CN104717696A - Method of adjusting DCH-to-IDLE duration, network controller and system - Google Patents

Method of adjusting DCH-to-IDLE duration, network controller and system Download PDF

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Publication number
CN104717696A
CN104717696A CN201310681157.0A CN201310681157A CN104717696A CN 104717696 A CN104717696 A CN 104717696A CN 201310681157 A CN201310681157 A CN 201310681157A CN 104717696 A CN104717696 A CN 104717696A
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idle
dch
duration
resource utilization
business
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CN104717696B (en
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梁立涛
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China Mobile Group Beijing Co Ltd
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China Mobile Group Beijing Co Ltd
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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
    • H04W28/08—Load balancing or load distribution
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W72/00—Local resource management
    • H04W72/04—Wireless resource allocation
    • H04W72/044—Wireless resource allocation based on the type of the allocated resource
    • H04W72/0446—Resources in time domain, e.g. slots or frames

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Mobile Radio Communication Systems (AREA)
  • Telephonic Communication Services (AREA)

Abstract

The invention provides a method of adjusting a DCH-to-IDLE duration. When a user carries out service, a matching degree between a user action and a DCH-to-IDLE duration is evaluated according to parameters of the current user action of the user and a dynamic load regulation and control threshold M, adjustment on the DCH-to-IDLE duration is carried out when the matching degree can not meet a preset condition, and subsequent to-IDLE operation is carried out according to the adjusted duration. A network controller, which is provided by the invention for adjusting the DCH-to-IDLE duration, comprises an evaluation module, and a duration adjustment module, wherein the evaluation module is used for evaluating the matching degree between the user action and the DCH-to-IDLE duration according to the parameters of the current user action of the user and the dynamic load regulation and control threshold M; and the duration adjustment module is used for carrying out DCH-to-IDLE duration adjustment when the matching degree can not meet the preset condition and carrying out subsequent to-IDLE operation according to the adjusted duration. The invention also provides a mobile communication system. Thus, the utilization rate of network resources can be enhanced.

Description

Adjustment DCH turns the method for IDLE duration, network controller and system
Technical field
The present invention relates to wireless technical field, particularly relate to a kind of DCH of adjustment and turn the method for IDLE duration and network controller and system.
Background technology
Current TD-SCDMA network from DCH State Transferring to the method for IDLE state is, network side arranges a preset value, when network judges to carry out state transitions when meeting following condition: 1) at the 4B measurement report of DCH state lower network according to terminal to report, timing is started when 4B the number reported meets and turn IDLE condition, in the state transitions duration that network side presets, do not receive 4A measurement report or issue without downlink data, then initiating to turn IDLE state of operation releasing network resources.2) network monitoring terminal uplink and downlink speed, when speed starts timing lower than during predetermined threshold, in the state transitions duration that network side presets, do not receive 4A measurement report or issue without downlink data, then initiating to turn IDLE state of operation releasing network resources.
There is following defect in existing technical scheme: network side state transfer duration is a preset value, cannot adapt to the demand of miscellaneous service.If this duration arranges longer, then the business such as QQ, Fetion, micro-letter, microblogging heartbeat packet of short duration utilize network to send data after, shared Internet resources cannot discharge in time, cause the problems such as network utilization reduction, network congestion.Such as the heartbeat valid data transmission of certain business is within 1 second, but about 21 ~ 22 seconds busy channel time, the heartbeat packet most of the time takies Radio Resource and does not use, and really needs the business of upstream bandwidth to obtain resource requirement.If this duration arranges shorter, then POC business can be caused to occur gulping down the phenomenon that word etc. affects perception, cause the interaction services such as HTTP Radio Resource between twice operation set up frequently and discharge, cause and take a large amount of signaling channel.Current this method DCH->IDLE duration being set to a fixed value, obviously cannot adapt to the different demands of miscellaneous service, can not realize making full use of of wireless network resource.
From analyzing above, current existing DCH turns IDLE mechanism and there is a lot of unreasonable part, do not consider that different kinds of business, different user behavior turn the difference of IDLE duration demand to DCH, do not consider that user uses different business to turn the problems such as IDLE duration demand can change to DCH in different time sections, often cause network resource utilization to be affected.
Summary of the invention
The invention provides a kind of DCH of adjustment and turn the method for IDLE duration, network controller and system, promote network resource utilization.
Adjustment DCH provided by the invention turns the method for IDLE duration, comprises step:
When user carries out business, the matching degree that user behavior and DCH turn IDLE duration is assessed according to the current user behavior parameter of user and dynamic load regulation and control thresholding M, carry out when described matching degree does not meet predetermined condition DCH turn IDLE duration adjustment, and according to adjustment after duration carry out follow-up turn IDLE operation.
Network controller provided by the invention, turning IDLE duration for adjusting DCH, comprising:
Evaluation module, for when user carries out business, assesses according to the current user behavior parameter of user and dynamic load regulation and control thresholding M the matching degree that user behavior and DCH turn IDLE duration;
Duration adjusting module, for carry out when described matching degree does not meet predetermined condition DCH turn IDLE duration adjustment, and according to adjustment after duration carry out follow-up turn IDLE operation.
Mobile communication system provided by the invention, comprises terminal and network controller, and described network controller turns IDLE duration for adjusting DCH, and described network controller comprises:
Evaluation module, for when user carries out business, assesses according to the current user behavior parameter of user and dynamic load regulation and control thresholding M the matching degree that user behavior and DCH turn IDLE duration;
Duration adjusting module, for carry out when described matching degree does not meet predetermined condition DCH turn IDLE duration adjustment, and according to adjustment after duration carry out follow-up turn IDLE operation.
The present invention compensate for prior art and does not consider that different kinds of business turns the difference of IDLE demand to DCH, cause the shortcoming of network resource utilization, user awareness, the present invention is based on business characteristic and user's usage behavior dynamic conditioning DCH turns IDLE duration, realize network and use the dynamic conditioning such as business characteristic, user behavior DCH to IDLE state transitions duration according to different time sections user, realize DCH to turn IDLE duration and better mate with business, user behavior, reach and not only promote network utilization but also reduce user awareness impact, promote network utilization.
Accompanying drawing explanation
Fig. 1 is the flow chart that adjustment DCH in the embodiment of the present invention turns the method for IDLE duration.
Fig. 2 is the duration schematic diagram in the embodiment of the present invention.
Fig. 3 is the structural representation of the mobile communication system in the embodiment of the present invention.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.
For the weak point of prior art, the present invention proposes a kind of method turning IDLE duration based on business characteristic and user's usage behavior dynamic conditioning DCH, realize network and use the dynamic conditioning such as business characteristic, user behavior DCH to IDLE state transitions duration according to different time sections user, realize DCH to turn IDLE duration and better mate with business, user behavior, reach and not only promote network utilization but also reduce user awareness impact, promote network utilization.
Adjustment DCH provided by the invention turns the method for IDLE duration, as shown in Figure 1, when user carries out business, the matching degree (S101) that user behavior and DCH turn IDLE duration is assessed according to the current user behavior parameter of user and dynamic load regulation and control thresholding M, mean that when described matching degree does not meet predetermined condition matching degree is not in tolerance interval, then carry out DCH turn IDLE duration adjustment (S102), and according to adjustment after duration carry out follow-up turn IDLE operation (S103).
As an embodiment, described user behavior parameter comprises: business continues duration t business, Idle state duration t idle, the duration t such as RRC Reconstruction Interval reconstruction Interval; As shown in Figure 2,
T business: when this RRC sets up service ending, m-RRC sets up the time started, represents the duration of business;
T idle: this RRC release time-the service ending time, take the time of Internet resources after representing service ending;
T reconstruction Interval: next RRC time started-this RRC release time; Represent that this RRC is discharged into the time interval between next RRC foundation.
The RRC time started of each user of network controller record, RRC release time, business duration, DCH turns the information such as IDLE duration and carries out customer service feature, the assessment of user behavior, and calculate more excellent DCH->IDLE duration setting according to assessment result, network controller arranges DCH according to result of calculation and turns IDLE duration, use this duration to carry out in the operation that this user is follow-up control that user turns IDLE, by constantly carrying out Trustworthy user behaviour, DCH turns IDLE duration adjustment operation, realize DCH and turn IDLE duration and business, user behavior better mates, reach the lifting of network utilization.RNC can be distinguished user by IMSI, TMIS of user, can obtain the information such as RRC time started, RRC release time, service ending time by monitoring signaling, service surface information etc.
As an embodiment, the situation that the matching degree described in step S102 does not meet predetermined condition comprises:
Described t after described service ending idledescribed t businessdescribed dynamic load regulation and control thresholding M doubly more than, then take the overlong time of Internet resources after representing service ending, it is poor that user behavior and DCH turn IDLE duration matching degree, need adjust.
If described t after described service ending idledescribed t businessdescribed dynamic load regulation and control thresholding less than M times, but described t reconstruction Intervallower than pre-determined threshold t rebuild thresholding; Wherein, t rebuild thresholdingthe minimum threshold between RRC foundation is next time arrived after representing a RRC release; Then represent RRC Connection Release, set up frequently, user behavior and DCH->IDLE duration matching degree poor, need adjust.
If not in above two kinds of situations, then represent that user behavior and DCH turn IDLE duration matching degree better, without the need to adjusting.
When system load is light, because the demand of other user to Internet resources is lower, the time t of Internet resources after can suitably increasing service ending, is taken idleincrease the ability of reply bursty data demand; When system load is heavy, resource shared by non-bearer service user need be discharged in time to meet the demand of other user to resource.Accordingly, the present invention devises a kind of method based on code resource utilization dynamic regulation thresholding M value.Described dynamic load regulation and control thresholding M is determined according to following formula:
M = &beta;M max + ( 1 - &beta; ) M max ( U H - U ) U H - U L , 0 < U L < U H &le; 1,0 &le; &beta; < 1 , U &le; U H
Wherein, U land U hbe respectively predefined code resource utilization minimum threshold and the most high threshold of code resource utilization, U represents when former code resource utilization, β (0< β <1) is predefined ratio value, and Mmax is predefined maximum acceptable t idle/ t businessthreshold value.
As an embodiment, described code resource utilization can adopt up code resource utilization, descending code resource utilization, up-downgoing comprehensive coding resource utilization.
As an embodiment, if user behavior and DCH turn IDLE duration, matching degree is poor, carry out DCH turn IDLE duration adjustment step comprise:
Wherein t dCH->IDLE, oldrepresent that not adjusting front DCH turns IDLE duration, t dCH->IDLE, newafter representing adjustment, DCH turns IDLE duration, Δ changerepresent adjustment step-length.
1) if take the time t of Internet resources after service ending idlethe duration t of business businessm doubly more than, then take the overlong time of Internet resources after representing service ending, if current DCH turns and is greater than network after IDLE duration deducts changing value and allows the minimum DCH arranged to turn IDLE duration t dCH->IDLE, min, then adjustment DCH turns IDLE duration is t dCH->IDLE, old-Δ change.
2) if the time taking Internet resources after service ending in tolerance interval, (after service ending, take the time t of Internet resources idlethe duration t of business businessn doubly following), but t the Reconstruction Interval timetoo short (lower than pre-determined threshold t rebuild thresholding), represent RRC Connection Release, set up frequently, need by suitably increasing t to these users dCH->IDLEduration reduces RRC Connection Release, sets up number of times.By DCH->IDLE duration is increased t on existing basis reconstruction Interval, both can reduce RRC Connection Release, foundation frequently, and can t have been ensured again dCH->IDLEdo not arrange long, ineffective occupation Internet resources.
Adjustment step delta changeadjust based on code resource utilization, when network busy code resource utilization is higher, then reduces DCH fast and turn IDLE duration, quick releasing network resources; When the not busy code resource utilization of network is lower, then reduces DCH relatively slowly and turn IDLE duration, releasing network resources at a slow speed.As an embodiment, Δ changecomputing formula specific as follows:
Δ change=(t dCH->IDLE, old-t dCH->IDLE, min)/K
K value is determined based on the method for the rank changes such as current network code resource utilization employing, adopts and determines with the following method:
K = n , U 2 > U > U 1 n - 1 , U 3 > U > U 2 . . . 1 , U n + 1 > U > U n
Wherein U represents current network code resource utilization, U 1..., U n+1represent code resource utilization range threshold.
The method turning IDLE duration with above-mentioned adjustment DCH is echoed mutually, the invention provides a kind of mobile communication system, is particularly useful for TD-SCDMA network, LTE network.As shown in Figure 3, comprise terminal and network controller, described network controller turns IDLE duration for adjusting DCH, and described network controller comprises:
Evaluation module, for when user carries out business, assesses according to the current user behavior parameter of user and dynamic load regulation and control thresholding M the matching degree that user behavior and DCH turn IDLE duration;
Duration adjusting module, for carry out when described matching degree does not meet predetermined condition DCH turn IDLE duration adjustment, and according to adjustment after duration carry out follow-up turn IDLE operation.
It is noted that above embodiment is only in order to illustrate the present invention and unrestricted, the present invention is also not limited in above-mentioned citing, and all do not depart from technical scheme and the improvement thereof of the spirit and scope of the present invention, and it all should be encompassed in right of the present invention.

Claims (25)

1. adjust the method that DCH turns IDLE duration, it is characterized in that, comprise step:
When user carries out business, the matching degree that user behavior and DCH turn IDLE duration is assessed according to the current user behavior parameter of user and dynamic load regulation and control thresholding M, carry out when described matching degree does not meet predetermined condition DCH turn IDLE duration adjustment, and according to adjustment after duration carry out follow-up turn IDLE operation.
2. adjustment DCH according to claim 1 turns the method for IDLE duration, and it is characterized in that, described user behavior parameter comprises: business continues duration t business, Idle state duration t idle, the duration t such as RRC Reconstruction Interval reconstruction Interval;
T businessthe duration of expression business;
T idlethe time of Internet resources is taken after representing service ending;
T reconstruction Intervalrepresent that this RRC is discharged into the time interval between next RRC foundation.
3. adjustment DCH according to claim 2 turns the method for IDLE duration, and it is characterized in that, the situation that described matching degree does not meet predetermined condition comprises:
Described t after described service ending idledescribed t businessdescribed dynamic load regulation and control thresholding M doubly more than.
4. adjustment DCH according to claim 3 turns the method for IDLE duration, and it is characterized in that, the situation that described matching degree does not meet predetermined condition also comprises:
If described t after described service ending idledescribed t businessdescribed dynamic load regulation and control thresholding less than M times, but described t reconstruction Intervallower than pre-determined threshold t rebuild thresholding; Wherein, t rebuild thresholdingthe minimum threshold between RRC foundation is next time arrived after representing a RRC release.
5. adjustment DCH according to claim 1 turns the method for IDLE duration, it is characterized in that, determines described dynamic load regulation and control thresholding M according to following formula:
Wherein, U land U hbe respectively predefined code resource utilization minimum threshold and the most high threshold of code resource utilization, U represents when former code resource utilization, β (0< β <1) is predefined ratio value, and Mmax is predefined maximum acceptable t idle/ t businessthreshold value.
6. adjustment DCH according to claim 5 turns the method for IDLE duration, and it is characterized in that, described code resource utilization comprises up code resource utilization, descending code resource utilization, up-downgoing comprehensive coding resource utilization.
7. adjustment DCH according to claim 5 turns the method for IDLE duration, it is characterized in that, carries out the step that DCH turns the adjustment of IDLE duration and comprises:
Wherein t dCH->IDLE, oldrepresent that not adjusting front DCH turns IDLE duration, t dCH->IDLE, newafter representing adjustment, DCH turns IDLE duration, Δ changerepresent adjustment step-length.
8. adjustment DCH according to claim 7 turns the method for IDLE duration, it is characterized in that, described Δ changeobtained by following formula:
Δ change=(t dCH->IDLE, old-t dCH->IDLE, min)/ k
K value is determined based on the method for the rank changes such as current network code resource utilization employing, adopts and determines with the following method:
Wherein U represents current network code resource utilization, U 1..., U n+1represent code resource utilization range threshold.
9. a network controller, turning IDLE duration for adjusting DCH, it is characterized in that, comprise:
Evaluation module, for when user carries out business, assesses according to the current user behavior parameter of user and dynamic load regulation and control thresholding M the matching degree that user behavior and DCH turn IDLE duration;
Duration adjusting module, for carry out when described matching degree does not meet predetermined condition DCH turn IDLE duration adjustment, and according to adjustment after duration carry out follow-up turn IDLE operation.
10. network controller according to claim 9, is characterized in that, described user behavior parameter comprises: business continues duration t business, Idle state duration t idle, the duration t such as RRC Reconstruction Interval reconstruction Interval;
T businessthe duration of expression business;
T idlethe time of Internet resources is taken after representing service ending;
T reconstruction Intervalrepresent that this RRC is discharged into the time interval between next RRC foundation.
11. network controllers according to claim 10, is characterized in that, the situation that described matching degree does not meet predetermined condition comprises:
Described t after described service ending idledescribed t businessdescribed dynamic load regulation and control thresholding M doubly more than.
12. network controllers according to claim 11, is characterized in that, the situation that described matching degree does not meet predetermined condition also comprises:
If described t after described service ending idledescribed t businessdescribed dynamic load regulation and control thresholding less than M times, but described t reconstruction Intervallower than pre-determined threshold t rebuild thresholding; Wherein, t rebuild thresholdingthe minimum threshold between RRC foundation is next time arrived after representing a RRC release.
13. network controllers according to claim 9, is characterized in that, determine described dynamic load regulation and control thresholding M according to following formula:
Wherein, U land U hbe respectively predefined code resource utilization minimum threshold and the most high threshold of code resource utilization, U represents when former code resource utilization, β (0< β <1) is predefined ratio value, and Mmax is predefined maximum acceptable t idle/ t businessthreshold value.
14. network controllers according to claim 12, is characterized in that, described code resource utilization comprises up code resource utilization, descending code resource utilization, up-downgoing comprehensive coding resource utilization.
15. network controllers according to claim 10, is characterized in that, described duration adjusting module carry out DCH turn IDLE duration adjustment step comprise:
Wherein t dCH->IDLE, oldrepresent that not adjusting front DCH turns IDLE duration, t dCH->IDLE, newafter representing adjustment, DCH turns IDLE duration, Δ changerepresent adjustment step-length.
16. network controllers according to claim 15, is characterized in that, described Δ changeobtained by following formula:
Δ change=(t dCH->IDLE, old-t dCH->IDLE, min)/K
K value is determined based on the method for the rank changes such as current network code resource utilization employing, adopts and determines with the following method:
Wherein U represents current network code resource utilization, U 1..., U n+1represent code resource utilization range threshold.
17. 1 kinds of mobile communication system, comprise terminal and network controller, and described network controller turns IDLE duration for adjusting DCH, and it is characterized in that, described network controller comprises:
Evaluation module, for when user carries out business, assesses according to the current user behavior parameter of user and dynamic load regulation and control thresholding M the matching degree that user behavior and DCH turn IDLE duration;
Duration adjusting module, for carry out when described matching degree does not meet predetermined condition DCH turn IDLE duration adjustment, and according to adjustment after duration carry out follow-up turn IDLE operation.
18. mobile communication system according to claim 17, is characterized in that, described user behavior parameter comprises: business continues duration t business, Idle state duration t idle, the duration t such as RRC Reconstruction Interval between reconstructionevery;
T businessthe duration of expression business;
T idlethe time of Internet resources is taken after representing service ending;
T reconstruction Intervalrepresent that this RRC is discharged into the time interval between next RRC foundation.
19. mobile communication system according to claim 18, is characterized in that, the situation that described matching degree does not meet predetermined condition comprises:
Described t after described service ending idledescribed t businessdescribed dynamic load regulation and control thresholding M doubly more than.
20. mobile communication system according to claim 19, is characterized in that, the situation that described matching degree does not meet predetermined condition also comprises:
If described t after described service ending idledescribed t businessdescribed dynamic load regulation and control thresholding less than M times, but described t reconstruction Intervallower than pre-determined threshold t rebuild thresholding; Wherein, t rebuild thresholdingthe minimum threshold between RRC foundation is next time arrived after representing a RRC release.
21. mobile communication system according to claim 17, is characterized in that, determine described dynamic load regulation and control thresholding M according to following formula:
Wherein, U land U hbe respectively predefined code resource utilization minimum threshold and the most high threshold of code resource utilization, U represents when former code resource utilization, β (0< β <1) is predefined ratio value, and Mmax is predefined maximum acceptable t idle/ t businessthreshold value.
22. mobile communication system according to claim 21, is characterized in that, described code resource utilization comprises up code resource utilization, descending code resource utilization, up-downgoing comprehensive coding resource utilization.
23. mobile communication system according to claim 21, is characterized in that, described duration adjusting module carry out DCH turn IDLE duration adjustment step comprise:
Wherein t dCH->IDLE, oldrepresent that not adjusting front DCH turns IDLE duration, t dCH->IDLE, newafter representing adjustment, DCH turns IDLE duration, Δ changerepresent adjustment step-length.
24. mobile communication system according to claim 23, is characterized in that, described Δ changeobtained by following formula:
Δ change=(t dCH->IDLE, old-t dCH->IDLE, min)/K
K value is determined based on the method for the rank changes such as current network code resource utilization employing, adopts and determines with the following method:
Wherein U represents current network code resource utilization, U 1..., U n+1represent code resource utilization range threshold.
25. mobile communication system according to claim 23, is characterized in that, described mobile communications network is TD-SCDMA network or LTE network.
CN201310681157.0A 2013-12-12 2013-12-12 Adjustment DCH turns method, network controller and the system of IDLE duration Active CN104717696B (en)

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