CN107493607A - Network resource allocation method and Internet resources distributor - Google Patents
Network resource allocation method and Internet resources distributor Download PDFInfo
- Publication number
- CN107493607A CN107493607A CN201710918229.7A CN201710918229A CN107493607A CN 107493607 A CN107493607 A CN 107493607A CN 201710918229 A CN201710918229 A CN 201710918229A CN 107493607 A CN107493607 A CN 107493607A
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- Prior art keywords
- sender
- priority
- service request
- network service
- resource block
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/56—Allocation or scheduling criteria for wireless resources based on priority criteria
Abstract
The invention provides a kind of network resource allocation method and Internet resources distributor, network resource allocation method to include：Obtain the subscriber data of the network switch request in the scheduled time and the sender of each network service request；Obtain type of service priority corresponding to each network service request；According to the subscriber data of the sender of type of service priority and each network service request corresponding to each network service request, it is determined that the priority of the sender of each network service request；Resource block RB is distributed for the sender of highest priority, and counts and whether also has surplus resources block RB；When remaining resource block RB be present, remaining resource block RB is distributed to the high sender of preferential level, completed until all resource block RB are allocated.By technical scheme, the reasonable distribution of Internet resources can be carried out according to the user situation of type of service and business sender, demand of the different user to resource is met, improves resource block RB utilization rate.
Description
Technical field
The present invention relates to network communication technology field, in particular to a kind of network resource allocation method and a kind of net
Network resource allocation device.
Background technology
Communication under intelligent grid background has polytype business, QoS (the Quality of between different business
Service, service quality) demand difference is big.Accordingly, it is considered to it is different to quality of service requirement to the business in intelligent grid,
Such as some business are very harsh to quality of service requirement, and some periodicity reporting services, then to service quality tolerance very
Greatly.Due to the wide covering of LTE networks, high-speed, the features such as Large Copacity, current domestic intelligent grid is typically using LTE as base
This communication construction, but standard LTE for above intelligent grid business graduation and QoS demand otherness it is big the features such as not
There is corresponding settlement mechanism, optimize if not done to LTE, it is impossible to distinguish the service quality of service with different priority levels, Gao You can be caused
First level business can not be protected.How prioritization method in LTE scheduling determines system to user resource allocation, it
The performance and efficiency of whole system are affected, therefore, in LTE multi-user's dynamic dispatching determines dispatching priority of users sequence
Method is most important.
At present, the sort method of comparative maturity has three kinds in LTE system scheduling：Max carrier to interference scheduling algorithm, repeating query are adjusted
Algorithm, fair scheduling algorithm are spent, max carrier to interference scheduling algorithm can be in the hope of system maximum throughput border, but does not examine completely
Consider the fairness requirement of different user；Round Robin algorithm does not have a specific prioritization method, and the scheduling of circulation is each
User, it can cause that the handling capacity of system and spectrum efficiency are all very low, and fair scheduling algorithm can not be to different user per this method
Distinguished, it is impossible to ensure the short-term fairness between user, also do not account for qos requirement.
Therefore, how reasonably distribution Internet resources turn into technical problem urgently to be resolved hurrily.
The content of the invention
The present invention is based at least one above-mentioned technical problem, it is proposed that a kind of new Internet resources allocative decision, energy
Enough reasonable distributions that Internet resources are carried out according to the user situation of type of service and business sender, different user is met to money
The demand in source, improve resource block RB utilization rate, it is ensured that the performance and efficiency of whole system.
In view of this, the present invention proposes a kind of new network resource allocation method, including：Obtain the institute in the scheduled time
There is the subscriber data of the sender of network service request and each network service request；Obtaining each Network please
Type of service priority corresponding to asking；According to type of service priority corresponding to each network service request and it is each described in
The subscriber data of the sender of network service request, it is determined that the priority of the sender of each network service request；To be excellent
First level highest sender distributes resource block RB, and counts and whether also have surplus resources block RB；When remaining resource block RB being present
When, remaining resource block RB is distributed to the high sender of preferential level, completed until all resource block RB are allocated.
In the technical scheme, it is contemplated that different user do not have to business needed for resource requirement be it is different, can be by net
The sender of type of service and each network service request corresponding to network service request as the influence in resource allocation process because
Element, especially by the transmission for obtaining type of service priority and each network service request corresponding to each network service request
The subscriber data of side, it is determined that the priority of the sender of each network service request, preferentially distributes resource block RB to priority
Highest sender, when there are resource block RB residues, the high sender of preferential level is redistributed to, until all resource block RB quilts
It is assigned, whole resource allocation process can carry out Internet resources according to the user situation of type of service and business sender
Reasonable distribution, demand of the different user to resource is met, improve resource block RB utilization rate, it is ensured that the property of whole system
Energy and efficiency.
In the above-mentioned technical solutions, it is preferable that when the number of the sender of highest priority is multiple, described is preferential
The step of level highest sender distributes resource block RB, specifically includes：It is at random priority in the case of resource block RB abundances
Highest all senders distribute resource block RB；In the case of resource block RB deficiencies, according to all transmissions of highest priority
The subscriber data of side, it is ranked up for all senders of highest priority, and according to all senders of highest priority
Sequence, all senders for being followed successively by highest priority distribute resource block RB.
In the technical scheme, it is contemplated that may have the sender of multiple highest priorities, if resource block RB is sufficient
In the case of, then resource can be distributed to the sender of highest priority at random, the sender of highest priority can obtain identical money
Source block RB, it is ensured that the fairness in resource allocation process, need to be again to all hairs of highest priority when resource block RB deficiencies
The side of sending is ranked up, and carries out resource allocation according to ranking results, it is ensured that resource allocation result is more reasonable.
In any of the above-described technical scheme, it is preferable that each business corresponding to the network service request of the basis
The subscriber data of the sender of type priority level and each network service request, it is determined that each network service request
The step of priority of sender, specifically include：Obtain type of service priority corresponding to each network service request and
Weight corresponding to the subscriber data difference of the sender of each network service request；Calculate each network service request
Corresponding type of service priority, each product between the subscriber data of the sender of the network service request and its weight
With；According to the sum of products being calculated, it is determined that the priority of the sender of each network service request；Wherein, it is described every
It is proportionate between the priority of the sender of the individual network service request and the sum of products.
In any of the above-described technical scheme, it is preferable that the subscriber data includes preferential corresponding to network set meal data
Priority corresponding to level, telephone expenses integration.
According to the second aspect of the invention, it is proposed that a kind of Internet resources distributor, including：First acquisition unit, use
In the subscriber data for the sender for obtaining the request of the network switch in the scheduled time and each network service request；The
Two acquiring units, for obtaining type of service priority corresponding to each network service request；Determining unit, for basis
The user of the sender of type of service priority and each network service request corresponding to each network service request
Data, it is determined that the priority of the sender of each network service request；First allocation unit, for for highest priority
Sender distributes resource block RB；Statistic unit, whether there is surplus resources block RB for counting；Second allocation unit, for working as
When remaining resource block RB be present, remaining resource block RB is distributed to the high sender of preferential level, until all resource blocks
RB, which is allocated, to be completed.
In the technical scheme, it is contemplated that different user do not have to business needed for resource requirement be it is different, can be by net
The sender of type of service and each network service request corresponding to network service request as the influence in resource allocation process because
Element, especially by the transmission for obtaining type of service priority and each network service request corresponding to each network service request
The subscriber data of side, it is determined that the priority of the sender of each network service request, preferentially distributes resource block RB to priority
Highest sender, when there are resource block RB residues, the high sender of preferential level is redistributed to, until all resource block RB quilts
It is assigned, whole resource allocation process can carry out Internet resources according to the user situation of type of service and business sender
Reasonable distribution, demand of the different user to resource is met, improve resource block RB utilization rate, it is ensured that the property of whole system
Energy and efficiency.
In the above-mentioned technical solutions, it is preferable that when the number of the sender of highest priority is multiple, described first point
It is specifically used for unit：In the case of resource block RB abundances, random all senders for highest priority distribute resource block
RB；It is highest priority according to the subscriber data of all senders of highest priority in the case of resource block RB deficiencies
All senders are ranked up, and the sequence of all senders according to highest priority, are followed successively by all of highest priority
Sender distributes resource block RB.
In the technical scheme, it is contemplated that may have the sender of multiple highest priorities, if resource block RB is sufficient
In the case of, then resource can be distributed to the sender of highest priority at random, the sender of highest priority can obtain identical money
Source block RB, it is ensured that the fairness in resource allocation process, need to be again to all hairs of highest priority when resource block RB deficiencies
The side of sending is ranked up, and carries out resource allocation according to ranking results, it is ensured that resource allocation result is more reasonable.
In any of the above-described technical scheme, it is preferable that the determining unit is specifically used for：Obtain each network industry
Corresponding to the subscriber data difference of the sender of type of service priority and each network service request corresponding to business request
Weight；Calculate the transmission of type of service priority, each network service request corresponding to each network service request
Sum of products between the subscriber data of side and its weight；According to the sum of products being calculated, it is determined that each Network please
The priority of the sender asked；Wherein, between the priority of the sender of each network service request and the sum of products
It is proportionate.
In any of the above-described technical scheme, it is preferable that the subscriber data includes preferential corresponding to network set meal data
Priority corresponding to level, telephone expenses integration.
By above technical scheme, Internet resources can be carried out according to the user situation of type of service and business sender
Reasonable distribution, demand of the different user to resource is met, improve resource block RB utilization rate, it is ensured that the property of whole system
Energy and efficiency.
Brief description of the drawings
Fig. 1 shows the schematic flow diagram of network resource allocation method according to an embodiment of the invention；
Fig. 2 shows the schematic block diagram of Internet resources distributor according to an embodiment of the invention.
Embodiment
It is below in conjunction with the accompanying drawings and specific real in order to be more clearly understood that the above objects, features and advantages of the present invention
Mode is applied the present invention is further described in detail.It should be noted that in the case where not conflicting, the implementation of the application
Feature in example and embodiment can be mutually combined.
Many details are elaborated in the following description to facilitate a thorough understanding of the present invention, still, the present invention may be used also
To be different from other modes described here using other to implement, therefore, protection scope of the present invention is not by described below
Specific embodiment limitation.
Fig. 1 shows the schematic flow diagram of network resource allocation method according to an embodiment of the invention.
As shown in figure 1, network resource allocation method according to an embodiment of the invention, including：
Step 102, the network switch request in the scheduled time is obtained with the sender's of each network service request
Subscriber data.Wherein, the subscriber data includes priority corresponding to network set meal data, priority corresponding to telephone expenses integration.
Step 104, type of service priority corresponding to each network service request is obtained.
Step 106, type of service priority and each network industry according to corresponding to each network service request
The subscriber data of the sender of business request, it is determined that the priority of the sender of each network service request.
Preferably, step 106 specifically includes：Obtain type of service priority corresponding to each network service request and
Weight corresponding to the subscriber data difference of the sender of each network service request；Calculate each network service request
Corresponding type of service priority, each product between the subscriber data of the sender of the network service request and its weight
With；According to the sum of products being calculated, it is determined that the priority of the sender of each network service request；Wherein, it is described every
It is proportionate between the priority of the sender of the individual network service request and the sum of products.
Step 108, the sender for highest priority distributes resource block RB, and counts and whether also have surplus resources block RB.
Step 110, when remaining resource block RB be present, remaining resource block RB is distributed to the high transmission of preferential level
Side, completed until all resource block RB are allocated.
In the technical scheme, it is contemplated that different user do not have to business needed for resource requirement be it is different, can be by net
The sender of type of service and each network service request corresponding to network service request as the influence in resource allocation process because
Element, especially by the transmission for obtaining type of service priority and each network service request corresponding to each network service request
The subscriber data of side, it is determined that the priority of the sender of each network service request, preferentially distributes resource block RB to priority
Highest sender, when there are resource block RB residues, the high sender of preferential level is redistributed to, until all resource block RB quilts
It is assigned, whole resource allocation process can carry out Internet resources according to the user situation of type of service and business sender
Reasonable distribution, demand of the different user to resource is met, improve resource block RB utilization rate, it is ensured that the property of whole system
Energy and efficiency.
Preferably, when the number of the sender of highest priority is multiple, the sender for highest priority point
The step of with resource block RB, specifically include：In the case of resource block RB abundances, random is all senders of highest priority
Distribute resource block RB；It is excellent according to the subscriber data of all senders of highest priority in the case of resource block RB deficiencies
First all senders of level highest are ranked up, and the sequence of all senders according to highest priority, are followed successively by priority
Highest all senders distribute resource block RB.
In the technical scheme, it is contemplated that may have the sender of multiple highest priorities, if resource block RB is sufficient
In the case of, then resource can be distributed to the sender of highest priority at random, the sender of highest priority can obtain identical money
Source block RB, it is ensured that the fairness in resource allocation process, need to be again to all hairs of highest priority when resource block RB deficiencies
The side of sending is ranked up, and carries out resource allocation according to ranking results, it is ensured that resource allocation result is more reasonable.
Fig. 2 shows the schematic block diagram of Internet resources distributor according to an embodiment of the invention.
As shown in Fig. 2 Internet resources distributor 200 according to an embodiment of the invention, including：First acquisition unit
202nd, second acquisition unit 204, determining unit 206, the first allocation unit 208, the allocation unit 212 of statistic unit 210 and second.
Wherein, the network switch request and each net that first acquisition unit 202 was used to obtain in the scheduled time
The subscriber data of the sender of network service request；Second acquisition unit 204 is corresponding for obtaining each network service request
Type of service priority；Determining unit 206 is used for the type of service priority according to corresponding to each network service request
With the subscriber data of the sender of each network service request, it is determined that the sender's of each network service request is excellent
First level；First allocation unit 208 is used to distribute resource block RB for the sender of highest priority；Statistic unit 210 is used to count
Whether surplus resources block RB is also had；Second allocation unit 212 is used for when remaining resource block RB be present, by remaining resource block
RB is distributed to the high sender of preferential level, is completed until all resource block RB are allocated.
In the technical scheme, it is contemplated that different user do not have to business needed for resource requirement be it is different, can be by net
The sender of type of service and each network service request corresponding to network service request as the influence in resource allocation process because
Element, especially by the transmission for obtaining type of service priority and each network service request corresponding to each network service request
The subscriber data of side, it is determined that the priority of the sender of each network service request, preferentially distributes resource block RB to priority
Highest sender, when there are resource block RB residues, the high sender of preferential level is redistributed to, until all resource block RB quilts
It is assigned, whole resource allocation process can carry out Internet resources according to the user situation of type of service and business sender
Reasonable distribution, demand of the different user to resource is met, improve resource block RB utilization rate, it is ensured that the property of whole system
Energy and efficiency.
Preferably, when the number of the sender of highest priority is multiple, first allocation unit 208 is specifically used
In：In the case of resource block RB abundances, random all senders for highest priority distribute resource block RB；In resource block RB
In the case of deficiency, according to the subscriber data of all senders of highest priority, enter for all senders of highest priority
Row sequence, and the sequence of all senders according to highest priority, all senders for being followed successively by highest priority distribute money
Source block RB.
In the technical scheme, it is contemplated that may have the sender of multiple highest priorities, if resource block RB is sufficient
In the case of, then resource can be distributed to the sender of highest priority at random, the sender of highest priority can obtain identical money
Source block RB, it is ensured that the fairness in resource allocation process, need to be again to all hairs of highest priority when resource block RB deficiencies
The side of sending is ranked up, and carries out resource allocation according to ranking results, it is ensured that resource allocation result is more reasonable.
Preferably, the determining unit 206 is specifically used for：Obtain type of service corresponding to each network service request
Weight corresponding to the subscriber data difference of the sender of priority and each network service request；Calculate each network
Type of service priority corresponding to service request, each network service request sender subscriber data and its weight it
Between sum of products；According to the sum of products being calculated, it is determined that the priority of the sender of each network service request；Its
In, it is proportionate between the priority of the sender of each network service request and the sum of products.
Preferably, the subscriber data includes priority corresponding to network set meal data, priority corresponding to telephone expenses integration.
Technical scheme is described in detail above in association with accompanying drawing, and technical scheme proposes a kind of new
Internet resources allocative decision, rationally dividing for Internet resources can be carried out according to the user situation of type of service and business sender
Match somebody with somebody, meet demand of the different user to resource, improve resource block RB utilization rate, it is ensured that the performance and effect of whole system
Rate.
The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for the skill of this area
For art personnel, the present invention can have various modifications and variations.Within the spirit and principles of the invention, that is made any repaiies
Change, equivalent substitution, improvement etc., should be included in the scope of the protection.
Claims (8)
- A kind of 1. network resource allocation method, it is characterised in that including：Obtain the subscriber data of the network switch request in the scheduled time and the sender of each network service request；Obtain type of service priority corresponding to each network service request；According to the transmission of type of service priority corresponding to each network service request and each network service request The subscriber data of side, it is determined that the priority of the sender of each network service request；Resource block RB is distributed for the sender of highest priority, and counts and whether also has surplus resources block RB；When remaining resource block RB be present, remaining resource block RB is distributed to the high sender of preferential level, until all Resource block RB, which is allocated, to be completed.
- 2. network resource allocation method according to claim 1, it is characterised in that as of the sender of highest priority Number for it is multiple when, the step of the sender distribution resource block RB for highest priority, specifically include：In the case of resource block RB abundances, random all senders for highest priority distribute resource block RB；It is highest priority according to the subscriber data of all senders of highest priority in the case of resource block RB deficiencies All senders be ranked up, and the sequence of all senders according to highest priority, be followed successively by the institute of highest priority There is sender to distribute resource block RB.
- 3. network resource allocation method according to claim 1 or 2, it is characterised in that each network of the basis The subscriber data of the sender of type of service priority corresponding to service request and each network service request, it is determined that each The step of priority of the sender of the network service request, specifically include：Obtain the transmission of type of service priority and each network service request corresponding to each network service request Weight corresponding to the subscriber data difference of side；Calculate type of service priority corresponding to each network service request, the sender of each network service request Subscriber data and its weight between sum of products；According to the sum of products being calculated, it is determined that the priority of the sender of each network service request；Wherein, it is proportionate between the priority of the sender of each network service request and the sum of products.
- 4. network resource allocation method according to claim 1 or 2, it is characterised in that the subscriber data includes network Priority corresponding to set meal data, priority corresponding to telephone expenses integration.
- A kind of 5. Internet resources distributor, it is characterised in that including：First acquisition unit, for obtaining the request of the network switch in the scheduled time and each network service request The subscriber data of sender；Second acquisition unit, for obtaining type of service priority corresponding to each network service request；Determining unit, for the type of service priority according to corresponding to each network service request and each network industry The subscriber data of the sender of business request, it is determined that the priority of the sender of each network service request；First allocation unit, for distributing resource block RB for the sender of highest priority；Statistic unit, whether there is surplus resources block RB for counting；Second allocation unit, for when remaining resource block RB be present, remaining resource block RB being distributed high to preferential level Sender, until all resource block RB be allocated complete.
- 6. Internet resources distributor according to claim 5, it is characterised in that as of the sender of highest priority When number is multiple, first allocation unit is specifically used for：In the case of resource block RB abundances, random all senders for highest priority distribute resource block RB；It is highest priority according to the subscriber data of all senders of highest priority in the case of resource block RB deficiencies All senders be ranked up, and the sequence of all senders according to highest priority, be followed successively by the institute of highest priority There is sender to distribute resource block RB.
- 7. the Internet resources distributor according to claim 5 or 6, it is characterised in that the determining unit is specifically used for：Obtain the transmission of type of service priority and each network service request corresponding to each network service request Weight corresponding to the subscriber data difference of side；Calculate type of service priority corresponding to each network service request, the sender of each network service request Subscriber data and its weight between sum of products；According to the sum of products being calculated, it is determined that the priority of the sender of each network service request；Wherein, it is proportionate between the priority of the sender of each network service request and the sum of products.
- 8. the Internet resources distributor according to claim 5 or 6, it is characterised in that the subscriber data includes network Priority corresponding to set meal data, priority corresponding to telephone expenses integration.
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| CN201710918229.7A CN107493607A (en) | 2017-09-30 | 2017-09-30 | Network resource allocation method and Internet resources distributor |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710918229.7A CN107493607A (en) | 2017-09-30 | 2017-09-30 | Network resource allocation method and Internet resources distributor |
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| CN201710918229.7A Pending CN107493607A (en) | 2017-09-30 | 2017-09-30 | Network resource allocation method and Internet resources distributor |
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| CN110266637A (en) * | 2019-04-30 | 2019-09-20 | 努比亚技术有限公司 | A kind of network request control method, terminal and computer readable storage medium |
| CN110876203A (en) * | 2018-08-29 | 2020-03-10 | 中国科学院沈阳自动化研究所 | Real-time transmission scheduling method for multi-channel multi-antenna industrial wireless network |
| CN111147468A (en) * | 2019-12-20 | 2020-05-12 | 中移（杭州）信息技术有限公司 | User access method, device, electronic equipment and storage medium |
| CN111385226A (en) * | 2020-03-18 | 2020-07-07 | 薛爱君 | Network resource allocation method, system and network equipment applied to online office |
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Application publication date: 20171219 |