CN105472656B - Internet resources equalization methods and server - Google Patents
Internet resources equalization methods and server Download PDFInfo
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- CN105472656B CN105472656B CN201510942911.0A CN201510942911A CN105472656B CN 105472656 B CN105472656 B CN 105472656B CN 201510942911 A CN201510942911 A CN 201510942911A CN 105472656 B CN105472656 B CN 105472656B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W28/00—Network traffic management; Network resource management
- H04W28/02—Traffic management, e.g. flow control or congestion control
- H04W28/0289—Congestion control
Abstract
A kind of Internet resources equalization methods and server.Method includes: acquisition base station current Network resource allocation and network consumption situation when adjusting period arrival；According to the current Network resource allocation in the base station and network consumption situation, the maximum up channel processing unit number scale value of the base station is determined；The target value is configured by the maximum up channel processing unit number of the base station, is returned, next adjustment period is waited to arrive.Network resource utilization is helped to improve using the technical solution, improves user's perception, can rapidly, neatly react to network change, improve working efficiency.
Description
Technical field
The present invention relates to field of communication technology more particularly to a kind of Internet resources equalization methods and server.
Background technique
Channel bank (Channel Element, abbreviation CE) is the resource of network base band processing capacity, and CE is extensive
It is adopted as measuring the index of base station processing capacity, the CE number that each base station is configured characterizes the business processing energy of base station itself
Power.It is spent that Node B handles every kind of business (including soft handover, total CE consumption should be business and occupies CE+ soft handover occupancy CE)
Resource can be converted according to CE, a usual CE by artificial definition be processing one 12.2k voice it is occupied
Base-band resource, it can be understood as the summation of the processing occupied encoding and decoding software and hardware resources of one voice call.
The present inventor has found that there are defects below for the prior art in carrying out research process of the invention:
Because the CE in Node B is used in the form of shared pool, when portfolio increases, it may appear that processing is single
The CE of position base station is using nervous phenomenon, and when the CE inadequate resource of base station, the user that base station newly accesses limitation causes to switch
The problems such as call drop, influences the service application of user.
Summary of the invention
The first purpose of the embodiment of the present invention is to provide a kind of Internet resources equalization methods and server.Using the technology
Scheme helps to improve network resource utilization, improves user's perception, can rapidly, neatly react to network change,
Improve working efficiency.
In a first aspect, a kind of Internet resources equalization methods provided in an embodiment of the present invention, comprising:
When adjusting period arrival, acquisition base station current Network resource allocation and network consumption situation；
Distinguish base station congestion type, distinguish wireless heterogeneous networks, radio access bearer congestion number and maximum uplink is set
Channel bank number scale value makes the configuration adjusting parameter of third corresponding to radio access bearer congestion number be greater than radio resource
Control the second configuration adjusting parameter corresponding to congestion number；
The target value is configured by the maximum up channel processing unit number of the base station, returns, waits next adjustment
Period arrives.
Optionally, the current network resource configuration parameter in the base station includes: the current maximum up channel in the base station
Processing unit number Configuration Values；
The current network consumption situation in the base station includes: the current congestion parameter in the base station；Worked as according to the base station
Preceding Network resource allocation and network consumption situation determines the maximum up channel processing unit number scale value of the base station,
Specifically,
The network consumption amount for keeping the base station current is bigger, the maximum up channel processing unit number scale value of the base station
It is bigger, and it is greater than the current maximum up channel processing unit number Configuration Values in the base station.
Optionally, according to the current Network resource allocation in the base station and network consumption situation, the base station is determined
Maximum up channel processing unit number scale value, comprising:
When the base station is currently at congestion state, then:
Maximum up channel processing unit number scale value=Min of the base station is (in the maximum that the BTS hardware is supported
Row channel bank, the sum of the current maximum up channel processing unit number Configuration Values in the base station and adjusting parameter),
The wherein adjusting parameter are as follows: be incremented by and incremental parameter with the congestion number of the base station.
Optionally, the first mapping table is prestored, the congestion number interval of the base station is prestored in first mapping table
The mapping relations of the first adjustment parameter corresponding with the section；
The first adjustment parameter section affiliated in first mapping table with specific reference to the congestion number of the base station,
Using the corresponding the first adjustment parameter in the section as the adjusting parameter.
Optionally, the second mapping table, third mapping table are prestored,
Prestored in second mapping table base station wireless heterogeneous networks congestion number interval and the section pair
The mapping relations for the second adjustment parameter answered；
Prestored in the third mapping table base station radio access bearer congestion number interval and the section pair
The mapping relations for the third adjusting parameter answered；
The adjusting parameter is specifically to determine according to following:
According to the affiliated section of wireless heterogeneous networks congestion number in the congestion number of the base station, determine that the section is corresponding
The second adjustment parameter,
According to the affiliated section of radio access bearer congestion number in the congestion number of the base station, determine that the section is corresponding
The third adjusting parameter,
It regard the sum of the second adjustment parameter and the third adjusting parameter as the adjusting parameter.
Optionally, according to the current Network resource allocation in the base station and network consumption situation, the base station is determined
Maximum up channel processing unit number scale value, comprising:
When the base station is currently at non-congested state, then:
Maximum up channel processing unit number scale value=Min of the base station is (in the maximum that the BTS hardware is supported
Row channel bank, maximum up channel processing unit number reference value),
The wherein maximum up channel processing unit number reference value are as follows: upper in a upper collection period with the base station
Row channel bank actual consumption number increases and incremental parameter.
Optionally, the 4th mapping table is prestored, at the up channel for prestoring the base station in the 4th mapping table
Unit consumption number interval up channel processing unit number reference value corresponding with the section is managed,
By the up channel processing unit actual consumption number of the base station, affiliated section is corresponding in the 4th mapping table
Up channel processing unit number reference value as the maximum up channel processing unit number reference value.
Optionally, the adjustment period is 15 minutes.
Second aspect, the embodiment of the present invention provide a kind of Internet resources Balance route server, comprising:
Acquisition unit is connect with each base station network, for acquiring the current Internet resources in base station when adjusting period arrival
Configuration and network consumption situation；
Analytical unit, for distinguishing the congestion type of base station, distinguish wireless heterogeneous networks, radio access bearer congestion number and
Maximum up channel processing unit number scale value is set, third corresponding to radio access bearer congestion number is made to configure adjusting parameter
Greater than the second configuration adjusting parameter corresponding to wireless heterogeneous networks congestion number；
Configuration unit is connect with each base station network, for configuring the maximum up channel processing unit number of the base station
For the target value；
Control unit, for controlling the acquisition unit, analytical unit, configuration list according to the scheduled adjustment period
The work of member.
Optionally, the current network resource configuration parameter in the base station includes: the current maximum up channel in the base station
Processing unit number Configuration Values；
The current network consumption situation in the base station includes: the current congestion parameter in the base station；The analytical unit tool
The network consumption amount that body is used to keep the base station current is bigger, and the maximum up channel processing unit number scale value of the base station is got over
Greatly, and it is greater than the current maximum up channel processing unit number Configuration Values in the base station.
Optionally, the analytical unit is specifically used for:
When the base station is currently at congestion state, then:
Maximum up channel processing unit number scale value=Min of the base station is (in the maximum that the BTS hardware is supported
Row channel bank, the sum of the current maximum up channel processing unit number Configuration Values in the base station and adjusting parameter),
The wherein adjusting parameter are as follows: be incremented by and incremental parameter with the congestion number of the base station.
Optionally, the first mapping table is prestored in the server, prestores the base in first mapping table
The mapping relations of the congestion number interval stood the first adjustment parameter corresponding with the section；
The analytical unit is also used to the section affiliated in first mapping table according to the congestion number of the base station,
Using the corresponding the first adjustment parameter in the section as the adjusting parameter.
Optionally, the second mapping table, third mapping table are prestored in the server,
Prestored in second mapping table base station wireless heterogeneous networks congestion number interval and the section pair
The mapping relations for the second adjustment parameter answered；
Prestored in the third mapping table base station radio access bearer congestion number interval and the section pair
The mapping relations for the third adjusting parameter answered；
The analytical unit is also used to according to determining the adjusting parameter as follows:
According to the affiliated section of wireless heterogeneous networks congestion number in the congestion number of the base station, determine that the section is corresponding
The second adjustment parameter,
According to the affiliated section of radio access bearer congestion number in the congestion number of the base station, determine that the section is corresponding
The third adjusting parameter,
It regard the sum of the second adjustment parameter and the third adjusting parameter as the adjusting parameter.
Optionally, the analytical unit is specifically used for, when the base station is currently at non-congested state, then:
Maximum up channel processing unit number scale value=Min of the base station is (in the maximum that the BTS hardware is supported
Row channel bank, maximum up channel processing unit number reference value),
The wherein maximum up channel processing unit number reference value are as follows: upper in a upper collection period with the base station
Row channel bank actual consumption number increases and incremental parameter.
Optionally, the 4th mapping table is also prestored in the server, is prestored in the 4th mapping table described
The up channel processing unit consumption number interval up channel processing unit number reference value corresponding with the section of base station,
The analytical unit is also used to, and the up channel processing unit actual consumption number of the base station is reflected the described 4th
The corresponding up channel processing unit number reference value in affiliated section is joined as the maximum up channel processing unit number in firing table
Examine value.
Optionally, the adjustment period is 15 minutes.
The variation of BTS service amount, then corresponding base station CE quantity required can also change in next period, using this reality
Apply a technical solution, the present embodiment by network server according to the Network resource allocation of preset period automatic collection base station and
Network consumption situation adjusts MaxUplinkCE parameter according to the current Network resource allocation in base station and network consumption situation,
So that the business of the MaxUplinkCE parameter tracking base station of calculation base station is changed variation, in such a way that iterative cycles adjust, realizes
Periodically adaptive adjustment quasi real time.
To sum up, technical solution of the embodiment of the present invention compensates under the prior art means MaxUplinkCE number scale value not
It with the deficiency of static configuration under business scene, is adaptively adjusted by program, base station is made to have the ability to cope with the data service of burst
Increase, solve the problems, such as that BTS service is unevenly distributed dynamic state of parameters caused by weighing apparatus and adjusts, help to improve network resource utilization,
Improve user's perception, can rapidly, neatly react to network change, improve working efficiency.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present invention, constitutes part of this application, not
Constitute inappropriate limitation of the present invention.
Fig. 1 is the Internet resources equalization methods flow diagram that the embodiment of the present invention 1 provides；
Fig. 2 is the structural schematic diagram for the Internet resources equalization server that the embodiment of the present invention 1 provides.
Specific embodiment
Below in conjunction with attached drawing and specific embodiment, the present invention will be described in detail, herein illustrative examples of the invention
And explanation is used to explain the present invention, but not as a limitation of the invention.
Embodiment 1:
A kind of Internet resources equalization methods are present embodiments provided, it can be to the CE of each base station in network using this method
Resource carries out adaptive equalization adjustment, to ensure that the CE resource of each base station can be adapted to the current practical business situation in the base station,
Reach Internet resources adaptive configuration, the purpose sufficiently applied.
In existing network, when the business when base station changes, MaxUplinkCE parameter should be adjusted in time, avoids making
At the wasting of resources, and the maximum up channel channel bank (being denoted as MaxUplinkCE) of base station is several, affects in network
The distribution of CE resource, and then influence the population size of base station.
With the variation of different scenes, red-letter day and cell ambient enviroment, the business of base station can also show different
Resource requirement, such as traffic rises when red-letter day, it is higher to demand；When weekend, data traffic requirement rises；Or surrounding has newly
Base station or large-scale cluster activity are built, being widely varied for the original business model in base station can be all caused, if the correlation to base station is joined
Not in time, the traffic congestion of moment is possible to give base station bringing on a disaster property consequence for number (predominantly MaxUplinkCE number) adjustment.
Below by taking the CE of a base station of network configuration as an example, suitability explanation is carried out to the scheme of the present embodiment.
The present embodiment according to current network equipment situation, with it is scheduled when a length of period, periodically according to below
Step configures the CE resource of base station, and when adjusting period arrival, which is mainly comprised the steps that
Step 101: when adjusting period arrival, acquisition base station current Network resource allocation and network consumption situation.
The Network resource allocation and network consumption situation of base station to be adjusted in automatic collection network.
For example, it can be generated and execute instruction below, acquire at the maximum up channel channel of the base station of current network
Manage unit (being denoted as MaxUplinkCE) number:
QUERY SNAPSHOTMOC=" NodeBFunction " ATTRIBUTES=MaxUplinkCE；
The network resource configuration parameter for acquiring the base station obtained can be, but not limited to include: the current maximum uplink letter in base station
Road processing unit number Configuration Values (lower to remember MaxUplinkCE original Configuration Values),
The network consumption situation for acquiring the base station obtained can be, but not limited to include: the current congestion parameter in base station, wherein
The current congestion parameter in base station has reflected application state of the base station to current-configuration to the Internet resources of this base station.
The network consumption situation for acquiring the base station obtained can be, but not limited to include: that base station is upper within a upper adjustment period
The actual consumption number of row channel bank, wherein, base station it is upper one adjustment the period in up channel processing unit reality
Consumption number has further specifically reflected application state of the base station to current-configuration to the Internet resources of this base station.
Step 102: according to the current Network resource allocation in the base station and network consumption situation, determining the base station
Maximum up channel processing unit number scale value.
MaxUplinkCE parameter influences the distribution of the CE resource of base station, and then influences the population size of base station.Work as base station
Business when changing, the MaxUplinkCE parameter of the base station should be adjusted in time, be conducive to avoid the wasting of resources.
In the present embodiment, the network consumption situation current in conjunction with base station calculates determination and meets base station current business needs
MaxUplinkCE number scale value, to carry out step 103.
As the signal of the present embodiment, a kind of Internet resources Adjusted Option suitable for the situation is present embodiments provided,
Specifically, MaxUplinkCE number scale value is determined according to following functional expression:
MaxUplinkCE number scale value=Min (the MaxUplinkCE number that BTS hardware is supported, (MaxUplinkCE first wife
Set value+the first adjustment parameter)).
Wherein, the first adjustment parameter is adjusting parameter, and the congestion number of base station is bigger, and corresponding the first adjustment parameter value is got over
Greatly, the MaxUplinkCE number scale value obtained from is bigger, that is, the Internet resources for being allocated to the base station are more.
Wherein, the congestion number of base station is the current congestion number summation in base station.
As the signal of the present embodiment, the corresponding the first adjustment parameter in the section of the congestion number of a base station can be preset
Mapping table (be denoted as the first mapping table, as shown in Table 1), the congestion number of the base station in the first mapping table is bigger, corresponding
The value of the first adjustment parameter is bigger.
Table one
If the MaxUplinkCE that BTS hardware is supported is 100, the current MaxUplinkCE original Configuration Values in base station are 10, when
Preceding congestion number be 50, then current base station MaxUplinkCE number scale value be min (100, (10+18)), as 28.
Therefore the MaxUplinkCE number mark of base station is adjusted using the above-mentioned congestion number current according to base station
Value, keeps current congestion number bigger, corresponding MaxUplinkCE number scale value is bigger, it is ensured that the Internet resources of base station adapt to base station
Practical business variation, avoid instantaneous traffic congestion from giving base station bringing on a disaster property consequence.
As the signal of the present embodiment, the present embodiment can with but be not limited to further discriminate between the current network congestion in base station
Type determines MaxUplinkCE number scale value according to following functional expression:
(MaxUplinkCE that BTS hardware is supported, (MaxUplinkCE first wife sets MaxUplinkCE number scale value=Min
Value+second adjustment parameter+third adjusting parameter)).
Wherein second adjustment parameter, third adjusting parameter wireless heterogeneous networks congestion number, the wireless access with base station respectively
Carry congestion number correlation, second adjustment parameter, third adjusting parameter are respectively with wireless heterogeneous networks congestion number, wireless
The grade of access bearer congestion number increases and increases.
As the signal of the present embodiment, can be, but not limited to preset two mapping tables respectively, wherein a mapping table is wireless
Mapping table (the as second mapping of the corresponding adjusting parameter of resources control congestion number (being denoted as the second configuration adjusting parameter)
Table, as shown in Table 2), another mapping table is that the corresponding adjusting parameter of radio access bearer congestion number (is denoted as third configuration
Adjusting parameter) mapping table (as third mapping table, as shown in Table 3).
Table two:
Table three:
Therefore the congestion type of base station is distinguished in the present embodiment, distinguish wireless heterogeneous networks, radio access bearer
Congestion number and MaxUplinkCE number scale value is set, make third corresponding to radio access bearer congestion number configure adjusting parameter
Second configuration adjusting parameter corresponding to opposite wireless heterogeneous networks congestion number is larger, makes the MaxUplinkCE parameter to base station
Configuration be more in line with the actual needs of the current business in adaptation base station, keep the Internet resources equilibrium to base station more reasonable, keep away
Exempt from network resources waste.
It, can be true according to the prior art if there is currently no the situations of congestion for base station as the signal of the present embodiment
Determine the MaxUplinkCE number scale value of base station, can with but be not limited to according to following optimal technical scheme provided in this embodiment
It carries out:
The MaxUplinkCE number scale value that base station is determined according to the network consumption situation of base station adjusts base station upper one
Maximum network consumption (the present embodiment consumes number by maximum CE to identify) in complete cycle is bigger, corresponding
MaxUplinkCE number scale value is bigger.
As the signal of the present embodiment, can with but be not limited to determine MaxUplinkCE number mark according to following functional expression
Value:
When base station is there is currently no when the situation of congestion, MaxUplinkCE number scale value=Min (support by BTS hardware
MaxUplinkCE, the 4th adjusting parameter)).
Wherein the maximum CE of the 4th adjustment and base station within a upper adjustment period consumes number correlation.
As the signal of the present embodiment, the present embodiment can preset maximum CE consumption of the base station within a upper adjustment period
The mapping table (being denoted as the 4th mapping table) of the corresponding configuration adjusting parameter of number (being denoted as the 4th configuration adjusting parameter):
Table four:
Therefore when base station is there is currently no when the situation of congestion, according to above-mentioned Adjusted Option setting base station
MaxUplinkCE number scale value keeps base station bigger in the maximum CE consumption number in jacket adjustment period, is then in the currently adjustment period
It distributes more CE, and it is made to meet base station current business needs, avoids congestion.
Step 103: configuring MaxUplinkCE number scale value for the maximum up channel processing unit number of base station, return
Step 101, next adjustment period is waited.
This step can be, but not limited to execute according to the prior art.
Radio network controller belonging to base station (Radio Network Controller's, abbreviation RNC) is identified as "
1007 ", the Base Station Identification of current-configuration be " 1928 ", current MaxUplinkCE number scale value be 192, then can be generated with
Lower adjustment instruction execution adjustment instruction and realize this step:
APPLY MUTEXRIGHT:SUBNET=" 1928 ", NE=" 1007 "；// application maintenance permission；
UPDATE:MOC=" NodeBFunction ", MOI=" SubNetwork=1928, MEID=1007,
ConfigSet=0, NodeBFunction=1007 ", ATTRIBUTES=" MaxUplinkCE=192 "；// by base station
MaxUplinkCE parameter is adjusted to target value 192；
SYNC:POS=" 1928 "-" 1007 ", TYPE=128, SYNCTYPE=1；// synchronous, by base station
MaxUplinkCE parameter of the MaxUplinkCE number scale value 192 as operation；
RELEASE MUTEXRIGHT:SUBNET=" 1928 ", NE=" 1007 "；// release maintenance permission.
As the signal of the present embodiment, when being adjusted instruction execution, can with but be not limited to hold according to below
Row runs the adjustment instruction of the present embodiment step 101,102,103, in the mistake of operation on Internet resources Balance route server
Cheng Zhong saves a log file by filename of adjustment time, and the operation result in combustion adjustment instruction process is stored in this
In log file, if the error of connection base station controller or order line input error, automatically attempt to retransmit, if continuously
It sends ten times, loser, which suspends, sends the adjustment instruction of current base station, waits next period to send according still further to the strategy of adjustment and adjusts
Whole instruction, and modulation result is stored in log file, manually to verify.
After completing this step, that is, the base station network resources balance adjustment in an adjustment period is completed, this step is completed
Return step 101 after rapid waits bringing for next adjustment period.
Therefore BTS service amount changes, then corresponding base station CE quantity required can also change in next period,
Using the present embodiment technical solution, the present embodiment is by network server according to the Internet resources of preset period automatic collection base station
Configuration and network consumption situation, adjust according to the current Network resource allocation in base station and network consumption situation
MaxUplinkCE parameter makes the business of the MaxUplinkCE parameter tracking base station of calculation base station change variation, by following repeatedly
The mode of ring adjustment realizes periodically adaptive adjustment quasi real time.
To sum up, technical solution of the embodiment of the present invention compensates under the prior art means MaxUplinkCE number scale value not
It with the deficiency of static configuration under business scene, is adaptively adjusted by program, base station is made to have the ability to cope with the data service of burst
Increase, solve the problems, such as that BTS service is unevenly distributed dynamic state of parameters caused by weighing apparatus and adjusts, help to improve network resource utilization,
Improve user's perception, can rapidly, neatly react to network change, improve working efficiency.
Embodiment 2:
The present invention provides a kind of Internet resources equalization server, which includes: acquisition unit 201, analytical unit
202, configuration unit 203 and control unit 204, control unit 204 respectively with acquisition unit 201, analytical unit 202, configuration
Unit 203 connects, for according to the scheduled adjustment period, controlling acquisition unit 201, analytical unit 202, configuration unit 203
Work.
Wherein description of the working principle of acquisition unit referring to step 101 in embodiment 1, the working principle ginseng of analytical unit
See the description of step 102 in embodiment 1, the working principle of configuration unit referring to step 103 in embodiment 1 description.
The beneficial effect of the present embodiment server is referring to the corresponding record in embodiment 1.
Embodiments described above does not constitute the restriction to the technical solution protection scope.It is any in above-mentioned implementation
Made modifications, equivalent substitutions and improvements etc., should be included in the protection model of the technical solution within the spirit and principle of mode
Within enclosing.
Claims (15)
1. a kind of Internet resources equalization methods, characterized in that include:
When adjusting period arrival, acquisition base station current Network resource allocation and network consumption situation；
Distinguish base station congestion type, distinguish wireless heterogeneous networks, radio access bearer congestion number and maximum up channel is set
Processing unit number scale value makes the configuration adjusting parameter of third corresponding to radio access bearer congestion number be greater than wireless heterogeneous networks
Second configuration adjusting parameter corresponding to congestion number；
The target value is configured by the maximum up channel processing unit number of the base station, returns, waits next adjustment period
It arrives.
2. Internet resources equalization methods according to claim 1, characterized in that
The current network resource configuration parameter in the base station includes: that the current maximum up channel processing unit number in the base station is matched
Set value；
The current network consumption situation in the base station includes: the current congestion parameter in the base station；
According to the current Network resource allocation in the base station and network consumption situation, the maximum up channel of the base station is determined
Processing unit number scale value, specifically,
The network consumption amount for keeping the base station current is bigger, and the maximum up channel processing unit number scale value of the base station is got over
Greatly, and it is greater than the current maximum up channel processing unit number Configuration Values in the base station.
3. Internet resources equalization methods according to claim 2, characterized in that
According to the current Network resource allocation in the base station and network consumption situation, the maximum up channel of the base station is determined
Processing unit number scale value, comprising:
When the base station is currently at congestion state, then:
Maximum up channel processing unit number scale value=Min (maximum uplink letter that the BTS hardware is supported of the base station
Road processing unit, the sum of the current maximum up channel processing unit number Configuration Values in the base station and adjusting parameter),
The wherein adjusting parameter are as follows: be incremented by and incremental parameter with the congestion number of the base station.
4. Internet resources equalization methods according to claim 3, characterized in that
Prestore the first mapping table, prestored in first mapping table base station congestion number interval and the section pair
The mapping relations for the first adjustment parameter answered；
The first adjustment parameter section affiliated in first mapping table with specific reference to the congestion number of the base station, by institute
The corresponding the first adjustment parameter in section is stated as the adjusting parameter.
5. Internet resources equalization methods according to claim 3, characterized in that
The second mapping table, third mapping table are prestored,
The wireless heterogeneous networks congestion number interval that the base station is prestored in second mapping table is corresponding with the section
The mapping relations of second adjustment parameter；
The radio access bearer congestion number interval that the base station is prestored in the third mapping table is corresponding with the section
The mapping relations of third adjusting parameter；
The adjusting parameter is specifically to determine according to following:
According to the affiliated section of wireless heterogeneous networks congestion number in the congestion number of the base station, determine that the section is corresponding described
Second adjustment parameter,
According to the affiliated section of radio access bearer congestion number in the congestion number of the base station, determine that the section is corresponding described
Third adjusting parameter,
It regard the sum of the second adjustment parameter and the third adjusting parameter as the adjusting parameter.
6. according to any Internet resources equalization methods of claim 2 to 5, characterized in that
According to the current Network resource allocation in the base station and network consumption situation, the maximum up channel of the base station is determined
Processing unit number scale value, comprising:
When the base station is currently at non-congested state, then:
Maximum up channel processing unit number scale value=Min (maximum uplink letter that the BTS hardware is supported of the base station
Road processing unit, maximum up channel processing unit number reference value),
The wherein maximum up channel processing unit number reference value are as follows: believe with uplink of the base station in a upper collection period
Road processing unit actual consumption number increases and incremental parameter.
7. Internet resources equalization methods according to claim 6, characterized in that
The 4th mapping table is prestored, the up channel processing unit consumption number of the base station is prestored in the 4th mapping table
Section up channel processing unit number reference value corresponding with the section,
By the up channel processing unit actual consumption number of the base station in the 4th mapping table affiliated section it is corresponding on
Row channel bank number reference value is as the maximum up channel processing unit number reference value.
8. according to claim 1 to 5 any Internet resources equalization methods, characterized in that
The adjustment period is 15 minutes.
9. a kind of Internet resources Balance route server, characterized in that include:
Acquisition unit is connect with each base station network, for acquiring the current Network resource allocation in base station when adjusting period arrival
And network consumption situation；
Analytical unit, for distinguishing the congestion type of base station, distinguish wireless heterogeneous networks, radio access bearer congestion number and be arranged
Maximum up channel processing unit number scale value is greater than the configuration of third corresponding to radio access bearer congestion number adjusting parameter
Second configuration adjusting parameter corresponding to wireless heterogeneous networks congestion number；
Configuration unit is connect with each base station network, for configuring institute for the maximum up channel processing unit number of the base station
State target value；
Control unit, for according to the scheduled adjustment period, controlling the acquisition unit, analytical unit, configuration unit
Work.
10. Internet resources Balance route server according to claim 9, characterized in that
The current network resource configuration parameter in the base station includes: that the current maximum up channel processing unit number in the base station is matched
Set value；
The current network consumption situation in the base station includes: the current congestion parameter in the base station；
The analytical unit is bigger specifically for the network consumption amount for keeping the base station current, the maximum up channel of the base station
Processing unit number scale value is bigger, and is greater than the current maximum up channel processing unit number Configuration Values in the base station.
11. Internet resources Balance route server according to claim 10, characterized in that
The first mapping table is prestored in the server, and the congestion number area of the base station is prestored in first mapping table
Between the first adjustment parameter corresponding with the section mapping relations；
The analytical unit is also used to the section affiliated in first mapping table according to the congestion number of the base station, by institute
The corresponding the first adjustment parameter in section is stated as the adjusting parameter.
12. Internet resources Balance route server according to claim 10, characterized in that
The second mapping table, third mapping table are prestored in the server,
The wireless heterogeneous networks congestion number interval that the base station is prestored in second mapping table is corresponding with the section
The mapping relations of second adjustment parameter；
The radio access bearer congestion number interval that the base station is prestored in the third mapping table is corresponding with the section
The mapping relations of third adjusting parameter；
The analytical unit is also used to according to determining the adjusting parameter as follows:
According to the affiliated section of wireless heterogeneous networks congestion number in the congestion number of the base station, determine that the section is corresponding described
Second adjustment parameter,
According to the affiliated section of radio access bearer congestion number in the congestion number of the base station, determine that the section is corresponding described
Third adjusting parameter,
It regard the sum of the second adjustment parameter and the third adjusting parameter as the adjusting parameter.
13. Internet resources Balance route server according to claim 9, characterized in that
The analytical unit is specifically used for, when the base station is currently at non-congested state, then:
Maximum up channel processing unit number scale value=Min (maximum uplink letter that the BTS hardware is supported of the base station
Road processing unit, maximum up channel processing unit number reference value),
The wherein maximum up channel processing unit number reference value are as follows: believe with uplink of the base station in a upper collection period
Road processing unit actual consumption number increases and incremental parameter.
14. the 3 Internet resources Balance route server according to claim 1, characterized in that
The 4th mapping table is also prestored in the server, and the uplink letter of the base station is prestored in the 4th mapping table
Road processing unit consumes number interval up channel processing unit number reference value corresponding with the section,
The analytical unit is also used to, by the up channel processing unit actual consumption number of the base station in the 4th mapping table
In the corresponding up channel processing unit number reference value in affiliated section as the maximum up channel processing unit number reference value.
15. according to any Internet resources Balance route server of claim 9 to 14, characterized in that
The adjustment period is 15 minutes.
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| CN102143587A (en) * | 2010-12-31 | 2011-08-03 | 华为技术有限公司 | Resource-allocating method and equipment |
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