CN101795497A - Sending method of scheduling request and EU (User Equipment) thereof - Google Patents
Sending method of scheduling request and EU (User Equipment) thereof Download PDFInfo
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Abstract
The invention discloses a transmission method of a scheduling request and user equipment thereof. The method comprises the following steps of: starting an SR delay controller, if EU acquires a PUCCH (Physical Up Control Channel) transmitting the SR in one TTI (Transmission Time Interval) which is not a measuring gap and the transmission frequency of the SR reaches the maximum allowable SR transmission frequency, in the process that the EU requests an up shared channel source through a SR (Scheduling Request); if the SR delay controller satisfies preset conditions, starting a random access process to carry out the SR. The source waste and the delay of the scheduling request can be avoided by utilizing the invention.
Description
Technical field
The present invention relates to the communication technology, be specifically related to a kind of scheduling request sending method and subscriber equipment.
Background technology
LTE (Long Term Evolution) system is a communication system based on scheduling, if promptly there are data to need to send in the transmission buffer memory of UE, UE needs to send a BSR (buffer status report) to eNB earlier so, and telling needs the data message that sends in the current transmission buffer memory of eNB UE.How many eNB comes for UE distributes corresponding UL-SCH (Uplink Shared Channel) resource according to the data that UE will send after receiving the BSR that UE sends, and notice UE sends data on the UL-SCH resource of distributing.UE sends BSR to eNB also needs to use the UL-SCH resource, if there is BSR to report, but there is not the Uplink Shared Channel resource this moment, so just need utilize PUCCH (Physical Uplink Control Channel) specific schedule request resource to send SR (dispatch request) or initiate to insert at random and carry out SR, request eNB distributes the Uplink Shared Channel resource for the BSR that needs to send.Detailed process is as follows:
1) UE has upstream data to need to send, but does not send the Uplink Shared Channel resource of data in the up link, triggers BSR so and reports;
2) if there is not the Uplink Shared Channel resource to transmit BSR, then triggers SR and report.
After triggering SR, the mode that sends SR has two kinds, that is: send SR (being D-SR) and carry out SR (being RA-SR) by random access procedure by the specific schedule request resource.Wherein, the D-SR resource is by RRC (Radio Resource control) configuration, and by the PUCCH carrying, the D-SR resource is used for sending D-SR; RA-SR utilizes random access procedure to carry out SR.As long as the D-SR resource is arranged, then do not carry out RA-SR.UE receive eNB be its distribution be used to send the UL-SCH resource of data before, can repeat to send SR on the D-SR resource can sending.
In existing standard, the detailed process that SR sends is as follows:
When certain TTI has data to send but do not have UL-SCH (Uplink Shared Channel) resource, can there be following two kinds of situations:
(1) do not send SR if in any TTI (Transmission Time Interval), all dispose effective PUCCH (Physical Uplink Control Channel) resource, then initiate random access procedure and discharge the SR of all states that are untreated;
(2), and do not measure at this TTI if in certain TTI, exist effective PUCCH resource to send SR, then:
If the count value of SR counter is less than the maximum number of times of transmission of SR, the count value of SR calculator adds 1, and the indication physical layer sends a SR on PUCCH; Otherwise notice RRC discharges PUCCH/SRS (Sounding Reference Symbols, detection reference signal) resource, initiates a random access procedure and discharges the SR of all states that are untreated.
If in certain TTI, obtained to be used for the UL-SCH resource of new transmission, then discharge the SR of all states that are untreated.
In existing standard, need wait until that obtaining the specific schedule request resource judges just when (being used to send the PUCCH resource of SR) whether the transmission of SR reaches maximum number of times of transmission, even therefore the transmission of SR has reached maximum number of times of transmission, also need just can initiate random access procedure when obtain the specific schedule request resource next time by the time.If obtain the interval of specific schedule request resource to next time long, will postpone so to insert at random, cause unnecessary dispatch request to postpone.If obtain the interval of specific schedule request resource to next time too short, also do not arrive UE although may occur eNB so to the message that UE has distributed resource to carry Resources allocation, initiate to insert at random the waste that will cause the UL-SCH resource this moment.
Summary of the invention
The embodiment of the invention provides a kind of scheduling request sending method and subscriber equipment, to avoid the delay of the wasting of resources and dispatch request.
For this reason, the embodiment of the invention provides following technical scheme:
The embodiment of the invention provides a kind of scheduling request sending method, comprising:
In the process of UE by SR request Uplink Shared Channel resource, measure the space if in a TTI, obtained PUCCH resource and this TTI of transmission SR, and the transmission number of times of described SR has reached the maximum number of times of transmission of the SR that allows, then starts the SR delay controller;
If described SR delay controller satisfies predetermined condition, then initiate random access procedure and carry out SR.
The embodiment of the invention also provides a kind of subscriber equipment, comprising:
The resource acquisition unit is used for the process by SR request Uplink Shared Channel resource, obtains to send in the TTI PUCCH resource of SR;
Measure the space judging unit, be used to judge whether described TTI is to measure the space;
Indicating member is used for obtaining to send in described resource acquisition unit the PUCCH resource of SR in a TTI, and judgment unit judges described TTI in described measurement space is not when measuring the space, and the indication physical layer sends SR;
The SR counter is used to write down the number of times that sends SR;
The SR delay controller is used to control and initiates the time of delay that random access procedure carries out SR, and when the value of SR counter had reached the maximum number of times of transmission of the SR that allows, described SR delay controller started;
Access unit is used for after described SR delay controller satisfies predetermined condition at random, initiates random access procedure and carries out SR.
Embodiment of the invention scheduling request sending method and subscriber equipment, be configured by the transmission number of times of SR is initiated at random to insert the time of carrying out SR after the maximum number of times of transmission of the SR that reaches permission, if the value of SR counter has reached the maximum number of times of transmission of the SR that allows, then start the SR delay controller; After described SR delay controller satisfies predetermined condition, initiate random access procedure and carry out SR, thereby avoided the unnecessary wasting of resources or dispatch request to postpone.
Description of drawings
Fig. 1 is a kind of flow chart of embodiment of the invention scheduling request sending method;
Fig. 2 is the another kind of flow chart of embodiment of the invention scheduling request sending method;
Fig. 3 is the another kind of flow chart of embodiment of the invention scheduling request sending method;
Fig. 4 is the process chart of delay timer after overtime in the embodiment of the invention scheduling request sending method;
Fig. 5 is a kind of structural representation of embodiment of the invention subscriber equipment.
Embodiment
In order to make those skilled in the art person understand the scheme of the embodiment of the invention better, the embodiment of the invention is described in further detail below in conjunction with drawings and embodiments.
Embodiment of the invention scheduling request sending method and subscriber equipment, the unnecessary wasting of resources that may cause in the prior art or dispatch request postpone, the time that the transmission number of times of SR is initiated to insert at random after the maximum number of times of transmission of the SR that reaches permission is configured, the transmission number of times that utilizes the initiation time of inserting at random of disposing to control SR is initiated the time of access at random after the maximum number of times of transmission of the SR that reaches permission, thereby avoids unnecessary dispatch request to postpone or the wasting of resources.
The transmission number of times that embodiment of the invention scheduling request sending method can utilize the SR delay controller to control SR is initiated the time of access at random after reaching maximum number of times of transmission, if promptly the transmission number of times of SR reaches the maximum number of times of transmission of the SR of permission after sending SR, then start the SR delay controller, after the SR delay controller satisfies predetermined condition, promptly carry out random access procedure and carry out SR.Particularly, measure the space if in a TTI, obtained PUCCH resource and this TTI of transmission SR, and the transmission number of times of described SR then indicate physical layer to send SR, and the value of SR counter adds 1 less than the maximum number of times of transmission of the SR that allows; If the value of SR counter has reached the maximum number of times of transmission of the SR that allows, then start the SR delay controller; If described SR delay controller satisfies predetermined condition, then initiate random access procedure and carry out SR.
In addition, also can reach the time inserted at random of initiating after the maximum number of times of transmission further combined with the transmission number of times that the SR counter is controlled SR, the PUCCH resource and this TTI that have promptly obtained transmission SR in a TTI measure the space, and the value of described SR counter is more than or equal to the maximum number of times of transmission of the SR that allows, then stop described SR delay controller, and notice RRC (Radio Resource control) discharges the PUCCH/SRS resource, initiate random access procedure and carry out SR, and discharge the SR of all states that are untreated.Particularly, measure the space if in a TTI, obtained PUCCH resource and this TTI of transmission SR, and the value of described SR counter then stops described SR delay controller more than or equal to the maximum number of times of transmission of the SR that allows; The control of notice Radio Resource discharges the PUCCH/SRS resource, initiates random access procedure and carries out SR, and discharge the SR of all states that are untreated.That is to say, reach the maximum number of times of transmission of SR of permission at the transmission number of times of SR after, no matter be that the SR delay controller satisfies predetermined condition, still obtained to send the PUCCH resource of SR, all can trigger random access procedure.
With reference to Fig. 1, be a kind of flow chart of embodiment of the invention scheduling request sending method, mainly may further comprise the steps:
In embodiments of the present invention, described SR delay controller can adopt delay timer to realize, also can adopt delay counter to realize.
Particularly, if adopt delay timer, then described predetermined condition is that described delay timer is overtime.The timing of described delay timer can be set according to the processing time of described SR.If the employing delay counter, then described predetermined condition is the threshold value that described delay counter reaches delay counter.Can according to from send a described SR to obtain eNB to the needed TTI number of the response of this SR or the PUCCH resource number of times that obtains to send described SR the threshold value of described delay counter is set.
Describe the method for the embodiment of the invention in detail with the implementation of delay timer below in conjunction with the resource situation that disposes among the TTI.
As shown in Figure 2, be the another kind of flow chart of embodiment of the invention scheduling request sending method.
In this embodiment, is set the time inserted at random of initiating after the maximum number of times of transmission of SR that transmission number of times that delay timer RA_SR_timer controls SR reaches permission.
SR counter SR_COUNTER is set to be counted the transmission number of times of SR.If SR is triggered and when not having other SR that are in the state of being untreated, SR_COUNTER is changed to 0, suppose that the maximum number of times of transmission of the SR that allows is SR_TRANS_MAX.After a SR is triggered, before this SR is not cancelled, this SR will be considered to be in the SR of the state of being untreated so.
As long as the SR of the state of being untreated is arranged, then UE should carry out following operation at each TTI:
1. if in a TTI, do not have available UL-SCH resource, following situation then arranged:
(1) do not send SR if in any TTI, all be configured effective PUCCH resource, initiate random access procedure so and discharge the SR that all are in the state of being untreated;
(2), and do not measure (that is to say that this TTI measures the space) at this TTI if in this TTI, exist effective PUCCH resource to send SR:
If the transmission number of times of SR is less than the maximum number of times of transmission of the SR that allows, then SR_COUNTER=SR_COUNTER+1, and indication physical layer sends a SR on PUCCH;
After SR_COUNTER upgrades, if SR_COUNTER＞=SR_TRANS_MAX then starts RA_SR_timer.
2. if in this TTI, obtained to be used for the UL-SCH resource of new transmission, then discharged the SR that all are in the state of being untreated.If RA_SR_timer still in operation, then stops RA_SR_timer.
3. after RA_SR_timer was overtime, UE should carry out following operation:
Stop RA_SR_timer, and notice RRC release PUCCH/SRS resource, initiate a random access procedure, and discharge the SR that all are in the state of being untreated.
Specifically mainly may further comprise the steps:
Step 204 is initiated random access procedure and is carried out SR;
Step 205 has disposed the PUCCH resource and this TTI that send SR and has measured the space in this TTI;
Whether step 206, the transmission number of times of judging SR be less than the maximum number of times of transmission of the SR that allows; If then execution in step 207; Otherwise execution in step 210;
Step 208 judges whether the value of SR_COUNTER has reached maximum SR_TRANS_MAX; If then execution in step 209; Otherwise execution in step 210;
Step 209 starts RA_SR_timer;
Step 210 does not process in this TTI;
There is the UL-SCH resource that is used for new transmission in step 211;
Step 212 is if RA_SR_timer then stops RA_SR_timer, and discharges the SR that all are in the state of being untreated still in operation.
Handling process after delay timer RA_SR_timer is overtime will be described in detail later as shown in Figure 4.
As seen, embodiment of the invention scheduling request sending method, be configured by the transmission number of times of SR is initiated at random to insert the time of carrying out SR after the maximum number of times of transmission of the SR that reaches permission, if the value of SR counter has reached the maximum number of times of transmission of the SR that allows, then start delay timer; After described delay timer is overtime, initiates random access procedure and carry out SR, thereby avoided the unnecessary wasting of resources or dispatch request to postpone.
As shown in Figure 3, be the another kind of flow chart of embodiment of the invention scheduling request sending method.
In this embodiment, be provided with delay timer RA_SR_timer and reach the maximum number of times of transmission of SR of permission in conjunction with the transmission number of times that SR counter SR_COUNTER controls SR after initiate time of inserting at random.
SR counter SR_COUNTER is set to be counted the transmission number of times of SR.If SR is triggered and when not having other SR that are in the state of being untreated, SR_COUNTER is changed to 0, suppose that the maximum number of times of transmission of the SR that allows is SR_TRANS_MAX.
As long as the SR of the state of being untreated is arranged, then UE should carry out following operation at each TTI:
1. if in a TTI, do not have available UL-SCH resource, following situation then arranged:
(1) do not send SR if in any TTI, all be configured effective PUCCH resource, initiate random access procedure so and discharge the SR that all are in the state of being untreated;
(2), and do not measure (that is to say that this TTI measures the space) at this TTI if in this TTI, exist effective PUCCH resource to send SR:
If the transmission number of times of SR is less than the maximum number of times of transmission of the SR that allows, then SR_COUNTER=SR_COUNTER+1, and indication physical layer sends a SR on PUCCH; After SR_COUNTER upgrades, if SR_COUNTER＞=SR_TRANS_MAX then starts RA_SR_timer;
If the transmission number of times of SR then stops RA_SR_timer more than or equal to the maximum number of times of transmission of the SR that allows, and notice RRC release PUCCH/SRS resource, initiate a random access procedure, and discharge the SR of all states that are untreated.
2. if in this TTI, obtained to be used for the UL-SCH resource of new transmission, then discharged the SR that all are in the state of being untreated.If RA_SR_timer still in operation, then stops RA_SR_timer.
3. after RA_SR_timer was overtime, UE should carry out following operation:
Stop RA_SR_timer, and notice RRC release PUCCH/SRS resource, initiate a random access procedure, and discharge the SR that all are in the state of being untreated.
Specifically mainly may further comprise the steps:
Step 302 judges whether there is not the UL-SCH resource among this TTI; If then execution in step 303; Otherwise execution in step 312;
Step 303 judges whether not dispose PUCCH and sends SR in any TTI; If then execution in step 304; Otherwise execution in step 305;
Step 304 is initiated random access procedure and is carried out SR;
Step 305 has disposed the PUCCH resource and this TTI that send SR and has measured the space in this TTI;
Whether step 306, the transmission number of times of judging SR be less than the maximum number of times of transmission of the SR that allows; If then execution in step 307; Otherwise execution in step 310;
Step 308 judges whether the value of SR_COUNTER has reached maximum SR_TRANS_MAX; If then execution in step 309; Otherwise execution in step 310;
Step 309 starts RA_SR_timer;
Step 310 does not process in this TTI;
Step 311 stops RA_SR_timer;
There is the UL-SCH resource that is used for new transmission in step 313;
Step 314 is if RA_SR_timer then stops RA_SR_timer, and discharges the SR that all are in the state of being untreated still in operation.
After RA_SR_timer is overtime, stop RA_SR_timer, and notice RRC release PUCCH/SRS resource, initiate random access procedure, and discharge the SR that all are in the state of being untreated.
Fig. 4 shows the handling process after overtime of delay timer RA_SR_timer in the embodiment of the invention scheduling request sending method, mainly may further comprise the steps:
Step 402 stops RA_SR_timer;
Need to prove, in the various embodiments described above, can estimate processing and the skyborne transmission time of data of eNB end SR earlier when the transmission number of times of SR being initiated at random the configuration of time of inserting after reaching maximum number of times of transmission, be configured according to results estimated.The timing of described delay timer can be set according to the processing time of described SR particularly.Certainly, the embodiment of the invention does not limit this, according to application need, can be provided with in conjunction with out of Memory yet.
Realize that with delay timer the mode of SR delay controller describes the method for the embodiment of the invention in detail in the above embodiments.Embodiment of the invention scheduling request sending method is similar to the above when realizing the SR delay controller with delay counter, is not described in detail at this.
One of ordinary skill in the art will appreciate that all or part of step that realizes in the foregoing description method is to instruct relevant hardware to finish by program, described program can be stored in the computer read/write memory medium, described storage medium, as: ROM/RAM, magnetic disc, CD etc.
The embodiment of the invention also provides a kind of subscriber equipment, as shown in Figure 5, is a kind of structural representation of this subscriber equipment.
In this embodiment, described subscriber equipment comprises: resource acquisition unit 501, measure space judging unit 502, indicating member 503, SR counter 504, SR delay controller 505 and access unit 506 at random.Wherein:
Measure space judging unit 502, be used to judge whether described TTI is to measure the space;
Indicating member 503 is used for the PUCCH resource of 501 acquisitions transmission SR in a TTI in the resource acquisition unit, and measures space judging unit 502 and judge that described TTI is not when measuring the space, indicates physical layer transmission SR;
In another embodiment of the present invention, described resource acquisition unit 501 also is used to obtain to be used for the new Uplink Shared Channel resource of transmitting; Described SR delay controller 505 also is used for after described resource acquisition unit 501 obtains to be used for the Uplink Shared Channel resource of new transmission, and is out of service; Described subscriber equipment also further comprises: SR releasing unit 507 is used for discharging the SR that all are in the state of being untreated after described resource acquisition unit obtains to be used for the Uplink Shared Channel resource of new transmission.
In another embodiment of the present invention, described SR releasing unit 407 also is used for discharging the SR that all are in the state of being untreated when the described 306 initiation random access procedures of access unit at random carry out SR.
The subscriber equipment of the embodiment of the invention, after the value of SR counter had reached the maximum number of times of transmission of the SR that allows, the SR delay controller started; After described SR delay controller satisfies predetermined condition, initiate random access procedure and carry out SR, thereby avoided the unnecessary wasting of resources or dispatch request to postpone.Detailed process can be with reference to the description in the method for the front embodiment of the invention.
In another embodiment of subscriber equipment of the present invention, described SR delay controller 505 in the described subscriber equipment, also be used for the process of described resource acquisition unit 501 by SR request Uplink Shared Channel resource, if the transmission number of times of described SR is more than or equal to the maximum number of times of transmission of the SR that allows, the PUCCH resource and the described measurement space judging unit 502 that have obtained transmission SR in a TTI judge that these TTI are not when measuring the space, and be out of service; Described access unit at random 506, also be used for the process of described resource acquisition unit 501 by SR request Uplink Shared Channel resource, if the transmission number of times of described SR is more than or equal to the maximum number of times of transmission of the SR that allows, the PUCCH resource and the described measurement space judging unit 502 that have obtained transmission SR in a TTI judge that these TTI are not when measuring the space, initiate random access procedure and carry out SR.
The subscriber equipment of the embodiment of the invention after the value of SR counter has reached the maximum number of times of transmission of the SR that allows, starts the SR delay controller; After described SR delay controller satisfies predetermined condition, initiate random access procedure and carry out SR, perhaps reached the maximum number of times of transmission of the SR of permission, after in a TTI, having obtained to send the PUCCH resource of SR, initiated random access procedure and carry out SR at the transmission number of times of SR.That is to say, if the transmission number of times of SR has reached the maximum number of times of transmission of the SR that allows, but the SR delay controller does not also satisfy during the predetermined condition, obtained to send the PUCCH resource of SR, equally also can trigger random access procedure and carry out SR, thereby further avoid the unnecessary wasting of resources or dispatch request to postpone reliably.Detailed process can be with reference to the description in the method for the front embodiment of the invention.
Need to prove that in the subscriber equipment of the embodiment of the invention, described SR delay controller can be delay timer or delay counter.
Correspondingly, if adopt delay timer, then described predetermined condition is that described delay timer is overtime.Described subscriber equipment can comprise further that also first is provided with the unit (not shown), is used for being provided with according to the processing time of described SR the timing of described delay timer.
Correspondingly, if adopt delay counter, then described predetermined condition is the threshold value that described delay counter reaches delay counter.Described subscriber equipment can comprise further that also second is provided with the unit (not shown), is used for basis from sending a described SR to obtaining the threshold value that the PUCCH resource number of times of eNB to needed TTI number of the response of this SR or the described SR of acquisition transmission is provided with described delay counter.
More than the embodiment of the invention is described in detail, used embodiment herein the present invention set forth, the explanation of above embodiment just is used for help understanding method and apparatus of the present invention; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (12)
1. a scheduling request sending method is characterized in that, comprising:
In the process of UE by SR request Uplink Shared Channel resource, measure the space if in a TTI, obtained PUCCH resource and this TTI of transmission SR, and the transmission number of times of described SR has reached the maximum number of times of transmission of the SR that allows, then starts the SR delay controller;
If described SR delay controller satisfies predetermined condition, then initiate random access procedure and carry out SR.
2. method according to claim 1 is characterized in that, described method also comprises:
After UE obtains to be used for the Uplink Shared Channel resource of new transmission, if described SR delay controller then stops described SR delay controller, and discharges the SR that all are in the state of being untreated still in operation at this moment.
3. method according to claim 1 and 2 is characterized in that, described method also comprises:
In the process of UE by SR request Uplink Shared Channel resource, if the transmission number of times of described SR is more than or equal to the maximum number of times of transmission of the SR that allows, the PUCCH resource and this TTI that have obtained transmission SR as UE in a TTI are not when measuring the space, then stop still described SR delay controller, and initiate random access procedure and carry out SR in operation.
4. method according to claim 3 is characterized in that, described SR delay controller is a delay timer; Described predetermined condition is that described delay timer is overtime.
5. method according to claim 4 is characterized in that, described method also comprises:
The timing of described delay timer was set according to processing time of described SR.
6. method according to claim 3 is characterized in that, described SR delay controller is a delay counter; Described predetermined condition is the threshold value that described delay counter reaches delay counter.
7. method according to claim 6 is characterized in that, described method also comprises:
According to from send a described SR to obtain eNB to the needed TTI number of the response of this SR or the PUCCH resource number of times that obtains to send described SR the threshold value of described delay counter is set.
8. a subscriber equipment is characterized in that, comprising:
The resource acquisition unit is used for the process by SR request Uplink Shared Channel resource, obtains to send in the TTI PUCCH resource of SR;
Measure the space judging unit, be used to judge whether described TTI is to measure the space;
Indicating member is used for obtaining to send in described resource acquisition unit the PUCCH resource of SR in a TTI, and judgment unit judges described TTI in described measurement space is not when measuring the space, and the indication physical layer sends SR;
The SR counter is used to write down the number of times that sends SR;
The SR delay controller is used to control and initiates the time of delay that random access procedure carries out SR, and when the value of SR counter had reached the maximum number of times of transmission of the SR that allows, described SR delay controller started;
Access unit is used for after described SR delay controller satisfies predetermined condition at random, initiates random access procedure and carries out SR.
9. subscriber equipment according to claim 8 is characterized in that,
Described resource acquisition unit also is used to obtain to be used for the new Uplink Shared Channel resource of transmitting;
Described SR delay controller also is used for after described resource acquisition unit obtains to be used for the Uplink Shared Channel resource of new transmission, and is out of service;
Described subscriber equipment also comprises:
The SR releasing unit is used for discharging the SR that all are in the state of being untreated after described resource acquisition unit obtains to be used for the Uplink Shared Channel resource of new transmission.
10. according to Claim 8 or 9 described subscriber equipmenies, it is characterized in that,
Described SR delay controller, also be used for the process of described resource acquisition unit by SR request Uplink Shared Channel resource, if the transmission number of times of described SR is more than or equal to the maximum number of times of transmission of the SR that allows, when PUCCH resource and described measurement space this TTI of judgment unit judges of having obtained to send SR in a TTI are not when measuring the space, out of service;
Described access unit at random, also be used for the process of described resource acquisition unit by SR request Uplink Shared Channel resource, if the transmission number of times of described SR is more than or equal to the maximum number of times of transmission of the SR that allows, when PUCCH resource and described measurement space this TTI of judgment unit judges of having obtained to send SR in a TTI measure the space, initiate random access procedure and carry out SR;
Described SR releasing unit also is used for discharging the SR that all are in the state of being untreated when the described initiation of access unit at random random access procedure carries out SR.
11. subscriber equipment according to claim 8 is characterized in that, described SR delay controller is a delay timer; Described predetermined condition is that described delay timer is overtime; Described subscriber equipment also comprises:
First is provided with the unit, is used for being provided with according to the processing time of described SR the timing of described delay timer.
12. subscriber equipment according to claim 8 is characterized in that, described SR delay controller is a delay counter; Described predetermined condition is the threshold value that described delay counter reaches delay counter; Described subscriber equipment also comprises:
Second is provided with the unit, according to from send a described SR to obtain eNB to the needed TTI number of the response of this SR or the PUCCH resource number of times that obtains to send described SR the threshold value of described delay counter is set.
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| CN102761967A (en) * | 2011-04-29 | 2012-10-31 | 华为技术有限公司 | Data transmitting method and transmission resource allocating method and device |
| CN102938903A (en) * | 2012-10-29 | 2013-02-20 | 中兴通讯股份有限公司 | Method and device for avoiding confliction between measuring opportunity and data transmission opportunity |
| CN103327613A (en) * | 2012-03-18 | 2013-09-25 | 上海贝尔股份有限公司 | Method for transmitting scheduling request in wireless communication network |
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Family Cites Families (2)
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|---|---|---|---|---|
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-
2009
- 2009-02-01 CN CN2009100778820A patent/CN101795497B/en active Active
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