CN104185289A - Base station and method of scheduling service by base station - Google Patents
Base station and method of scheduling service by base station Download PDFInfo
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- CN104185289A CN104185289A CN201310196261.0A CN201310196261A CN104185289A CN 104185289 A CN104185289 A CN 104185289A CN 201310196261 A CN201310196261 A CN 201310196261A CN 104185289 A CN104185289 A CN 104185289A
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- H04W72/535—Allocation or scheduling criteria for wireless resources based on resource usage policies
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Abstract
The invention discloses a base station and a method of scheduling service by the base station. The method comprises steps: a scheduling instruction of a cell is received, and a preset scheduling strategy corresponding to the cell is searched according to the scheduling instruction; the type of to-be-scheduled service currently of the cell is determined according to the preset scheduling strategy; hollow resources are allocated for the service of the determined type so as to schedule the service of the determined type, wherein the types of the to-be-scheduled service comprise cluster service and common LTE service. According to the base station and the method of scheduling the service by the base station, the common LTE service can be scheduled timely in the case of concurrence of the cluster service and the common LTE service, data blocks can be prevented from missing in the case of service scheduling, and normal transmission of service data can be ensured.
Description
Technical field
The present invention relates to communication technique field, especially relate to a kind of method of base station, base station scheduling business.
Background technology
Trunking communication is the Yi Ge important application branch in wireless communication field, is all subject to the great attention of equipment vendor and operator in every generation wireless communication technology development.LTE(Long Term Evolution, Long Term Evolution) be 3GPP Long Term Evolution project, be the developing direction of future mobile.Interface-free resources in LTE consists of time domain and frequency domain, in certain concrete interface-free resources constantly, can only distribute limited resources.
In the environment networking of group service and the formation of common LTE business public network, the priority of group service is higher than common LTE business, therefore in group service and common LTE service concurrence process, during the scheduling of scheduling interface-free resources, common LTE business may be divided less than interface-free resources and finally can not get scheduling because interface-free resources is not enough.
In addition, owing to thering is search and the demodulation ability of the terminal equipment of group service and common LTE business, be also limited, at certain concrete terminal equipment constantly, can only search limited by different RNTI(Radio Network Temporary Identifier, Radio Network Temporary Identifier) data transmission block of scrambling.And group service and common LTE business are respectively by different RNTI scramblings, if during two kinds of service concurrences (data block of the concurrent too many different RNTI scrambling of synchronization), terminal equipment cannot be searched for the data transmission block with two kinds of business of demodulation because of search and the restriction of demodulation ability simultaneously, and cause the loss of data block, the failure of final service transmission.
Summary of the invention
Main purpose of the present invention is to provide a kind of method of base station, base station scheduling business, while avoiding group service and common LTE service concurrence, common LTE business can not get scheduling, and the phenomenon that obliterated data piece occurs while avoiding dispatching services, guarantees the normal transmission of business datum.
The present invention proposes a kind of method of base station scheduling business, comprising:
Receive the dispatch command of a community, according to described dispatch command, search default scheduling strategy corresponding to described community;
According to described default scheduling strategy, determine the current type for the treatment of dispatching services in described community;
For the traffic assignments interface-free resources of described definite type, to dispatch the business of described definite type;
Describedly treat that the type of dispatching services comprises: group service and common LTE business.
Preferably, described default scheduling strategy comprises: the type for the treatment of dispatching services that each Transmission Time Interval is corresponding.
Preferably, after the dispatch command of described reception one community, also comprise:
According to described default scheduling strategy, determine that described community is current to treat that the type of dispatching services is specially:
Determine that current time puts residing Transmission Time Interval, according to the type for the treatment of dispatching services corresponding to each Transmission Time Interval in described default scheduling strategy, determine that described current time puts the type that dispatching services is treated in described community in residing Transmission Time Interval.
Preferably, described is the traffic assignments interface-free resources of described definite type, to dispatch the business of described definite type, is specially:
In described current time is put residing Transmission Time Interval, for determining the traffic assignments interface-free resources of type described in described community, to dispatch the business of described definite type.
Preferably, the method for described base station scheduling business, when the business of described definite type is group service; Dispatched described group service in described current time is put residing Transmission Time Interval after, also comprise:
Judge whether the surplus interface-free resources that has;
If so, in described Transmission Time Interval, the surplus interface-free resources having is distributed to common LTE business, to dispatch common LTE business.
The another proposition of the present invention, comprising a kind of base station:
Search module, for receiving the dispatch command of a community, according to described dispatch command, search default scheduling strategy corresponding to described community;
Determination module, determines the current type for the treatment of dispatching services in described community according to described default scheduling strategy;
Scheduler module is the traffic assignments interface-free resources of described definite type, to dispatch the business of described definite type;
Describedly treat that the type of dispatching services comprises: group service and common LTE business.
Preferably, described default scheduling strategy comprises: the type for the treatment of dispatching services that each Transmission Time Interval is corresponding.
Preferably, described base station, also comprises:
Described determination module, specifically also for definite current time, put residing Transmission Time Interval, according to the type for the treatment of dispatching services corresponding to each Transmission Time Interval in described default scheduling strategy, determine that described current time puts the type that dispatching services is treated in described community in residing Transmission Time Interval.
Preferably, described scheduler module, specifically also in described current time is put residing Transmission Time Interval, for determining the traffic assignments interface-free resources of type described in described community, to dispatch the business of described definite type.
Preferably, described base station, also comprises:
Judge module, is group service for the business when described definite type, has dispatched described group service and judge whether the surplus interface-free resources that has afterwards in described current time is put residing Transmission Time Interval;
Described scheduler module, for dispatched described group service in described current time is put residing Transmission Time Interval, remain and have interface-free resources afterwards, in described Transmission Time Interval, the surplus interface-free resources having is distributed to common LTE business, to dispatch common LTE business.
The method of a kind of base station provided by the present invention, base station scheduling business, by basis, preset scheduling strategy and determine the current type for the treatment of dispatching services in described community, wherein, described type of service comprises common LTE business and group service, then be the traffic assignments interface-free resources of described definite type, to dispatch the mode of the business of described definite type, while having guaranteed group service and common LTE service concurrence, common LTE business can be dispatched in time, the generation of dropout of data block phenomenon while simultaneously having avoided dispatching services, has guaranteed the normal transmission of business datum.
Accompanying drawing explanation
Fig. 1 is the flow chart of method one embodiment of base station scheduling business of the present invention;
Fig. 2 is the schematic diagram of the default scheduling strategy of Zhong Yi community, base station of the present invention;
Fig. 3 is the structural representation of base station one embodiment of the present invention;
Fig. 4 is another structural representation of base station embodiment of the present invention.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Referring to Fig. 1, method one embodiment of a kind of base station scheduling business of the present invention is proposed, comprising:
The dispatch command of step S101, reception one community, searches default scheduling strategy corresponding to described community according to described dispatch command.
Described in this step, default scheduling strategy comprises: the type for the treatment of dispatching services that each Transmission Time Interval is corresponding.As shown in Figure 2, described default scheduling strategy records since the type for the treatment of dispatching services corresponding to each Transmission Time Interval of 1 with the form of collection of illustrative plates.If the time span of each Transmission Time Interval is 1 second, described each Transmission Time Interval also claims subframe, and each subframe is to there being a subframe numbers, and shown in Fig. 2,1 time corresponding to subframe is 1 second, and within 1 second to the 10th second, corresponding subframe numbers is respectively 1 to 10.
In addition, in the present embodiment, it is one-period that described default scheduling strategy can be set a plurality of Transmission Time Intervals that are connected successively as required.As shown in Figure 2, each tti length is 1 second, and corresponding 1 service subframe of each Transmission Time Interval.Wherein 10 subframes are one-period.Be that time corresponding to each subframe is 1 second, from the 1st second of the time shaft of base station to the 10th being first cycle, corresponding subframe numbers is respectively 1-10, the time shaft of base station enters second period for corresponding the 11st second, corresponding the 11st second to the 20 seconds corresponding subframe numbers of time shaft that are base station revert to again 1-10, later the like.Subframe that in each cycle, subframe numbers is identical is corresponding treats that dispatching services type is identical.The 1st second, the 11st second, the 21st as corresponding in base station time shaft ... corresponding subframe numbers is identical, and its subframe numbers is all 1, and corresponding treats that dispatching services type is all identical.Arranging of described Cycle Length in described default scheduling strategy need to be considered SPS(Semi-Persistent Scheduling, semi-persistent scheduling) dispatching cycle, need to meet the SPS requirement of dispatching cycle simultaneously.As described in Cycle Length can be 20 subframes (20 seconds), 40 subframes (40 seconds), 80 subframes (80 seconds), 160 subframes (160 seconds), 320 subframes (320 seconds), even longer.In the described cycle, in each Transmission Time Interval (each subframe), corresponding type of service to be scheduled also can be adjusted according to actual needs.
Step S102, according to described default scheduling strategy, determine the current type for the treatment of dispatching services in described community.
In the present embodiment, described in treat that the type of dispatching services comprises: group service and common LTE business.Describedly treat that the type of dispatching services more carefully can be divided into: common LTE business, cluster say that customer service, cluster listen customer service.Because cluster says that customer service handling process is consistent with common LTE business processing flow, therefore in the present embodiment cluster is said to customer service is included into common LTE business, listen customer service to be included into group service cluster.
In the present embodiment, base station comprises a plurality of communities, and default scheduling strategy corresponding to each community can be identical, also can be different.Cycle Length in default scheduling strategy corresponding to each community, and in the cycle, arranging of corresponding type of service to be scheduled need to be according to the service condition of the size of system bandwidth, respective cell in each Transmission Time Interval, and the multiplexer mode of system arranges.As larger than common LTE traffic carrying capacity in group service amount in a certain community, the number of sub frames that the group service in one-period is corresponding so can arrange more, and that number of sub frames corresponding to common LTE business can arrange is few.And when common LTE traffic carrying capacity larger than group service amount, number of sub frames corresponding to common LTE business in one-period can arrange morely so, and that number of sub frames corresponding to group service can arrange is few.And for example, for the system of TDD multiplexer mode, need the up-downgoing proportioning of TDD.Because group service is generally for descending sub frame, when a subframe is while belonging to sub-frame of uplink, business corresponding to this subframe can not be configured to group service, can only be configured to common LTE business, only has the business that descending sub frame is corresponding just can be configured to group service.
Owing to recording the type for the treatment of dispatching services that each Transmission Time Interval is corresponding in described default scheduling strategy.Referring to Fig. 2, each Transmission Time Interval is 1 second, type of service to be scheduled corresponding to each Transmission Time Interval in current period determined according to default scheduling strategy corresponding to described community in base station, if corresponding business to be scheduled in the 1st of current period the second, in the 3rd second, in the 5th second, in the 6th second, in the 8th second, in the 10th second is common LTE business, and in the 2nd second, in the 4th second, in the 7th second, in the 9th second, corresponding business to be scheduled is general group service.
Described step S102 is concrete process as follows: determine that current time puts residing Transmission Time Interval, according to the type for the treatment of dispatching services corresponding to each Transmission Time Interval in described default scheduling strategy, determine that described current time puts the type that dispatching services is treated in described community in residing Transmission Time Interval.In in the cycle the 4th second of even current moment point, base station, according to default scheduling strategy, determines that described community business to be scheduled in the 4th second of current period is group service.If in the cycle the 8th second of current moment point, base station, according to default scheduling strategy, determines that described community business to be scheduled in the 8th second of current period is common LTE business.
Step S103, be the traffic assignments interface-free resources of described definite type, to dispatch the business of described definite type.
The specific operation process of this step is as follows: in described current time is put residing Transmission Time Interval, for determining the traffic assignments interface-free resources of type described in described community, to dispatch the business of described definite type.Being base station puts in residing Transmission Time Interval after type of service to be scheduled at definite current time, requires to determine the traffic assignments interface-free resources of type for this, to realize the scheduling of this business according to the QoS of survice of described definite type.For example: if determine current time point (in the 7th second) in certain Transmission Time Interval, business to be scheduled corresponding in this Transmission Time Interval is group service, in this certain Transmission Time Interval, according to the qos requirement of group service, be that group service distributes interface-free resources, to realize the scheduling of described group service.If determine current time point (in the 5th second) in certain Transmission Time Interval, business to be scheduled corresponding in this Transmission Time Interval is common LTE business, this time according to the qos requirement of common LTE business, be common LTE traffic assignments interface-free resources in section, to realize the scheduling of described common LTE business.
Further, in the step S103 of the embodiment of the method for above-mentioned base station scheduling business, when the business of described definite type is group service; Dispatched described group service in described current time is put residing Transmission Time Interval after, also comprise following processing: judge whether the surplus interface-free resources that has.If described current time is put and dispatch described group service in residing Transmission Time Interval and remain in addition interface-free resources afterwards, in the residing Transmission Time Interval of this current moment point, according to the qos requirement of common LTE business, the surplus interface-free resources having is distributed to common LTE business, to dispatch common LTE business.
In the present embodiment, the time span of each Transmission Time Interval in described default scheduling strategy is consistent, the quantity that the business of a certain type is dispatched in base station in each Transmission Time Interval in addition sets in advance, as schedulable group service number in each Transmission Time Interval is set is a determined value N, in each Transmission Time Interval, schedulable common LTE business number is a determined value M.Wherein, N and M can be identical can be not identical yet.
In the present embodiment, if be group service according to corresponding business to be scheduled in the default a certain Transmission Time Interval of scheduling strategy, when base station, a group service to be scheduled numerical value in community described in described Transmission Time Interval is less than N, base station also remains and has interface-free resources dispatched described group service to be scheduled in described Transmission Time Interval after, whether now base station can judge that described community is current a common LTE business to be scheduled, if have and can determine schedulable common LTE business number in current transmission time interval according to remaining interface-free resources, and in current transmission time interval according to the common LTE business of the qos requirement scheduling corresponding number of common LTE business.
Certainly in the present embodiment, when base station, a common LTE business numerical value to be scheduled in community described in described Transmission Time Interval is less than M, base station also remains and has interface-free resources dispatched described common LTE business to be scheduled in described Transmission Time Interval after, whether now base station can judge that described community is current a group service to be scheduled, if have, can determine schedulable group service number in current transmission time interval according to remaining interface-free resources, and in current transmission time interval, according to the qos requirement of group service, dispatch the group service of corresponding number.
The method of the base station scheduling business that above-described embodiment provides, by basis, preset scheduling strategy and determine the current type for the treatment of dispatching services in described community, wherein, described type of service comprises common LTE business and group service, then be the traffic assignments interface-free resources of described definite type, to dispatch the mode of the business of described definite type, while having guaranteed group service and common LTE service concurrence, common LTE business can be dispatched in time, the generation of dropout of data block phenomenon while simultaneously having avoided dispatching services, has guaranteed the normal transmission of business datum.
Referring to Fig. 3, a kind of base station 100 1 embodiment of the present invention are separately proposed, described base station 100 comprises: search module 110, determination module 120, scheduler module 130.Wherein, described in search module 110, for receiving the dispatch command of a community, according to described dispatch command, search default scheduling strategy corresponding to described community.Described determination module 120, determines the current type for the treatment of dispatching services in described community according to described default scheduling strategy.Described scheduler module 130 is the traffic assignments interface-free resources of described definite type, to dispatch the business of described definite type.
In the present embodiment, described default scheduling strategy comprises: the type for the treatment of dispatching services that each Transmission Time Interval is corresponding.As shown in Figure 2, described default scheduling strategy records since the type for the treatment of dispatching services corresponding to each Transmission Time Interval of 0 with the form of collection of illustrative plates.The time span of each Transmission Time Interval is 1 second, and described each Transmission Time Interval also claims subframe, and each subframe is to there being a subframe numbers, and shown in Fig. 2,1 time corresponding to subframe is 1 second, and within 1 second to the 10th second, corresponding subframe numbers is respectively 1 to 10.
Describedly treat that the type of dispatching services comprises: group service and common LTE business.Describedly treat that the type of dispatching services more carefully can be divided into: common LTE business, cluster say that customer service, cluster listen customer service.Because cluster says that customer service handling process is consistent with common LTE business processing flow, therefore in the present embodiment cluster is said to customer service is included into common LTE business, listen customer service to be included into group service cluster.
Further, described determination module 120, specifically also for definite current time, put residing Transmission Time Interval, according to the type for the treatment of dispatching services corresponding to each Transmission Time Interval in described default scheduling strategy, determine that described current time puts the type that dispatching services is treated in described community in residing Transmission Time Interval.
In the present embodiment, it is one-period that described default scheduling strategy can be set a plurality of Transmission Time Intervals that are connected successively as required.As shown in Figure 2, each tti length is 1 second, and corresponding 1 service subframe of each Transmission Time Interval.Wherein 10 subframes are one-period.Be that time corresponding to each subframe is 1 second, from the 1st second of the time shaft of base station to the 10th being one-period, corresponding subframe numbers is respectively 1-10, what the time shaft of base station was corresponding the 11st enters second period, corresponding the 11st to the 20 seconds corresponding subframe numbers of time shaft that are base station revert to again 1-10, later the like.Subframe that in each cycle, subframe numbers is identical is corresponding treats that dispatching services type is identical.The 1st second, the 11st second, the 21st as corresponding in base station time shaft ... corresponding subframe numbers is identical, and its subframe numbers is all 1, and corresponding treats that dispatching services type is all identical.Arranging of described Cycle Length in described default scheduling strategy need to be considered SPS(Semi-Persistent Scheduling, semi-persistent scheduling) dispatching cycle, need to meet the SPS requirement of dispatching cycle simultaneously.As described in Cycle Length can be 20 subframes (20 seconds), 40 subframes (40 seconds), 80 subframes (80 seconds), 160 subframes (160 seconds), 320 subframes (320 seconds), even longer.In the described cycle, in each Transmission Time Interval (each subframe), corresponding type of service to be scheduled also can be adjusted according to actual needs.
Because base station comprises a plurality of communities, in the present embodiment, default scheduling strategy corresponding to each community can be identical, also can be different.Cycle Length in default scheduling strategy corresponding to each community, and in the cycle, arranging of corresponding type of service to be scheduled need to be according to the service condition of the size of system bandwidth, respective cell in each Transmission Time Interval, and the multiplexer mode of system arranges.As larger than common LTE traffic carrying capacity in group service amount in a certain community, the number of sub frames that the group service in one-period is corresponding so can arrange more, and that number of sub frames corresponding to common LTE business can arrange is few.And when common LTE traffic carrying capacity larger than group service amount, number of sub frames corresponding to common LTE business in one-period can arrange morely so, and that number of sub frames corresponding to group service can arrange is few.And for example, for the system of TDD multiplexer mode, need the up-downgoing proportioning of TDD.Because group service is generally for descending sub frame, when a subframe is while belonging to sub-frame of uplink, business corresponding to this subframe can not be configured to group service, can only be configured to common LTE business, only has the business that descending sub frame is corresponding just can be configured to group service.
Owing to recording the type for the treatment of dispatching services that each Transmission Time Interval is corresponding in described default scheduling strategy.Each Transmission Time Interval is 1 second, and described determination module 120 is determined type of service to be scheduled corresponding to each Transmission Time Interval in current period according to default scheduling strategy corresponding to described community.Referring to Fig. 2, in the 1st second of current period, in the 3rd second, in the 5th second, in the 6th second, in the 8th second, in the 10th second, corresponding business to be scheduled is common LTE business, and in the 2nd second, in the 4th second, in the 7th second, in the 9th second, corresponding business to be scheduled is general group service.If for example, in the cycle the 4th second of current moment point, described determination module 120, according to default scheduling strategy, determines that described community business to be scheduled in the 4th second of current period is group service.If in the cycle the 8th second of current moment point, described determination module 120, according to default scheduling strategy, determines that described community business to be scheduled in the 8th second of current period is common LTE business.
Further, in above-mentioned base station 100 embodiment, described scheduler module 130, specifically also in described current time is put residing Transmission Time Interval, for determining the traffic assignments interface-free resources of type described in described community, to dispatch the business of described definite type.Be that described scheduler module 130 is put in residing Transmission Time Interval and according to the qos requirement of the business of described definite type, for this, determined the traffic assignments interface-free resources of type after type of service to be scheduled at the definite current time of described determination module 120, to realize the scheduling of this business.For example: if determine current time point (in the 7th second) in certain Transmission Time Interval, business to be scheduled corresponding in this Transmission Time Interval is group service, described scheduler module 130 is that group service distributes interface-free resources according to the qos requirement of group service in this certain Transmission Time Interval, to realize the scheduling of described group service.If determine current time point (in the 5th second) in certain Transmission Time Interval, business to be scheduled corresponding in this Transmission Time Interval is common LTE business, described scheduler module 130 this time according to the qos requirement of common LTE business, be common LTE traffic assignments interface-free resources in section, to realize the scheduling of described common LTE business.
Further, referring to Fig. 4, above-mentioned base station 100 also comprises: judge module 140.Described judge module 150, is group service for the business when described definite type, has dispatched described group service and judge whether the surplus interface-free resources that has afterwards in described current time is put residing Transmission Time Interval.Described scheduler module 130, for dispatched described group service in described current time is put residing Transmission Time Interval, remain and have interface-free resources afterwards, in described Transmission Time Interval, according to the qos requirement of common LTE business, the surplus interface-free resources having is distributed to common LTE business, to dispatch common LTE business.
In the present embodiment, the time span of each Transmission Time Interval in described default scheduling strategy is consistent, the quantity that the business of a certain type is dispatched in base station in each Transmission Time Interval in addition sets in advance, as schedulable group service number in each Transmission Time Interval is set is a determined value N, in each Transmission Time Interval, schedulable common LTE business number is a determined value M.Wherein, N and M can be identical can be not identical yet.If be group service according to corresponding business to be scheduled in the default a certain Transmission Time Interval of scheduling strategy, and a group service to be scheduled numerical value is less than N in the interior described community of described Transmission Time Interval, base station also remains and has interface-free resources after described scheduler module 130 has been dispatched described group service to be scheduled in described Transmission Time Interval, whether now described judge module 140 can judge that described community is current a common LTE business to be scheduled, if there is described scheduler module 130, can determine schedulable common LTE business number in current transmission time interval according to remaining interface-free resources, and in current transmission time interval according to the common LTE business of the qos requirement scheduling corresponding number of common LTE business.
Certainly in the present embodiment, if in described community, a common LTE business numerical value to be scheduled is less than M in described Transmission Time Interval, base station also remains and has interface-free resources after described scheduler module 130 has been dispatched described common LTE business to be scheduled in described Transmission Time Interval, whether now described judge module 140 can judge that described community is current a group service to be scheduled, if there is described scheduler module 130, can determine schedulable group service number in current transmission time interval according to remaining interface-free resources, and in current transmission time interval according to the group service of the qos requirement scheduling corresponding number of group service.
A kind of base station 100 that above-described embodiment provides, by basis, preset scheduling strategy and determine the current type for the treatment of dispatching services in described community, wherein, described type of service comprises common LTE business and group service, then be the traffic assignments interface-free resources of described definite type, to dispatch the mode of the business of described definite type, while having guaranteed group service and common LTE service concurrence, common LTE business can be dispatched in time, the generation of dropout of data block phenomenon while simultaneously having avoided dispatching services, has guaranteed the normal transmission of business datum.
Should be understood that; these are only the preferred embodiments of the present invention; can not therefore limit the scope of the claims of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes specification of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a method for base station scheduling business, is characterized in that, comprising:
Receive the dispatch command of a community, according to described dispatch command, search default scheduling strategy corresponding to described community;
According to described default scheduling strategy, determine the current type for the treatment of dispatching services in described community;
For the traffic assignments interface-free resources of described definite type, to dispatch the business of described definite type;
Describedly treat that the type of dispatching services comprises: group service and common LTE business.
2. the method for base station scheduling business according to claim 1, is characterized in that, described default scheduling strategy comprises: the type for the treatment of dispatching services that each Transmission Time Interval is corresponding.
3. the method for base station scheduling business according to claim 2, is characterized in that, after the dispatch command of described reception one community, also comprises:
According to described default scheduling strategy, determine that described community is current to treat that the type of dispatching services is specially:
Determine that current time puts residing Transmission Time Interval, according to the type for the treatment of dispatching services corresponding to each Transmission Time Interval in described default scheduling strategy, determine that described current time puts the type that dispatching services is treated in described community in residing Transmission Time Interval.
4. the method for base station scheduling business according to claim 3, is characterized in that, described is the traffic assignments interface-free resources of described definite type, to dispatch the business of described definite type, is specially:
In described current time is put residing Transmission Time Interval, for determining the traffic assignments interface-free resources of type described in described community, to dispatch the business of described definite type.
5. the method for base station scheduling business according to claim 4, is characterized in that, when the business of described definite type is group service; Dispatched described group service in described current time is put residing Transmission Time Interval after, also comprise:
Judge whether the surplus interface-free resources that has;
If so, in described Transmission Time Interval, the surplus interface-free resources having is distributed to common LTE business, to dispatch common LTE business.
6. a base station, is characterized in that, comprising:
Search module, for receiving the dispatch command of a community, according to described dispatch command, search default scheduling strategy corresponding to described community;
Determination module, determines the current type for the treatment of dispatching services in described community according to described default scheduling strategy;
Scheduler module is the traffic assignments interface-free resources of described definite type, to dispatch the business of described definite type;
Describedly treat that the type of dispatching services comprises: group service and common LTE business.
7. base station according to claim 6, is characterized in that, described default scheduling strategy comprises: the type for the treatment of dispatching services that each Transmission Time Interval is corresponding.
8. base station according to claim 7, is characterized in that, also comprises:
Described determination module, specifically also for definite current time, put residing Transmission Time Interval, according to the type for the treatment of dispatching services corresponding to each Transmission Time Interval in described default scheduling strategy, determine that described current time puts the type that dispatching services is treated in described community in residing Transmission Time Interval.
9. base station according to claim 8, it is characterized in that, described scheduler module, specifically also in described current time is put residing Transmission Time Interval, for determining the traffic assignments interface-free resources of type described in described community, to dispatch the business of described definite type.
10. base station according to claim 9, is characterized in that, also comprises:
Judge module, is group service for the business when described definite type, has dispatched described group service and judge whether the surplus interface-free resources that has afterwards in described current time is put residing Transmission Time Interval;
Described scheduler module, for dispatched described group service in described current time is put residing Transmission Time Interval, remain and have interface-free resources afterwards, in described Transmission Time Interval, the surplus interface-free resources having is distributed to common LTE business, to dispatch common LTE business.
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| CN201310196261.0A CN104185289A (en) | 2013-05-23 | 2013-05-23 | Base station and method of scheduling service by base station |
| PCT/CN2014/076725 WO2014187232A1 (en) | 2013-05-23 | 2014-05-04 | Base station and method for base station scheduling service |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017024811A1 (en) * | 2015-08-10 | 2017-02-16 | 深圳市中兴微电子技术有限公司 | Scheduling information processing method and device, and computer storage medium |
| CN107820320A (en) * | 2017-12-13 | 2018-03-20 | 北京北方烽火科技有限公司 | A kind of resource allocation methods and device of broadband cluster |
| CN111511026A (en) * | 2016-02-05 | 2020-08-07 | Oppo广东移动通信有限公司 | Service transmission method and device |
| CN111770532A (en) * | 2019-04-02 | 2020-10-13 | 成都鼎桥通信技术有限公司 | Resource allocation method and device |
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| CN107645743B (en) * | 2016-07-22 | 2020-06-05 | 中国移动通信有限公司研究院 | User-centered service providing method and device |
| CN111782352A (en) * | 2019-11-29 | 2020-10-16 | 北京沃东天骏信息技术有限公司 | Service scheduling method and device |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2017024811A1 (en) * | 2015-08-10 | 2017-02-16 | 深圳市中兴微电子技术有限公司 | Scheduling information processing method and device, and computer storage medium |
| CN111511026A (en) * | 2016-02-05 | 2020-08-07 | Oppo广东移动通信有限公司 | Service transmission method and device |
| CN111511026B (en) * | 2016-02-05 | 2023-05-30 | Oppo广东移动通信有限公司 | Method and device for transmitting service |
| CN107820320A (en) * | 2017-12-13 | 2018-03-20 | 北京北方烽火科技有限公司 | A kind of resource allocation methods and device of broadband cluster |
| CN107820320B (en) * | 2017-12-13 | 2020-09-29 | 武汉虹信通信技术有限责任公司 | Resource allocation method and device for broadband cluster |
| CN111770532A (en) * | 2019-04-02 | 2020-10-13 | 成都鼎桥通信技术有限公司 | Resource allocation method and device |
| CN111770532B (en) * | 2019-04-02 | 2023-01-31 | 成都鼎桥通信技术有限公司 | Resource allocation method and device |
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| WO2014187232A1 (en) | 2014-11-27 |
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