CN103313307B - Network resource configuration method and device - Google Patents
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Abstract
The invention provides a kind of network resource configuration method and device, the method is by required Internet resources in the following setting-up time section in prediction community, determine the Internet resources that the current setting-up time section in community has configured, generate early warning information according to the Internet resources that required Internet resources and the current setting-up time section in community in the following setting-up time section in community have configured; Network resource allocation is carried out according to the community of early warning information to following setting-up time section.Because early warning information is that the Internet resources configured according to required Internet resources and the current setting-up time section in community in the following setting-up time section in community generate, namely carried out predicting before network congestion occurs and carry out early warning, resource distribution is carried out according to early warning information, avoid and occur network congestion, thus improve network transmission performance.
Description
Technical field
The present invention relates to communication technical field, particularly relate to a kind of network resource configuration method and device.
Background technology
Flourish along with data service, the data service bearer traffic of mobile network also presents the situation of rapid growth.
Network traffics can present obvious unbalanced characteristic in different time sections, generally there will be the situation of network congestion in busy, in prior art, after there is network congestion, carry out alarm according to congestion condition, then carry out Network resource allocation.
But, adopt the method for prior art, network transmission performance can be caused not high.
Summary of the invention
The invention provides a kind of network resource configuration method and device, to improve network transmission performance.
First aspect present invention provides a kind of network resource configuration method, comprising:
Required Internet resources in the following setting-up time section in prediction community;
Determine the Internet resources that the current setting-up time section in described community has configured;
Early warning information is generated according to the Internet resources that required Internet resources and the current setting-up time section in community in the following setting-up time section in described community have configured;
Network resource allocation is carried out according to the described community of described early warning information to described following setting-up time section.
Second aspect present invention provides a kind of Network resource allocation device, comprising:
Prediction module, for predicting required Internet resources in the following setting-up time section in community;
Acquisition module, for determining the Internet resources that the current setting-up time section in described community has configured;
Processing module, generates early warning information for the Internet resources configured according to required Internet resources and the current setting-up time section in community in the following setting-up time section in described community;
Configuration module, for carrying out Network resource allocation according to the described community of described early warning information to described following setting-up time section.
Network resource configuration method provided by the invention and device, by required Internet resources in the following setting-up time section in prediction community, determine the Internet resources that the current setting-up time section in community has configured, generate early warning information according to the Internet resources that required Internet resources and the current setting-up time section in community in the following setting-up time section in community have configured; Network resource allocation is carried out according to the community of early warning information to following setting-up time section.Because early warning information is that the Internet resources configured according to required Internet resources and the current setting-up time section in community in the following setting-up time section in community generate, namely carried out predicting before network congestion occurs and carry out early warning, resource distribution is carried out according to early warning information, avoid and occur network congestion, thus improve network transmission performance.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of network resource configuration method embodiment one of the present invention;
Fig. 2 is the schematic flow sheet of network resource configuration method embodiment two of the present invention;
Fig. 3 is the structural representation of Network resource allocation device embodiment one of the present invention.
Embodiment
Flourish along with data service, Channel Elements (the ChannelElement during dilatation of networking department to high-load region many busy cells based on measured by network management system, hereinafter referred to as CE) resource, code source, the utilance of signal resource and power resource etc. carries out the dilatation of passive type, when carrying out dilatation, the congested of network occurs, cause the transmission performance of network not high, in order to overcome above-mentioned defect, the embodiment of the present invention provides a kind of network resource configuration method, the method is mainly by the analysis to historical data, the number of users being in activated state in the future time section of prediction community, the network resource consumption of each user in community is known again according to historical statistical data, the network resource consumption of the number of users and each user that are in activated state in the future time section according to prediction obtains Internet resources required in the future time section of community, according to predicting the outcome early warning is carried out to community, to carry out Network resource allocation according to early warning information to community, avoid occurring network congestion, thus raising network transmission performance, with several specific embodiment, technical scheme of the present invention is described in detail below.
Fig. 1 is the schematic flow sheet of network resource configuration method embodiment one of the present invention, and the executive agent of the present embodiment is Network resource allocation device, and this device can be deployed in base station or radio network controller, and as shown in Figure 1, the method for the present embodiment comprises:
S101: required Internet resources in the following setting-up time section in prediction community.
Different time sections in one day, Internet resources quantity needed for community is different, generally the time of one day is divided into busy and idle time, usually, evening, 7:00 to late 9:00 was heavy traffic period, this time period is divided into busy, all the other times are divided into idle, Internet resources quantity needed for busy is maximum, Internet resources negligible amounts needed for idle, therefore, manyly when carrying out Network resource allocation to be configured based on the Internet resources quantity needed for busy, thus to meet the network resource requirement of community all time periods.
Setting-up time section of the present invention is busy, for late 7:00 to late 9:00 for busy, then required in following setting-up time section Internet resources are Internet resources required in following late 7:00 to late 9:00 time period, predict that Internet resources required in following preset time period need to predict according to historical statistical data before late 7:00, historical statistical data is the data in historical time section, historical time section is identical with the time period residing in following setting-up time Duan Yi days, such as, following setting-up time section is that the late 7:00 of tomorrow is to late 9:00, the late 7:00 to late 9:00 of the every day then before today and today can as historical time section, data in historical time section comprise: historical time Duan Nei community is in the number of users of activated state, the Internet resources quantity etc. that each user in historical time Duan Nei community consumes.
As a kind of feasible implementation, the Changing Pattern of the number of users of activated state can be in by historical time Duan Nei community, the number of users being in activated state in the following setting-up time section in prediction community, then the Internet resources quantity consumed according to each user in historical time Duan Nei community is multiplied with the number of users being in activated state in the future time section of prediction, to predict required Internet resources in the following setting-up time section in community.
S102: determine the Internet resources that the current setting-up time section in community has configured.
The Internet resources that the current setting-up time section in community has configured can be known by the network management system of inquiring about existing network.
The execution not order restriction of above-mentioned steps S101 and S102.
S103: generate early warning information according to the Internet resources that required Internet resources and the current setting-up time section in community in the following setting-up time section in community have configured.
After known the Internet resources that in the following setting-up time section in community, required Internet resources and the current setting-up time section in community have configured by step S101 and S102, then can compare the Internet resources that in the following setting-up time section in community, the required current setting-up time section of Internet resources and community has configured, if the Internet resources that in the following setting-up time section in community, required Internet resources have configured more than the current setting-up time section in community, then generate early warning information.
S104: carry out Network resource allocation according to the community of early warning information to following setting-up time section.
Community is carried out to the dilatation of Internet resources before following setting-up time section according to early warning information.
In the present embodiment, by required Internet resources in the following setting-up time section in prediction community, determine the Internet resources that the current setting-up time section in community has configured, the Internet resources that the current setting-up time section of Internet resources and community has configured needed for the following setting-up time section in community generate early warning information; Network resource allocation is carried out according to the community of early warning information to following setting-up time section.Because early warning information is that the Internet resources that the current setting-up time section of Internet resources and community has configured needed for the following setting-up time section in community generate, namely carried out predicting before network congestion occurs and carry out early warning, resource distribution is carried out according to early warning information, avoid and occur network congestion, thus improve network transmission performance.
Fig. 2 is the schematic flow sheet of network resource configuration method embodiment two of the present invention, and the executive agent of the present embodiment is Network resource allocation device, and this device can be deployed in base station or radio network controller, and as shown in Figure 2, the method for the present embodiment comprises:
S201: determine the number of users being in activated state in the cell history time period.
The number of users being in activated state in the cell history time period can be obtained by requester network management system, the number of users of activated state refers to the number of users keeping on-line joining process, historical time section refers to the time period being in busy in time in the past, such as, the number of users being in activated state in two years in the past of community in different time sections is stored in database, then this step within the time in past 2 years, obtains every day busy be in the number of users of activated state, also can be 1 year in the past, determine according to concrete condition.
S202: determine that community is in the number of users Changing Pattern of activated state according to the number of users being in activated state in historical time section.
Number of users according to being in activated state in the cell history time period obtained in S201 can determine that community is in the Changing Pattern of the number of users of activated state, what this Changing Pattern was concrete can be the diurnal variation rate that community is in the number of users of activated state, community is in the monthly variety ratio of the number of users of activated state, community be in the number of users of activated state season rate of change or community be in the annual gradient etc. of the number of users of activated state, specifically determine that community is in which kind of Changing Pattern of the number of users of activated state relevant with the update cycle of Internet resources, if carry out Internet resources renewal every day, then obtain the diurnal variation rate being in the number of users of activated state of community, if monthly carry out resource updates, then obtain the monthly variety ratio that community is in the number of users of activated state, no longer illustrate herein.
With the historical data according to past N number of month, the monthly variety ratio that acquisition community is in the number of users of activated state is example, obtains by trend extrapolation the number of users monthly variety ratio that community is in activated state.
By being in the number of users of activated state in cell history time period of obtaining in S201, the busy average every day that can obtain monthly is in the number of users of activated state, and the summation that specifically can be in the number of users of activated state by busy monthly every day obtains divided by number of days monthly.
The monthly variety ratio that community is in the number of users of activated state can be obtained according to following formula (1):
y
i＝a+bx
i(1)
Wherein, x
iexpression time, i.e. some months, suppose N=24, and i value is the positive integer of 1 to 24, x
i=i, y
irepresent x
iin the corresponding time, every monthly average busy every day is in the number of users of activated state, adopts Least Square Method to go out parameter a and parameter b;
Wherein,
Above-mentioned parameter a, parameter b are brought in formula (1), can obtain
be the monthly variety ratio that community is in the number of users of activated state.
Obtain that community is in the diurnal variation rate of the number of users of activated state, community is in the number of users of activated state season rate of change or community be in the annual gradient of the number of users of activated state etc. to be in the method for the monthly variety ratio of the number of users of activated state similar with obtaining community, repeat no more herein.
S203: estimate the number of users being in activated state in following setting-up time section according to Changing Pattern.
Using following setting-up time section as time variable x
i, bring in the formula of Changing Pattern, the number of users being in activated state in following setting-up time section can be estimated.
S204: the network resource consumption obtaining each user in community.
Network resource consumption comprises following any one or multiple combination: CE resource consumption, code source consumption, signal resource consumption and power consumption.
Particularly, the CE resource consumption that can be multiplied by unit speed by total flow in the cell history time period divided by the business of the number of users being in activated state in historical time section, obtains the CE resource consumption of each user;
The code source consumption of unit speed can be multiplied by by total flow in the cell history time period divided by the business being in activated state number of users in historical time section, obtain each described user's code word resource consumption.
Wherein, the number of users being in activated state in the cell history time period in total flow and historical time section can be obtained by network management system, and the CE resource consumption of unit speed and the code source consumption of unit speed can obtain based on experience value.
The CE resource consumption of different business unit speed consumes different with code source, for QQ, web page browsing, ftp business, based on experience value, application layer speed is 30% to the expense of physical layer rate, be then mapped to the CE resource consumption of physical layer and code source consumption as table 1:
Table 1: application layer speed consumes mapping table to the CE resource consumption of physical layer and code source
Activated state number of users can be in by the signaling wastage in bulk or weight in the cell history time period divided by historical time section, obtain each subscriber signaling resource consumption.Also by asking the mean value of each subscriber signaling resource consumption of multiple historical time section, as each subscriber signaling resource consumption, the precision of each subscriber signaling resource consumption can be improved.
Wherein, the signaling wastage in bulk or weight in the cell history time period can be obtained by the acquisition instrument of Iu-b/IuPS mouth, and the number of users being in activated state in the cell history time period can be obtained by network management system.
Activated state number of users can be in by the total power consumption in the cell history time period divided by historical time section, obtain each user power consumption.Also by the mean value asking each user power of multiple historical time section to consume, can consume as each user power, improve the precision that each user power consumes.
Wherein, be in activated state number of users in the total power consumption in the cell history time period and historical time section to obtain by network management system.
S205: determine required Internet resources in following setting-up time section according to the network resource consumption of the number of users and each user that are in activated state in future time section.
The number of users being in activated state in following setting-up time section is multiplied by the product of the network resource consumption of each user, is required Internet resources in following setting-up time section.
S206: determine the Internet resources that the current setting-up time section in community has configured.
The Internet resources that the current setting-up time section in community configured can be obtained by network management system.
S207: generate early warning information according to the Internet resources that required Internet resources and the current setting-up time section in community in the following setting-up time section in community have configured.
Particularly, obtain the difference of the Internet resources that the current setting-up time section of Internet resources needed for following setting-up time section and community has configured, judge described difference be whether on the occasion of.If difference be on the occasion of, then generate early warning information.Difference be on the occasion of, then the community Internet resources that Internet resources have configured more than the current setting-up time section in community needed for following setting-up time section are described, need to carry out dilatation to the Internet resources of community, then generate early warning information, to carry out dilatation to the Internet resources of community before following setting-up time section.
Can also comprise the difference of the Internet resources that the current setting-up time section of Internet resources needed for following setting-up time section and community has configured in early warning information, this difference is the quantity that community needs the Internet resources of dilatation.
The output format of early warning information can comprise the difference of the Internet resources that the current setting-up time section of Internet resources and community has configured needed for cell ID, following setting-up time section, following setting-up time section.
The difference of the Internet resources that the current setting-up time section of Internet resources and community has configured needed for above-mentioned following setting-up time section, comprise: the difference of the CE resource that the current setting-up time section of CE resource needed for following setting-up time section and community has configured, CE resource quantity namely to be expanded; Or the difference of code source that the current setting-up time section of code source needed for following setting-up time section and community has configured, code source quantity namely to be expanded; Or the difference of signal resource that the current setting-up time section of signal resource needed for following setting-up time section and community has configured, signal resource quantity namely to be expanded; Or the difference of power resource that the current setting-up time section of following setting-up time section power demand resource and community has configured, power resource namely to be expanded.
For example, the output format of early warning information can be as shown in table 2:
Table 2 early warning information
| Following setting-up time section | Cell ID | CE resource quantity to be expanded |
| Following setting-up time section | Cell ID | Code source quantity to be expanded |
| Following setting-up time section | Cell ID | Signal resource quantity to be expanded |
| Following setting-up time section | Cell ID | Power resource to be expanded |
S208: carry out Network resource allocation according to the community of early warning information to following setting-up time section.
If only indicate in early warning information difference be on the occasion of, then can carry out Network resource allocation according to preset rules to community, such as, preset rules can be each increase on the basis of existing network Internet resources quantity 20% Internet resources.
If comprise difference in early warning information, then increase the Internet resources of difference quantities.
In the present embodiment, by required Internet resources in the following setting-up time section in prediction community, determine the Internet resources that the current setting-up time section in community has configured, the Internet resources that the current setting-up time section of Internet resources and community has configured needed for the following setting-up time section in community generate early warning information; Network resource allocation is carried out according to the community of early warning information to following setting-up time section.Because early warning information is that the Internet resources that the current setting-up time section of Internet resources and community has configured needed for the following setting-up time section in community generate, namely carried out predicting before network congestion occurs and carry out early warning, resource distribution is carried out according to early warning information, avoid and occur network congestion, thus improve network transmission performance, and, the difference of the Internet resources that the current setting-up time section of Internet resources and community has configured needed for the following setting-up time section in community can also be comprised in early warning information, Network resource allocation can be carried out according to the community of difference to following setting-up time section, can determine to be specially cell configuration how many Internet resources more accurately, can Appropriate application Internet resources, avoid causing Resource Allocation in Networks too much to cause waste, or configure and lessly occur network congestion, thus raising network transmission performance.
Fig. 3 is the structural representation of Network resource allocation device embodiment one of the present invention, as shown in Figure 3, the device of the present embodiment comprises: prediction module 31, acquisition module 32, processing module 33 and configuration module 34, wherein, prediction module 31 is for predicting required Internet resources in the following setting-up time section in community; Acquisition module 32 is for determining the Internet resources that the current setting-up time section in community has configured; Processing module 33 generates early warning information for the Internet resources configured according to required Internet resources and the current setting-up time section in community in the following setting-up time section in community; Configuration module 34 is for carrying out Network resource allocation according to the community of early warning information to following setting-up time section.
The device of the present embodiment, can be used for the technical scheme performing embodiment of the method shown in Fig. 1, it realizes principle and technique effect is similar, repeats no more herein.
In the above-described embodiments, prediction module 31 is specifically for determining the number of users being in activated state in the cell history time period; Determine that community is in the number of users Changing Pattern of activated state according to the number of users being in activated state in historical time section; The number of users being in activated state in following setting-up time section is estimated according to Changing Pattern; Required Internet resources in following setting-up time section are determined according to the network resource consumption of the number of users and each user that are in activated state in future time section.
In the above-described embodiments, network resource consumption comprises following any one or multiple combination: Channel Elements CE resource consumption, code source consumption, signal resource consumption and power consumption;
Prediction module 31 is also for determining in following setting-up time section before required Internet resources according to the network resource consumption of the number of users and each user that are in activated state in following setting-up time section in processing module, by the CE resource consumption that total flow in the cell history time period is multiplied by unit speed divided by the business of the number of users being in activated state in historical time section, obtain the CE resource consumption of each user; And/or be multiplied by the code source consumption of unit speed divided by the business being in activated state number of users in historical time section by total flow in the cell history time period, obtain each user's code word resource consumption; And/or be in activated state number of users by the signaling wastage in bulk or weight in the cell history time period divided by historical time section, obtain each subscriber signaling resource consumption; And/or be in activated state number of users by the total power consumption in the cell history time period divided by historical time section, obtain each user power consumption.
In the above-described embodiments, processing module 33 is specifically for obtaining the difference of the Internet resources that required Internet resources and the current setting-up time section in community have configured in following setting-up time section; If difference be on the occasion of, then generate early warning information.
In the above-described embodiments, also difference is comprised in early warning information; Configuration module 34 carries out Network resource allocation specifically for the community of difference to following setting-up time section comprised according to early warning information.
The device of the present embodiment, can be used for the technical scheme performing embodiment of the method shown in Fig. 2, it realizes principle and technique effect is similar, repeats no more herein.
One of ordinary skill in the art will appreciate that: all or part of step realizing above-mentioned each embodiment of the method can have been come by the hardware that program command is relevant.Aforesaid program can be stored in a computer read/write memory medium.This program, when performing, performs the step comprising above-mentioned each embodiment of the method; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium.
Last it is noted that above each embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to foregoing embodiments to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (6)
1. a network resource configuration method, is characterized in that, comprising:
Required Internet resources in the following setting-up time section in prediction community;
Determine the Internet resources that the current setting-up time section in described community has configured;
Early warning information is generated according to the Internet resources that required Internet resources and the current setting-up time section in community in the following setting-up time section in described community have configured;
Network resource allocation is carried out according to the described community of described early warning information to described following setting-up time section;
Required Internet resources in the following setting-up time section in described prediction community, comprising:
Determine the number of users being in activated state in the described cell history time period;
Determine that described community is in the number of users Changing Pattern of activated state according to the number of users being in activated state in described historical time section;
The number of users being in activated state in described following setting-up time section is estimated according to described Changing Pattern;
Required Internet resources in described following setting-up time section are determined according to the network resource consumption of the number of users and each described user that are in activated state in described future time section;
Described network resource consumption comprises following any one or multiple combination: Channel Elements CE resource consumption, code source consumption, signal resource consumption and power consumption;
The network resource consumption of described number of users and each described user according to being in activated state in described following setting-up time section to be determined in described following setting-up time section, before required Internet resources, also to comprise:
By the CE resource consumption that total flow in the described cell history time period is multiplied by unit speed divided by the business of the number of users being in activated state in historical time section, obtain the CE resource consumption of each described user; And/or
Be multiplied by the code source consumption of unit speed by total flow in the described cell history time period divided by the business being in activated state number of users in described historical time section, obtain each described user's code word resource consumption; And/or
Be in activated state number of users by the signaling wastage in bulk or weight in the described cell history time period divided by described historical time section, obtain each described subscriber signaling resource consumption; And/or
Be in activated state number of users by the total power consumption in the described cell history time period divided by described historical time section, obtain each described user power consumption.
2. method according to claim 1, is characterized in that, the described Internet resources configured according to required Internet resources and the current setting-up time section in community in the following setting-up time section in described community generate early warning information, comprising:
Obtain the difference of the Internet resources that required Internet resources and the current setting-up time section in described community have configured in described following setting-up time section;
If described difference be on the occasion of, then generate early warning information.
3. method according to claim 2, is characterized in that, also comprises described difference in described early warning information;
Describedly carry out Network resource allocation according to the described community of described early warning information to described following setting-up time section and comprise:
Network resource allocation is carried out according to the described community of described difference to described following setting-up time section that described early warning information comprises.
4. a Network resource allocation device, is characterized in that, comprising:
Prediction module, for predicting required Internet resources in the following setting-up time section in community;
Acquisition module, for determining the Internet resources that the current setting-up time section in described community has configured;
Processing module, generates early warning information for the Internet resources configured according to required Internet resources and the current setting-up time section in community in the following setting-up time section in described community;
Configuration module, for carrying out Network resource allocation according to the described community of described early warning information to described following setting-up time section;
Described prediction module is specifically for determining the number of users being in activated state in the described cell history time period; Determine that described community is in the number of users Changing Pattern of activated state according to the number of users being in activated state in described historical time section; The number of users being in activated state in described following setting-up time section is estimated according to described Changing Pattern; Required Internet resources in described following setting-up time section are determined according to the network resource consumption of the number of users and each described user that are in activated state in described future time section;
Described network resource consumption comprises following any one or multiple combination: Channel Elements CE resource consumption, code source consumption, signal resource consumption and power consumption;
Described prediction module, also for determine in described following setting-up time section before required Internet resources according to the network resource consumption of the number of users and each described user that are in activated state in described following setting-up time section in described processing module, by the CE resource consumption that total flow in the described cell history time period is multiplied by unit speed divided by the business of the number of users being in activated state in historical time section, obtain the CE resource consumption of each described user; And/or be multiplied by the code source consumption of unit speed divided by the business being in activated state number of users in described historical time section by total flow in the described cell history time period, obtain each described user's code word resource consumption; And/or be in activated state number of users by the signaling wastage in bulk or weight in the described cell history time period divided by described historical time section, obtain each described subscriber signaling resource consumption; And/or be in activated state number of users by the total power consumption in the described cell history time period divided by described historical time section, obtain each described user power consumption.
5. device according to claim 4, is characterized in that, described processing module is specifically for obtaining the difference of the Internet resources that required Internet resources and the current setting-up time section in described community have configured in described following setting-up time section; If described difference be on the occasion of, then generate early warning information.
6. device according to claim 5, is characterized in that, also comprises described difference in described early warning information;
Described configuration module carries out Network resource allocation specifically for the described community of described difference to described following setting-up time section comprised according to described early warning information.
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| CN1968486A (en) * | 2006-04-03 | 2007-05-23 | 华为技术有限公司 | Method and system for adjusting wireless network resource |
| CN101541016A (en) * | 2009-05-06 | 2009-09-23 | 华为技术有限公司 | Method for predicting data and equipment |
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