CN108243119A - A kind of method and device for the scheduling for promoting RB resource utilizations - Google Patents
A kind of method and device for the scheduling for promoting RB resource utilizations Download PDFInfo
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- CN108243119A CN108243119A CN201611215076.1A CN201611215076A CN108243119A CN 108243119 A CN108243119 A CN 108243119A CN 201611215076 A CN201611215076 A CN 201611215076A CN 108243119 A CN108243119 A CN 108243119A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L47/00—Traffic control in data switching networks
- H04L47/50—Queue scheduling
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L47/00—Traffic control in data switching networks
- H04L47/50—Queue scheduling
- H04L47/62—Queue scheduling characterised by scheduling criteria
- H04L47/625—Queue scheduling characterised by scheduling criteria for service slots or service orders
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
Abstract
The invention discloses a kind of method and devices for the scheduling for promoting RB resource utilizations, are related to wireless communication technique field, method includes:When receiving the message to be sent of each user terminal UE, the message total amount size to be sent of each UE is determined;It, will be in the message classification to be sent to the different scheduling queues with the different access period of all UE according to the message total amount size to be sent of identified each UE;In each dispatching message, according to the access cycle of each scheduling queue, it accesses successively to multiple scheduling queues, a UE is selected from least one scheduling queue being accessed to and is scheduled, assigned resource block RB is fully used so as to the message to be sent of scheduled UE.Present invention reduces the possibility that single TTI dispatches multiple small buffer size UE simultaneously, so as to effectively improve utilization rate of air interface resource, throughput of system.
Description
Technical field
The present invention relates to wireless communication technique field, the method for more particularly to a kind of scheduling for promoting RB resource utilizations and
Device.
Background technology
Due to the development of internet, the type of service type sent by wireless system is various, results in each UE in this way
It is also not quite similar etc. message total amount (buffer size) to be sent.Meanwhile single TTI (transmission time
Interval, Transmission Time Interval) scheduling UE numbers limited by many reasons, have (1) PDCCH than more typical
(Physical Downlink Control Channel, Physical Downlink Control Channel) inadequate resource;(2) processor ability
Limitation;In this way, if several UE message total amounts to be sent of current TTI scheduling are all smaller, it will cause the RB that eats dishes without rice or wine
(Resource Block, resource block) wasting of resources, as shown in Figure 1.
Invention content
When the technical issues of scheme provided according to embodiments of the present invention solves is multi-service type, utilization rate of air interface resource
The problem of low.
The method of the scheduling of a kind of promotion RB resource utilizations provided according to embodiments of the present invention, including:
When receiving the message to be sent of each user terminal UE, the message total amount size to be sent of each UE is determined;
According to the message total amount size to be sent of identified each UE, by the message classification to be sent of all UE to having
In the different scheduling queues in different access period;
In each dispatching message, according to the access cycle of each scheduling queue, multiple scheduling queues are visited successively
It asks, a UE is selected from least one scheduling queue being accessed to and is scheduled, so that scheduled the pending of UE is delivered newspaper
It is literary fully to use assigned resource block RB.
Preferably, the scheduling team includes the first scheduling queue, the second scheduling queue and third scheduling queue.
Preferably, the message total amount size to be sent according to identified each UE, pending by all UE are delivered newspaper
Text is categorized into the different scheduling queues with the different access period and includes:
The message total amount to be sent of each UE and the preset first classification thresholding and the second classification thresholding are compared respectively
Compared with;
If the message total amount to be sent of the UE is less than or equal to the described first classification thresholding, by the to be sent of the UE
In message classification to the first scheduling queue;
The thresholding if the message total amount to be sent of the UE is classified higher than the described first classification thresholding and less than described second,
It will be in the message classification to be sent to the second scheduling queue of the UE;
If the message total amount to be sent of the UE is greater than or equal to the described second classification thresholding, by the to be sent of the UE
In message classification to third scheduling queue;
Wherein, the first classification thresholding is less than the described second classification thresholding.
Preferably, the access cycle of first scheduling queue is maximum, and the access cycle of the third scheduling queue is minimum.
Preferably, it is described in each dispatching message, according to the access cycle of each scheduling queue, to multiple scheduling queues
Access successively, selected from least one scheduling queue being accessed to a UE be scheduled including:
In each dispatching message, determine whether current scheduling queue is that may have access to scheduling queue;
If it is determined that current scheduling queue is that may have access to scheduling queue, then one is selected from the addressable scheduling queue
UE is scheduled, and counts current scheduled UE number;
If current scheduled UE number is less than the upper limit of preset UE number of schedulable, scheduling queue is may have access to from other
In select a UE and be scheduled.
Preferably, it is described in each dispatching message, determine whether current scheduling queue is that may have access to scheduling queue to include:
In each dispatching message, judge whether current scheduling time reaches the scheduling week of the current scheduling queue
Phase;
If current scheduling time reaches the dispatching cycle of the current scheduling queue, it is determined that current scheduling queue is can
Access scheduling queue;
If current scheduling time does not reach the dispatching cycle of the current scheduling queue, it is determined that current scheduling queue is
Inaccessible scheduling queue.
The device of the scheduling of a kind of promotion RB resource utilizations provided according to embodiments of the present invention, including:
Determining module during for receiving the message to be sent of each user terminal UE, determines the message to be sent of each UE
Total amount size;
Sort module, for according to the message total amount size to be sent of identified each UE, by the to be sent of all UE
In message classification to the different scheduling queues with the different access period;
Scheduler module, in each dispatching message, according to the access cycle of each scheduling queue, to multiple scheduling teams
Leie accesses, and a UE is selected from least one scheduling queue being accessed to and is scheduled, so as to what is be scheduled
The message to be sent of UE is fully using assigned resource block RB.
Preferably, the scheduling queue includes the first scheduling queue, the second scheduling queue and third scheduling queue.
Preferably, the sort module includes:
Comparing unit, for by the message total amount to be sent of each UE with preset first classification thresholding and second classification door
Limit is compared respectively;
Taxon for working as the message total amount to be sent of the UE less than or equal to the described first classification thresholding, then will
In the message classification to be sent to the first scheduling queue of the UE, when the message total amount to be sent of the UE is higher than described first point
Class thresholding and less than the described second classification thresholding, then by the message classification to be sent to the second scheduling queue of the UE and
When the UE message total amount to be sent greater than or equal to described second classification thresholding, then by the message classification to be sent of the UE
Into third scheduling queue;
Wherein, the first classification thresholding is less than the described second classification thresholding.
Preferably, the access cycle of first scheduling queue is maximum, and the access cycle of the third scheduling queue is minimum.
The scheme provided according to embodiments of the present invention in the cell that large capacity multiple business type coexists, reduces single TTI
The possibility of multiple small buffer size UE is dispatched simultaneously, so as to effectively improve utilization rate of air interface resource, throughput of system,
It also has a certain upgrade to cell entirety KPI (Key Performance Indicators, KPI Key Performance Indicator) index simultaneously.
Description of the drawings
Fig. 1 is the scheduling schematic diagram for the RB wastings of resources that the prior art provides;
Fig. 2 is a kind of method flow diagram of scheduling for promoting RB resource utilizations provided in an embodiment of the present invention;
Fig. 3 is a kind of schematic device of scheduling for promoting RB resource utilizations provided in an embodiment of the present invention;
Fig. 4 is the scheduling schematic diagram provided in an embodiment of the present invention for promoting RB resource utilizations;
Fig. 5 is the scheduling system schematic provided in an embodiment of the present invention for promoting RB resource utilizations.
Specific embodiment
Below in conjunction with attached drawing to a preferred embodiment of the present invention will be described in detail, it should be understood that described below is excellent
Embodiment is selected to be merely to illustrate and explain the present invention, is not intended to limit the present invention.
Fig. 2 is a kind of method flow diagram of scheduling for promoting RB resource utilizations provided in an embodiment of the present invention, such as Fig. 2 institutes
Show, including:
Step S201:When receiving the message to be sent of each user terminal UE, the message total amount to be sent of each UE is determined
Size;
Step S202:According to the message total amount size to be sent of identified each UE, by the message to be sent of all UE
It is categorized into the different scheduling queues with the different access period;
Step S203:In each dispatching message, according to the access cycle of each scheduling queue, to multiple scheduling queues according to
It is secondary to access, a UE is selected from least one scheduling queue being accessed to and is scheduled, so as to scheduled UE's
Message to be sent is fully using assigned resource block RB.
Wherein, the scheduling queue includes the first scheduling queue, the second scheduling queue and third scheduling queue.Specifically
It says, the message total amount size to be sent according to identified each UE, by the message classification to be sent of all UE to having
The different scheduling queues in different access period include:By the message total amount to be sent of each UE and the preset first classification thresholding
It is compared respectively with the second classification thresholding;If the message total amount to be sent of the UE is less than or equal to the described first classification door
Limit, then will be in the message classification to be sent to the first scheduling queue of the UE;If the message total amount to be sent of the UE is higher than institute
State the first classification thresholding and less than the described second classification thresholding, then by the message classification to be sent of the UE to the second scheduling queue
In;If the message total amount to be sent of the UE is greater than or equal to the described second classification thresholding, by the message to be sent of the UE
It is categorized into third scheduling queue;Wherein, the first classification thresholding is less than the described second classification thresholding.The first scheduling team
The access cycle of row is maximum, and the access cycle of the third scheduling queue is minimum.
Wherein, it is described in each dispatching message, according to the access cycle of each scheduling queue, to multiple scheduling queues according to
It is secondary to access, selected from least one scheduling queue being accessed to a UE be scheduled including:In each message tune
When spending, determine whether current scheduling queue is that may have access to scheduling queue;If it is determined that current scheduling queue is may have access to scheduling team
Row, then select a UE from the addressable scheduling queue and be scheduled, and counts current scheduled UE number;If currently
UE number of scheduling is less than the upper limit of preset UE number of schedulable, then may have access to from other and a UE progress is selected in scheduling queue
Scheduling.Specifically, it is described in each dispatching message, determine whether current scheduling queue is that may have access to scheduling queue to include:
In each dispatching message, judge whether current scheduling time reaches the dispatching cycle of the current scheduling queue;It is if current
Scheduling time reach the dispatching cycle of the current scheduling queue, it is determined that current scheduling queue is that may have access to scheduling queue;
If current scheduling time does not reach the dispatching cycle of the current scheduling queue, it is determined that current scheduling queue is inaccessible
Scheduling queue.
Fig. 3 is a kind of schematic device of scheduling for promoting RB resource utilizations provided in an embodiment of the present invention, such as Fig. 3 institutes
Show, including:Determining module 301 during for receiving the message to be sent of each user terminal UE, determines that the pending of each UE is delivered newspaper
Literary total amount size;Sort module 302, for according to the message total amount size to be sent of identified each UE, by all UE's
In message classification to be sent to the different scheduling queues with the different access period;Scheduler module 303, in each message tune
It when spending, according to the access cycle of each scheduling queue, accesses successively to multiple scheduling queues, from least one be accessed to
A UE is selected in a scheduling queue to be scheduled, and assigned resource is fully used so as to the message to be sent of scheduled UE
Block RB.Wherein, the scheduling queue includes the first scheduling queue, the second scheduling queue and third scheduling queue.
Wherein, the sort module 302 includes:Comparing unit, for by the message total amount to be sent of each UE with it is default
First classification thresholding and second classification thresholding be compared respectively;Taxon, it is total for working as the message to be sent of the UE
Amount, then by the message classification to be sent to the first scheduling queue of the UE, works as institute less than or equal to the described first classification thresholding
The message total amount to be sent of UE is stated higher than the described first classification thresholding and less than the described second classification thresholding, then is treated the UE
It sends in message classification to the second scheduling queue and when the message total amount to be sent of the UE is greater than or equal to described second point
Class thresholding, then will be in the message classification to be sent to third scheduling queue of the UE;Wherein, the first classification thresholding is less than institute
State the second classification thresholding.The access cycle of first scheduling queue is maximum, and the access cycle of the third scheduling queue is minimum.
Fig. 4 is the scheduling schematic diagram provided in an embodiment of the present invention for promoting RB resource utilizations, as shown in figure 4, including:It is first
First, it is divided into several sections by Buffer Size sizes, such as be divided into three sections:A=(0,2000], b=[2001,5000],
C=[5001 ,+∞];The factors such as the division in section and the channel quality of system bandwidth and UE, UE abilities are related.Above three area
Between empirical value under the scene based on 20M.Hereafter all it is described by taking these three sections as an example.
Scheduler setting 3 queues A, B and C correspond to tri- sections of a, b, c of Buffer Size.Scheduler is according to each
The BSR (Buffer Status Report, Buffer Status Report) of UE, these UE is categorized into different queues;That is, team
All it is the UE that Buffer Size are in section a in row A, is the UE that Buffer Size are in section b in queue B, is in queue C
Buffer Size are in the UE of section c;
Wherein, queue A can be accessed once every n TTI, and queue B can be accessed once every m TTI, and queue C is every
TTI can be accessed;Wherein, 1<m<n;M and n is positive integer.
During each TTI scheduling, each queue that can be accessed of repeating query, from repeating query to queue in select a UE and adjust
Degree, then the next accessible queue of repeating query, selects a UE to dispatch again from next queue.UE is selected from some queue
Method also preferentially use repeating query mode.
After finishing scheduling, the Buffer Size of each UE are updated according to scheduling result;Meanwhile there is the arrival of new data
It can real-time update Buffer Size.Scheduler is according to the Buffer Size state reports newly received, where adjusting each UE
Queue, preparation are dispatched next time.
If there is the higher business of delay requirement, queue A and B are extended to can respectively two queues, one is
Delay requirement is relatively low, and one is that delay requirement is higher, and access cycle is reduced in the high queue of delay requirement, that is, improves and access frequency
Degree.
Fig. 5 is the scheduling system schematic provided in an embodiment of the present invention for promoting RB resource utilizations, as shown in figure 5, packet
It includes:UE data buffer zones maintenance module, UE queue maintenances module, scheduling UE numbers decision-making module, sorting module and resource allocation
Module.
UE data buffer zones maintenance module, for the Buffer size sizes of each UE of real-time servicing, i.e., according to new
The data volume that the data volume of arrival and scheduling are walked is updated, and generates BSR, and being reported to scheduler, (reporting schemes can be used altogether
Enjoy memory and message unidirectional queue).
The UE queue maintenances module includes:
Module initialization:
(1) queue tri- queues of A, B, C are set according to Buffer size sections a, b, c.The UE numbers initialization of each queue
NA=0, NB=0, NC=0;
(2) while the access cycle of each queue is set, queue A is set as n, and queue B is set as m, and queue C is set as 1;
Wherein, (n>=m>=1).
Module mainly completes following task:
Task 1:It safeguards queue, and updates the UE numbers N of each queueA、NB、NC;
(1) information is reported according to the BSR of module 1, UE is from no data to when there are data, according to the affiliated areas of buffer size
Between be added in corresponding queue, UE numbers add 1 in the queue;
(2) UE then removes the UE from queue, UE numbers subtract 1 in the queue from when having data to no data;
(3) information is reported according to the BSR of module 1 before sequence per TTI, if the affiliated sections of the buffer size of UE occur
It during variation, then needs UE from original regulator to new queue, and updates the UE numbers of two queues;
Task 2:Each queue accesses state is set;
(1) whether queue A is judged to access cycle, if arrived, puts queue A as " addressable ", otherwise, being set to " can not
It accesses ";
(2) whether queue B is judged to access cycle, if arrived, puts queue B as " addressable ", otherwise, being set to " can not
It accesses ".
The scheduling UE number decision-making modules:For exporting UE number upper limit N of current TTI schedulabletti。
The sorting module:For every each queue of TTI repeating queries, such as the repeating query since A of z moment;The z+1 moment is from queue
B starts repeating query ....
Inner queue is using the preferential sortord (being equivalent to repeating query mode) of maximum latency, PriorityRR=
(TCurrent time-TUE the last time scheduling instances), current Priority is selected every timeRRMaximum UE.
Sequence step is following (assuming that this TTI repeating queries since queue A):The UE numbers N selectedselectedIt is initialized as zero,
That is Nselected=0;UE numbers in current each queue are respectively:NA、NB、NC;The number of UE to be selected is respectively in each queue
NAS=NA、NBS=NB、NCS=NC。
Step 1:Access queue A if quene state is " inaccessible ", enters step 2;If it waits to select in queue
UE numbers NAS be zero, then also enter step 2;Otherwise, a UE, N are selected from queueselected=Nselected+1;NAS=NAS-
1;If NselectedEqual to Ntti, then sort and terminate, otherwise, enter step 2;
Step 2:Access queue B if quene state is " inaccessible ", enters step 3;If it waits to select in queue
UE numbers NBS be zero, then also enter step 3;Otherwise, a UE, N are selected from queueselected=Nselected+1;NBS=NBS-
1;If NselectedEqual to Ntti, then sort and terminate, otherwise, enter step 3;
Step 3:Access queue C if quene state is " inaccessible ", enters step 4;If it waits to select in queue
UE numbers NCS be zero, then also enter step 4;Otherwise, a UE, N are selected from queueselected=Nselected+1;NCS=NCS-
1;If NselectedEqual to Ntti, then sort and terminate, otherwise, enter step 4;
Step 4:If A, B, C cannot select UE (quene state is zero for " inaccessible " or UE to be selected),
Sequence terminates;Otherwise, 1 is entered step.
The resource distribution module:For the UE sequences exported according to sorting module, according to its buffer size size and
Other relevant parameters distribute RB resources.The last scheduling instance of UE updates of resource is distributed:TUE the last time scheduling instances=TCurrent time。
The scheme provided according to embodiments of the present invention, main improvement are embodied at following 3 points:
(1) UE of tti scheduling due to being selected respectively from the queue repeating query of large, medium and small buffer Size every time, and is reduced
The ue dispatcher meetings of small buffer Size.In this way, the UE of size buffer Size is reasonably distributed, be not in small Buffer
The situation that Size UE flock together;
(2) UE of small Buffer Size also has dispatcher meeting, and dispatches frequency and can configure (according to type of service
The parameters such as time delay, packet loss), i.e., by the way that the access interval n values of queue A and the access interval m of queue B is configured;
(3) such as queue A, n TTI can just be accessed once, and the UE dispatchers in such queue can reduce, for continuous
Business, have the effects of Buffer Size accumulations, accumulation has reformed into larger Buffer Size, reduced money to a certain extent
The probability of source waste.
Although the present invention is described in detail above, but the invention is not restricted to this, those skilled in the art of the present technique
It can be carry out various modifications with principle according to the present invention.Therefore, all modifications made according to the principle of the invention, all should be understood to
Fall into protection scope of the present invention.
Claims (10)
1. a kind of method for the scheduling for promoting RB resource utilizations, including:
When receiving the message to be sent of each user terminal UE, the message total amount size to be sent of each UE is determined;
According to the message total amount size to be sent of identified each UE, by the message classification to be sent of all UE to difference
In the different scheduling queues of access cycle;
In each dispatching message, according to the access cycle of each scheduling queue, access successively to multiple scheduling queues, from
It selects a UE at least one scheduling queue being accessed to be scheduled, so that the message to be sent of scheduled UE is abundant
Use assigned resource block RB.
2. according to the method described in claim 1, the scheduling queue includes the first scheduling queue, the second scheduling queue and third
Scheduling queue.
3. according to the method described in claim 2, the message total amount size to be sent according to identified each UE, by institute
The message classification to be sent for having UE includes to the different scheduling queues with the different access period:
The message total amount to be sent of each UE and the preset first classification thresholding and the second classification thresholding are compared respectively;
If the message total amount to be sent of the UE is less than or equal to the described first classification thresholding, by the message to be sent of the UE
It is categorized into the first scheduling queue;
If the message total amount to be sent of the UE is higher than the described first classification thresholding and less than the described second classification thresholding, by institute
In the message classification to be sent to the second scheduling queue for stating UE;
If the message total amount to be sent of the UE is greater than or equal to the described second classification thresholding, by the message to be sent of the UE
It is categorized into third scheduling queue;
Wherein, the first classification thresholding is less than the described second classification thresholding.
4. according to the method in claim 2 or 3, the access cycle of first scheduling queue is maximum, the third scheduling
The access cycle of queue is minimum.
5. according to the method described in claim 4, described in each dispatching message, according to the access week of each scheduling queue
Phase accesses successively to multiple scheduling queues, and a UE is selected from least one scheduling queue being accessed to and is adjusted
Degree includes:
In each dispatching message, determine whether current scheduling queue is that may have access to scheduling queue;
If it is determined that current scheduling queue be may have access to scheduling queue, then selected from the addressable scheduling queue UE into
Row scheduling, and count current scheduled UE number;
If current scheduled UE number is less than the upper limit of preset UE number of schedulable, it may have access in scheduling queue and select from other
Go out a UE to be scheduled.
6. according to the method described in claim 5, described in each dispatching message, determine whether current scheduling queue is that can visit
Ask that scheduling queue includes:
In each dispatching message, judge whether current scheduling time reaches the dispatching cycle of the current scheduling queue;
If current scheduling time reaches the dispatching cycle of the current scheduling queue, it is determined that current scheduling queue is addressable
Scheduling queue;
If current scheduling time does not reach the dispatching cycle of the current scheduling queue, it is determined that current scheduling queue is can not
Access scheduling queue.
7. a kind of device for the scheduling for promoting RB resource utilizations, including:
Determining module during for receiving the message to be sent of each user terminal UE, determines the message total amount to be sent of each UE
Size;
Sort module, for according to the message total amount size to be sent of identified each UE, by the message to be sent of all UE
It is categorized into the different scheduling queues with the different access period;
Scheduler module, in each dispatching message, according to the access cycle of each scheduling queue, to multiple scheduling queues according to
It is secondary to access, a UE is selected from least one scheduling queue being accessed to and is scheduled, so as to scheduled UE's
Message to be sent is fully using assigned resource block RB.
8. device according to claim 7, the scheduling queue includes the first scheduling queue, the second scheduling queue and third
Scheduling queue.
9. device according to claim 8, the sort module includes:
Comparing unit, for the message total amount to be sent of each UE and the preset first classification thresholding and the second classification thresholding to be divided
It is not compared;
Taxon, for working as the message total amount to be sent of the UE less than or equal to the described first classification thresholding, then by described in
In the message classification to be sent to the first scheduling queue of UE, when the message total amount to be sent of the UE is higher than the described first classification door
Limit and less than the described second classification thresholding then in the message classification to be sent to the second scheduling queue of the UE and will work as institute
The message total amount to be sent of UE is stated greater than or equal to the described second classification thresholding, then by the message classification to be sent of the UE to the
In three scheduling queues;
Wherein, the first classification thresholding is less than the described second classification thresholding.
10. device according to claim 8 or claim 9, the access cycle of first scheduling queue is maximum, the third scheduling
The access cycle of queue is minimum.
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CN104579962A (en) * | 2015-01-23 | 2015-04-29 | 盛科网络(苏州)有限公司 | Method and device for differentiating QoS strategies of different messages |
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WO2008095397A1 (en) * | 2007-02-05 | 2008-08-14 | Huawei Technologies Co., Ltd. | Traffic scheduling method and apparatus thereof |
CN102195885A (en) * | 2011-05-27 | 2011-09-21 | 成都市华为赛门铁克科技有限公司 | Message processing method and device |
CN104507169A (en) * | 2014-12-15 | 2015-04-08 | 东南大学 | Three-dimensional resource dynamic allocation method and device for reducing system uplink transmission time delay |
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