antenna.In downlink On direction, R-T unit 130 receives the information that base station is sent by antenna, and sends information to processor 110 and handled. In the upstream direction, processor 110 handles the data of terminal, and is sent to base station by R-T unit 130.

The memory 120 is used to store the journey for realizing above method embodiment or embodiment illustrated in fig. 13 modules Sequence, processor 110 call the program, the operation of above method embodiment are executed, to realize modules shown in Figure 13.

Alternatively, some or all of above modules can also be embedded in certain of the terminal by the form of integrated circuit It is realized on one chip.And they can be implemented separately, and can also integrate.I.e. the above unit can be configured At the one or more integrated circuits for implementing above method, such as：One or more specific integrated circuit (Application Specific Integrated Circuit, ASIC), or, one or more microprocessors (digital singnal Processor, DSP), or, one or more field programmable gate array (Field Programmable Gate Array, FPGA) etc..

Claims

1. a kind of resource application method, which is characterized in that including：

The terminal device selects first object resource from scheduling request resources, and institute is indicated by the first object resource State the first kind of ascending resource；

The terminal device sends the first scheduling request information, first scheduling request information in the first object resource For asking the network equipment to distribute the ascending resource of the first kind to the terminal device.

2. according to the method described in claim 1, it is characterized in that, the terminal device determines the uplink to network equipment application The first kind of resource, including：

The terminal device determines that the first logic channel of the process of triggering the first instruction information, the first instruction information are used for Indicate the data volume of the terminal device data to be transferred；

The terminal device determines at least one institute from the corresponding at least one ascending resource type of first logic channel State the first kind.

3. according to the method described in claim 2, it is characterized in that, the terminal device is corresponding from first logic channel At least one first kind is determined at least one ascending resource type, including following at least one：

The terminal device selects highest priority from the corresponding at least one ascending resource type of first logic channel Ascending resource type as the first kind；

The terminal device is randomly choosed from the corresponding at least one ascending resource type of first logic channel on one Row resource type is as the first kind；

The terminal device is between selection transmission time in the corresponding at least one ascending resource type of first logic channel Every shortest ascending resource type as the first kind；

The terminal device selects reliability highest from the corresponding at least one ascending resource type of first logic channel Ascending resource type as the first kind；

Terminal device selection scheduling request money from the corresponding at least one ascending resource type of first logic channel The most intensive ascending resource type in source is as the first kind；

Terminal device selection scheduling request money from the corresponding at least one ascending resource type of first logic channel The ascending resource type that source reaches earliest is as the first kind.

4. according to the method described in claim 1, it is characterized in that, the terminal device is sent in the first object resource There are data to reach the corresponding caching of the second logic channel during first scheduling request information, and triggers the second instruction information Process, the second instruction information are used to indicate the data and reach the terminal after the corresponding caching of second logic channel The data volume of equipment data to be transferred.

5. according to the method described in claim 4, it is characterized in that, the method further includes：

The terminal device is determined from the corresponding at least one ascending resource type of second logic channel to the network equipment The Second Type of the ascending resource of application；

The terminal device selects the second target resource from scheduling request resources, and second target resource is used to indicate institute State the Second Type of ascending resource；

The terminal device sends the second scheduling request information, second scheduling request information on second target resource For asking the network equipment to distribute the ascending resource of the Second Type to the terminal device.

6. according to claim 2-5 any one of them methods, which is characterized in that the priority of second logic channel is higher than The priority of first logic channel.

7. method according to claim 1 or 5, which is characterized in that the number of the first kind is multiple, by described First object resource indicates one in multiple first kind；Or

8. according to the method described in claim 4, it is characterized in that, it is described first instruction information correspond to the first scheduling request into Journey, the second instruction information correspond to the process of the second scheduling request.

9. according to the method described in claim 8, it is characterized in that, the priority of the process of second scheduling request is higher than institute State the priority of the process of the first scheduling request.

10. according to the method described in claim 8, it is characterized in that, the method further includes：

The terminal device is believed according to the corresponding first time window of first scheduling request information and second scheduling request Cease corresponding second time window, it is determined whether the process of triggering second scheduling request；

The first time window is the shortest time interval that the terminal device sends two neighboring first scheduling request information；

Second time window is the shortest time interval that the terminal device sends two neighboring second scheduling request information.

11. according to the method described in claim 10, it is characterized in that, the terminal device is believed according to first scheduling request Cease corresponding first time window and corresponding second time window of second scheduling request information, it is determined whether triggering described second The process of scheduling request, including：

If the finish time of second time window is more early than the finish time of the first time window, triggers described second and adjust Spend the process of request；Or

If the finish time of second time window is more late or equal than the finish time of the first time window, institute is not triggered State the process of the second scheduling request.

12. according to the method described in claim 8, it is characterized in that, the process of first scheduling request and described second is adjusted The task parallelism of request is spent, the terminal device counts the number and the second scheduling request for sending the first scheduling request information respectively The number of information.

13. according to the method described in claim 8, it is characterized in that, the process of first scheduling request and described second is adjusted The process for spending request is serial, and when the process resumption of first scheduling request, the terminal device counts transmission first again The number of scheduling request information, or the first scheduling request information according to historical statistics number, statistics sends the first scheduling The number of solicited message.

14. according to the method for claim 12, which is characterized in that if the ascending resource of scheduling request resources instruction Type includes the first kind or Second Type, then the terminal device counts the process of second scheduling request.

15. according to claim 8-14 any one of them methods, which is characterized in that when the terminal device sends described second When the number of scheduling request information or the number of first scheduling request information are more than predetermined number, the method further include as Lower at least one：

The terminal device initiates random access procedure；

The terminal device discharges following at least one money of the first kind of the corresponding ascending resource of first logic channel Source：

The terminal device discharges following at least one money of the Second Type of the corresponding ascending resource of second logic channel Source：

16. according to claim 8-14 any one of them methods, which is characterized in that the method further includes：

If the type that the terminal device receives the ascending resource of the network equipment distribution includes the first kind, cancel institute State the first scheduling request process；Or

If the type that the terminal device receives the ascending resource of the network equipment distribution includes Second Type, cancel institute State the second scheduling request process；Or

If the terminal device to the network equipment send it is described first instruction information, cancel first scheduling request into Journey, the first instruction information are used to indicate the data volume of the corresponding data to be transferred of first logic channel；Or

If the terminal device to the network equipment send second instruction information, cancel second scheduling request into Journey, the second instruction information are used to indicate the data volume of the corresponding data to be transferred of second logic channel；Or

If the terminal device is sent by the ascending resource of the first kind or the Second Type to the network equipment The first instruction information, then cancel the first scheduling request process；Or

If the terminal device is initiated indicated by the combination of the PRACH resources and preamble ID that are used when random access procedure The type of ascending resource include the corresponding one or more ascending resource types of first logic channel, then cancel described One scheduling request process；Or

If the terminal device is initiated indicated by the combination of the PRACH resources and preamble ID that are used when random access procedure The type of ascending resource include the corresponding one or more ascending resource types of second logic channel, then cancel described Two scheduling request processes.

17. a kind of terminal device, which is characterized in that including：Processor and transmitter；

The processor is for determining the first kind to the ascending resource of network equipment application；It is selected from scheduling request resources Go out first object resource, the first kind of the ascending resource is indicated by the first object resource；

The transmitter in the first object resource for sending the first scheduling request information, the first scheduling request letter It ceases for asking the network equipment to distribute the ascending resource of the first kind to the terminal device.

18. terminal device according to claim 17, which is characterized in that the processor is specifically used for determining triggering first Indicate that the first logic channel of the process of information, the first instruction information are used to indicate the number of the terminal device data to be transferred According to amount；At least one first kind is determined from the corresponding at least one ascending resource type of first logic channel.

19. terminal device according to claim 18, which is characterized in that the processor is from first logic channel pair When determining at least one first kind in at least one ascending resource type answered, it is specifically used for following at least one：

The ascending resource class of highest priority is selected from the corresponding at least one ascending resource type of first logic channel Type is as the first kind；

One ascending resource type of random selection is made from first logic channel corresponding at least one ascending resource type For the first kind；

The shortest uplink of Transmission Time Interval is selected from the corresponding at least one ascending resource type of first logic channel Resource type is as the first kind；

The highest ascending resource class of reliability is selected from the corresponding at least one ascending resource type of first logic channel Type is as the first kind；

Most intensive upper of selection scheduling request resource from first logic channel corresponding at least one ascending resource type Row resource type is as the first kind；

Selection scheduling request resource reaches earliest from first logic channel corresponding at least one ascending resource type Ascending resource type is as the first kind.

20. terminal device according to claim 17, which is characterized in that the transmitter is in the first object resource When thering are data to reach the corresponding caching of the second logic channel during sending the first scheduling request information, the processor triggering The process of second instruction information, it is corresponding that the second instruction information is used to indicate the data arrival second logic channel The data volume of the terminal device data to be transferred after caching.

21. terminal device according to claim 20, which is characterized in that the processor is additionally operable to from second logic The Second Type to the ascending resource of network equipment application is determined in the corresponding at least one ascending resource type of channel；From scheduling The second target resource is selected in request resource, the Second Type of the ascending resource is indicated by second target resource；

The transmitter is additionally operable to send the second scheduling request information on second target resource, second scheduling request The ascending resource that information is used to that the network equipment to be asked to distribute the Second Type to the terminal device.

22. according to claim 18-21 any one of them terminal devices, which is characterized in that second logic channel it is excellent First grade is higher than the priority of first logic channel.

23. the terminal device according to claim 17 or 21, which is characterized in that the number of the first kind be it is multiple, One in multiple first kind is indicated by the first object resource；

24. terminal device according to claim 20, which is characterized in that the first instruction information corresponds to the first scheduling and asks The process asked, the second instruction information correspond to the process of the second scheduling request.

25. terminal device according to claim 24, which is characterized in that the priority of the process of second scheduling request Higher than the priority of the process of first scheduling request.

26. terminal device according to claim 24, which is characterized in that the processor is additionally operable to adjust according to described first Spend the corresponding first time window of solicited message and corresponding second time window of second scheduling request information, it is determined whether triggering The process of second scheduling request；

The first time window is the shortest time interval that the transmitter sends two neighboring first scheduling request information；

Second time window is the shortest time interval that the transmitter sends two neighboring second scheduling request information.

27. terminal device according to claim 26, which is characterized in that if the finish time ratio of second time window The finish time of the first time window is early, then the processor triggers the process of second scheduling request；Or

If the finish time of second time window is more late or equal than the finish time of the first time window, the processing Device does not trigger the process of second scheduling request.

28. terminal device according to claim 24, which is characterized in that the process of first scheduling request and described The task parallelism of two scheduling requests, the processor counts the number for sending the first scheduling request information respectively and the second scheduling is asked Seek the number of information.

29. terminal device according to claim 24, which is characterized in that the process of first scheduling request and described The process of two scheduling requests is serial, and when the process resumption of first scheduling request, the processor counts transmission the again The number of one scheduling request information, or the first scheduling request information according to historical statistics number, statistics sends first and adjusts Spend the number of solicited message.

30. terminal device according to claim 28, which is characterized in that if the uplink money of scheduling request resources instruction The type in source includes the first kind or Second Type, then the processor counts the process of second scheduling request.

31. according to claim 24-30 any one of them terminal devices, which is characterized in that described in being sent when the transmitter When the number of second scheduling request information or the number of first scheduling request information are more than predetermined number, the processor is also For following at least one：

Random access procedure is initiated by the transmitter；

32. according to claim 24-30 any one of them terminal devices, which is characterized in that further include：Receiver；

If the type that the receiver receives the ascending resource of the network equipment distribution includes the first kind, the processing Device cancels the first scheduling request process；Or

If the type that the receiver receives the ascending resource of the network equipment distribution includes Second Type, the processing Device cancels the second scheduling request process；Or

If the transmitter sends the first instruction information to the network equipment, the processor is cancelled described first and is adjusted Request process is spent, the first instruction information is used to indicate the data volume of the corresponding data to be transferred of first logic channel；Or

If the transmitter sends the second instruction information to the network equipment, the processor is cancelled described second and is adjusted Request process is spent, the second instruction information is used to indicate the data volume of the corresponding data to be transferred of second logic channel；Or

If the transmitter sends institute by the ascending resource of the first kind or the Second Type to the network equipment The first instruction information is stated, then the processor cancels the first scheduling request process；Or

If PRACH resources and preamble ID that the processor uses when initiating random access procedure by the transmitter Combination indicated by the type of ascending resource include the corresponding one or more ascending resource types of first logic channel, Then the processor cancels the first scheduling request process；Or

If PRACH resources and preamble ID that the processor uses when initiating random access procedure by the transmitter Combination indicated by the type of ascending resource include the corresponding one or more ascending resource types of second logic channel, Then the processor cancels the second scheduling request process.