CN103139931B - A kind of method, apparatus for controlling wireless heterogeneous networks connection status and base station - Google Patents
A kind of method, apparatus for controlling wireless heterogeneous networks connection status and base station Download PDFInfo
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- CN103139931B CN103139931B CN201110397309.5A CN201110397309A CN103139931B CN 103139931 B CN103139931 B CN 103139931B CN 201110397309 A CN201110397309 A CN 201110397309A CN 103139931 B CN103139931 B CN 103139931B
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Abstract
The invention provides a kind of method, apparatus for controlling wireless heterogeneous networks connection status and base station.Wherein methods described includes：The quantity for the radio bearer established between the application type of user terminal, the ability parameter of the user terminal, the user terminal and network side is obtained in network side and goes at least one of four kinds of parameters of average arrival time of data of user terminal parameter；Network side determines the timeout value of the inactive timers of RRC corresponding to the user terminal according at least one parameter obtained；When establishing the RRC connections between the user terminal, network side starts the inactive timers of RRC and starts timing；In the inactive timer expireds of the RRC, the RRC connections between network side release and the user terminal.The timeout value for the inactive timer that the present invention can be connected by dynamic configuration RRC, and the state of RRC connections is controlled accordingly.
Description
Technical field
The present invention relates to GSM, and in particular to one kind control wireless heterogeneous networks (Radio Resource
Control, RRC) connection status method, apparatus and base station.
Background technology
Third generation cooperative partner program (3rd Generation Partnership Project, 3GPP) is as mobile logical
The vital tissue in letter field has greatly promoted 3rd generation mobile communication technology (The Third Generation, 3G) standard
Change progress, formulated it is a series of including WCDMA (Wide Code Division Multiple Access,
WCDMA), high-speed slender body theory (High Speed Downlink Packet Access, HSDPA), high speed uplink packet
The communications system specifications accessed including (High Speed Uplink Packet Access, HSUPA) etc..
In order to tackle the challenge of broadband access technology, and meet the demand of growing new business, 3GPP is 2004
The end of the year starts the standardization effort of 3G Long Term Evolutions (Long Term Evolution, LTE) technology, it is desirable to further improves
Spectrum efficiency, improve the performance of Cell Edge User, reduce system delay, the access of higher rate is provided for high velocity mobile users
Service etc..In June, 2008,3GPP completes LTE-A technical need report, it is proposed that LTE-A minimum essential requirement：Descending peak
Be worth speed 1Gbps, upstream peak speed 500Mbps, up-downgoing peaks spectrum utilization rate respectively reach 15Mbps/Hz and
30Mbps/Hz.These parameters have been far above ITU minimum technology demand parameter, have obvious advantage.In December, 2010,
3GPP completes the standard document (LTE Release10) of first version of LTE-A, and has started in March, 2011 pair
The research work of the further evolution versions of LTE-A.
In the LTE mobile networks of prior art, there is following working method in base station：Base station end can retain a RRC
The inactive timer (RRC inactivity timer) of connection, this timer can be between base station and user terminal
RRC connections start timing when establishing, i.e., Radio Resource connection is sent in base station and establishes (RRC connection setup) signaling
When start timing, after timer expired, base station can send Radio Resource Connection Release (RRC connection to user terminal
Release) signaling, to disconnect the connections of the RRC between base station and user terminal, its process is as shown in figure 1, shadow part in figure
Divide and represent data transmission period, dotted portion represents timer duration.In the prior art when realizing process shown in Fig. 1, generally
An inactive timer with the RRC connections of fixed-timeouts value is configured to each user terminal by base station, in the timer
After time-out, that is, discharge RRC connections.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of method, apparatus for controlling wireless heterogeneous networks connection status
And base station, according to the special parameter of user terminal, the timeout value of the inactive timer of dynamic configuration RRC connections, and control accordingly
The state of RRC connections processed.
In order to solve the above technical problems, offer scheme of the present invention is as follows：
A kind of method for controlling radio resource control RRC connection status, including：
In network side obtain the application type of user terminal, the ability parameter of the user terminal, the user terminal with
The quantity for the radio bearer established between network side and go to the user terminal data four kinds of parameters of average arrival time
At least one of parameter；
Network side determines the inactive meters of RRC corresponding to the user terminal according at least one parameter obtained
When device timeout value, wherein, the timeout value has at least two different numerical value, corresponds respectively at least one parameter
Different values；
When establishing the RRC connections between the user terminal, network side starts the inactive timers of RRC and started
Timing；
In the inactive timer expireds of the RRC, the RRC connections between network side release and the user terminal.
Preferably, in above-mentioned control method,
It is described to determine the user terminal when at least one parameter only includes the application type of the user terminal
The timeout value of the corresponding inactive timers of RRC, including：
According to the first corresponding relation between application type set in advance and timeout value, answering for the user terminal is determined
With the timeout value corresponding to type, the timeout value of the inactive timers of the RRC is obtained；
Wherein, in first corresponding relation, there is the time-out corresponding to the first application type of the first delay requirement
Value, not less than the timeout value corresponding to the second application type with the second delay requirement, first delay requirement is higher than institute
State the second delay requirement.
Preferably, in above-mentioned control method,
It is described to determine the user terminal when at least one parameter only includes the ability parameter of the user terminal
The timeout value of the corresponding inactive timers of RRC, including：
According to the second corresponding relation between ability parameter set in advance and timeout value, the energy of the user terminal is determined
Timeout value corresponding to force parameter, obtain the timeout value of the inactive timers of the RRC.
Wherein, in second corresponding relation, the timeout value corresponding to the first ability parameter, join no more than the second ability
The corresponding timeout value of number, the first ability parameter are higher than the second ability parameter.
Preferably, in above-mentioned control method,
It is described to determine that the user terminal is corresponding when at least one parameter only includes the quantity of the radio bearer
The inactive timers of RRC timeout value, including：
According to the 3rd corresponding relation between the quantity of radio bearer set in advance and timeout value, determine that the user is whole
Timeout value corresponding to the quantity for the radio bearer established between end and network side, obtain the super of the inactive timers of the RRC
Duration.
Wherein, in the 3rd corresponding relation, the timeout value corresponding to the first quantity of radio bearer, not less than wireless
Timeout value corresponding to second quantity of carrying, first quantity are more than second quantity.
Preferably, in above-mentioned control method,
When at least one parameter only includes the average arrival time of the data for going to the user terminal, institute
The timeout value for determining the inactive timers of RRC corresponding to the user terminal is stated, including：
According to the 4th corresponding relation between average arrival time set in advance and timeout value, it is determined that it is described go to it is described
Timeout value corresponding to the average arrival time of the data of user terminal, obtain the timeout value of the inactive timers of the RRC.
Wherein, in the 4th corresponding relation, the timeout value corresponding to the first average arrival time is flat no more than second
Timeout value corresponding to equal arrival time, first average arrival time are less than second average arrival time.
Preferably, in above-mentioned control method,
It is described to determine the user in the two or more parameters during at least one parameter includes four kinds of parameters
The timeout value of the inactive timers of RRC corresponding to terminal, including：
According to corresponding relation of the parameter group pre-established under different value conditions between timeout value, the net is determined
The timeout value for the inactive timers of RRC corresponding at least one parameter that network side obtains, the parameter group include described
Two or more parameters.
Preferably, in above-mentioned control method,
When described two above parameters include the application type, in the corresponding relation, corresponding to the first parameter group
Timeout value, not less than timeout value corresponding to the second parameter group, wherein, between first parameter group and second parameter group only
The difference of the delay requirement of the application type be present, and the delay requirement in the first parameter group is higher than second parameter
The delay requirement in group.
Preferably, in above-mentioned control method,
When described two above parameters include the ability parameter of the user terminal, in the corresponding relation, the first ginseng
Timeout value corresponding to array, no more than timeout value corresponding to the second parameter group, wherein, first parameter group and the described second ginseng
The difference of the ability parameter of the user terminal, and the ability of the user terminal in the first parameter group are only existed between array
Parameter is higher than the ability parameter of the user terminal in second parameter group.
Preferably, in above-mentioned control method,
When described two above parameters include the quantity of the radio bearer, in the corresponding relation, the first parameter group
Corresponding timeout value, not less than timeout value corresponding to the second parameter group, wherein, first parameter group and second parameter group
Between only exist the radio bearer quantity difference, and the quantity of radio bearer described in the first parameter group is more than described the
The quantity of radio bearer described in two parameter groups.
Preferably, in above-mentioned control method,
It is described when described two above parameters include the average arrival time of the data for going to the user terminal
In corresponding relation, timeout value corresponding to the first parameter group, no more than timeout value corresponding to the second parameter group, wherein, described first
The difference of the average arrival time is only existed between parameter group and second parameter group, and it is described flat in the first parameter group
Equal arrival time is less than the average arrival time in second parameter group.
Preferably, in above-mentioned control method,
It is described to determine the user in the two or more parameters during at least one parameter includes four kinds of parameters
The timeout value of the inactive timers of RRC corresponding to terminal, including：
It is described to determine the user terminal pair when described two above parameters include the application type of the user terminal
The timeout value for the inactive timers of RRC answered, including：
Acquisition pre-establishes the corresponding relation between every kind of parameter and timeout value in four kinds of parameters；
According to the corresponding relation, timeout value corresponding to every kind of parameter at least one parameter is determined；
According to the weighted value of every kind of parameter set in advance, to the timeout value of all parameters at least one parameter
Average treatment is weighted, obtains the timeout value of the inactive timers of RRC corresponding to the user terminal.
Preferably, in above-mentioned control method,
The corresponding relation between every kind of parameter and timeout value in four kinds of parameters, including：
The first corresponding relation between application type and timeout value, wherein, in first corresponding relation, have first
Timeout value corresponding to first application type of delay requirement, it is right not less than the second application type institute with the second delay requirement
The timeout value answered, first delay requirement are higher than second delay requirement；
The second corresponding relation between ability parameter and timeout value, wherein, in second corresponding relation, the first ability
Timeout value corresponding to parameter, no more than the timeout value corresponding to the second ability parameter, the first ability parameter is higher than described
The second ability parameter；
The 3rd corresponding relation between the quantity and timeout value of radio bearer, wherein, in the 3rd corresponding relation, nothing
Timeout value corresponding to first quantity of line carrying, not less than the timeout value corresponding to the second quantity of radio bearer, described the
One quantity is more than second quantity；
The 4th corresponding relation between average arrival time and timeout value, wherein, in the 4th corresponding relation, first
Timeout value corresponding to average arrival time, no more than the timeout value corresponding to the second average arrival time, described first is average
Arrival time is less than second average arrival time.
Present invention also offers a kind of device for controlling radio resource control RRC connection status, including：
Gain of parameter unit, for obtaining the application type of user terminal, the ability parameter of the user terminal, the use
The quantity for the radio bearer established between family terminal and network side and go to the user terminal data average arrival time
At least one of four kinds of parameters parameter；
Timeout value determining unit, for according at least one parameter obtained, determining that the user terminal is corresponding
The inactive timers of RRC timeout value, wherein, the timeout value has at least two different numerical value, corresponds respectively to described
The different values of at least one parameter；
Timing start unit, for when establishing the RRC connections between the user terminal, starting, the RRC is non-to be swashed
Timer living starts timing；
Connection Release unit, in the inactive timer expireds of the RRC, discharging between the user terminal
RRC connections.
Preferably, in above-mentioned device, when at least one parameter only includes the application type of the user terminal,
The timeout value determining unit includes：
First processing units, for according to the first corresponding relation between application type set in advance and timeout value, really
Timeout value corresponding to the application type of the fixed user terminal, obtains the timeout value of the inactive timers of the RRC；
Wherein, in first corresponding relation, there is the time-out corresponding to the first application type of the first delay requirement
Value, not less than the timeout value corresponding to the second application type with the second delay requirement, first delay requirement is higher than institute
State the second delay requirement.
Preferably, in above-mentioned device, when at least one parameter only includes the ability parameter of the user terminal,
The timeout value determining unit includes：
Second processing unit, for according to the second corresponding relation between ability parameter set in advance and timeout value, really
Timeout value corresponding to the ability parameter of the fixed user terminal, obtains the timeout value of the inactive timers of the RRC.
Wherein, in second corresponding relation, the timeout value corresponding to the first ability parameter, join no more than the second ability
The corresponding timeout value of number, the first ability parameter are higher than the second ability parameter.
Preferably, it is described when at least one parameter only includes the quantity of the radio bearer in above-mentioned device
Timeout value determining unit includes：
3rd processing unit, for the 3rd between the quantity according to radio bearer set in advance and timeout value it is corresponding close
System, the timeout value corresponding to the quantity of radio bearer established between the user terminal and network side is determined, obtains the RRC
The timeout value of inactive timer.
Wherein, in the 3rd corresponding relation, the timeout value corresponding to the first quantity of radio bearer, not less than wireless
Timeout value corresponding to second quantity of carrying, first quantity are more than second quantity.
Preferably, in above-mentioned device, the number for going to the user terminal is only included at least one parameter
According to average arrival time when, the timeout value determining unit includes：
Fourth processing unit, for being closed according to the 4th between average arrival time set in advance and timeout value is corresponding
System, it is determined that the timeout value corresponding to the average arrival time of the data for going to the user terminal, it is non-sharp to obtain the RRC
The timeout value of timer living.
Wherein, in the 4th corresponding relation, the timeout value corresponding to the first average arrival time is flat no more than second
Timeout value corresponding to equal arrival time, first average arrival time are less than second average arrival time.
Preferably, in above-mentioned device, the two or more ginsengs at least one parameter includes four kinds of parameters
During number, the timeout value determining unit includes：
Corresponding relation obtaining unit, pre-established for obtaining between every kind of parameter and timeout value in four kinds of parameters
Corresponding relation；
6th processing unit, for according to the corresponding relation, determining every kind of parameter pair at least one parameter
The timeout value answered；And the weighted value according to every kind of parameter set in advance, to all parameters at least one parameter
Timeout value be weighted average treatment, obtain the timeout value of the inactive timers of RRC corresponding to the user terminal.
Preferably, in above-mentioned device, the corresponding relation between every kind of parameter and timeout value in four kinds of parameters, bag
Include：
The first corresponding relation between application type and timeout value, wherein, in first corresponding relation, have first
Timeout value corresponding to first application type of delay requirement, it is right not less than the second application type institute with the second delay requirement
The timeout value answered, first delay requirement are higher than second delay requirement；
The second corresponding relation between ability parameter and timeout value, wherein, in second corresponding relation, the first ability
Timeout value corresponding to parameter, no more than the timeout value corresponding to the second ability parameter, the first ability parameter is higher than described
The second ability parameter；
The 3rd corresponding relation between the quantity and timeout value of radio bearer, wherein, in the 3rd corresponding relation, nothing
Timeout value corresponding to first quantity of line carrying, not less than the timeout value corresponding to the second quantity of radio bearer, described the
One quantity is more than second quantity；
The 4th corresponding relation between average arrival time and timeout value, wherein, in the 4th corresponding relation, first
Timeout value corresponding to average arrival time, no more than the timeout value corresponding to the second average arrival time, described first is average
Arrival time is less than second average arrival time.
Present invention also offers a kind of base station, including devices discussed above.
From it is described above as can be seen that it is provided by the invention control wireless heterogeneous networks connection status method, apparatus and
Base station, the timeout value that the inactive timers of RRC according to the related parameter of terminal, are set dynamically can be realized.The embodiment of the present invention
Can also be further according to the timeout value of the relevant parameter of user terminal, rationally setting timer, in signal resource and terminal energy
Rationally accepted or rejected between consumption, the redundancy of RRC connection signalings can be effectively reduced, while saved user terminal electricity and ensure that user is whole
Hold cruising time.
Brief description of the drawings
Fig. 1 is that the schematic diagram of process is established and discharged in RRC connections in the prior art；
Fig. 2 is the schematic diagram of the method for the control RRC connection status described in the embodiment of the present invention；
Fig. 3 is effect diagram when the inactive timer values of RRC are too small；
Fig. 4 is effect diagram when the inactive timer values of RRC are excessive；
Fig. 5 is the schematic diagram of the device of the control RRC connection status described in the embodiment of the present invention.
Embodiment
Embodiments of the invention are described in detail below in conjunction with accompanying drawing, but the present invention can be defined by the claims
Implement with the multitude of different ways of covering.
Fig. 2 is refer to, the method for the control RRC connection status described in the embodiment of the present invention, including：
Step 21, the application type of user terminal, the ability parameter of the user terminal, the user are obtained in network side
The quantity for the radio bearer established between terminal and network side and go to the user terminal data average arrival time four
At least one of kind parameter parameter；
Step 22, network side determines that RRC corresponding to the user terminal is non-according at least one parameter obtained
The timeout value of timer is activated, wherein, the timeout value has at least two different numerical value, corresponds respectively at least one
The different values of parameter；
Step 23, when establishing the RRC connections between the user terminal, network side starts the inactive meters of RRC
When device start timing；
Step 24, in the inactive timer expireds of the RRC, the RRC between network side release and the user terminal
Connection.
From above step as can be seen that the present embodiment is changed in conventional method sets a fixed-timeouts for user terminal
The way of the inactive timers of RRC of value, but any combination in four kinds of related parameters of user terminal are super to set
Duration, it is achieved thereby that the dynamic setting of timeout value.
With the popularization of Novel smart mobile phone, miscellaneous new opplication type is produced in GSM, especially
Data service frequently occurs, for example, as iTunes, Blackberry App world and Android Market etc.
The data service that third-party application introduces, they are generally presented as bursting and fragmentary packet, and the generation of these packets can
Can be due to information exchange, background behavior or the automatism of user, such as maintaining the signaling of state of activation or answering
With the information exchange between server, feedback of status/renewal.The beginning of the generation of these applications, do not consider to wirelessly connecing
The influence of mouth, substantial amounts of control signaling expense can be caused by also not accounting for increasing for this new business；Meanwhile prolonging as LTE
Stretch, LTE-A continues requirement and provides the Consumer's Experience of preferably " always online ", and requires that mobile terminal is protected in which can try one's best
Endurance is demonstrate,proved, that is, saves energy consumption, this will limit the introducing of new opplication type, therefore further be brought for wireless heterogeneous networks
Difficulty and challenge, so urgent need to resolve, under the more application type environment of LTE-A, network utilization, user's cruising time, signaling are opened
The coordination problem of pin and user/systematic function.
In the LTE-A network in future, due to the appearance of a variety of new opplication types, packet can more show as bursting
With fragmentary state, now, if the inactive timer value of RRC connections is too small, can cause between base station and user terminal frequently to establish,
RRC connections are discharged, produce excessive control signaling, namely the interaction of RRC connections signaling (RRC signaling)；Opposite, such as
The inactive timer value of fruit RRC connections is long, and user terminal then can be always everywhere in the connection status with base station, and this can increase
User terminal electric energy loss, reduce user terminal cruising time.It is too small and excessive that Fig. 3, Fig. 4 respectively illustrate timer value
Effect diagram.
The method of control RRC connection status provided in an embodiment of the present invention, can be further according to the correlation of user terminal
Parameter, the timeout value of timer is rationally set, rationally accepts or rejects, can be effectively reduced between signal resource and terminal energy consumption
The redundancy of RRC connection signalings, while save user terminal electricity and ensure user terminal cruising time.
The advantages of to make the present embodiment, is more prominent, hereinafter will to the embodiment of the present invention how according to parameter (combination) come
Timeout value is set to carry out some specific illustrations.
In the embodiment of the present invention, timer adjustment reference parameter can be divided into it is following several：
1st, application type (Application type)
Generally, there is different application types different service quality (QoS) to require, Main Basiss in the embodiment of the present invention
Delay requirement in quality of service requirement.For example, the generally requirement of FTP applications or e-mail applications to time delay, will be less than and hand over
The requirement that mutual formula is played to time delay.
In above-mentioned steps 21, network side can obtain the application class of user terminal from system upper strata (upper layer)
The information of type.
2nd, the ability parameter (UE capability) of user terminal
Generally, different types of user terminal has different ability parameters, for being provided with open operating system (such as
Symbian, Windows Mobile, iOS, Linux etc.) smart mobile phone (Smart phone), it can support a variety of mixing
Business, there is the characteristics of power consumption is big, it is therefore desirable to more consider to save power consumption to increase cruising time；For regular handset
(Feature phone), the business that it is supported is less, and power consumption burns, therefore without higher energy saving requirement.
In above-mentioned steps 21, network side can obtain the ability parameter of user terminal from the report that user terminal reports
Information.
3rd, the quantity of radio bearer
The quantity for the radio bearer established between user terminal and network side, can also as timeout value set one according to
According to.For example, when the quantity of radio bearer is more, larger timeout value can be set；Conversely, less time-out can be set
Value.
In above-mentioned steps 21, can be determined to establish between user terminal and network side by the base station of network side wirelessly holds
The quantity of load.
4th, the average arrival time of the data of the user terminal is gone to
The average arrival time of the data of user terminal is gone to caused by some application, the frequency of user data can be reflected
Numerous degree, therefore the foundation that can also be set as timeout value.
In above-mentioned steps 21, above-mentioned average arrival time can be counted by the base station of network side.
The embodiment of the present invention in above-mentioned steps 22, can be more than in four kinds of parameters any one, described in setting
Timeout value.For example, when network side only obtains one of which parameter, the time-out can be set dynamically according to the parameter of acquisition
Value.Certainly, any combination that the embodiment of the present invention can also be according to more than in four kinds of parameters, is set dynamically the timeout value.
Below, the situation only in accordance with one of which parameter setting timeout value is introduced first, is divided into following four situation：
1) in the application type only in accordance with user terminal, the inactive timers of RRC corresponding to the user terminal are determined
Timeout value, specifically include：
According to the first corresponding relation between application type set in advance and timeout value, answering for the user terminal is determined
With the timeout value corresponding to type, the timeout value of the inactive timers of the RRC is obtained；
Wherein, in first corresponding relation, there is the time-out corresponding to the first application type of the first delay requirement
Value, not less than the timeout value corresponding to the second application type with the second delay requirement, first delay requirement is higher than institute
State the second delay requirement.
As can be seen that the embodiment of the present invention sets larger timeout value when the delay requirement of application type is higher, to protect
Its delay requirement is demonstrate,proved, reduces the interaction of RRC connection signalings, saving signaling resource；When the delay requirement of application type is relatively low, if
Less timeout value is put, to avoid user terminal from being in connection status for a long time, so as to save its energy consumption.
2) in the ability parameter only in accordance with user terminal, the inactive timers of RRC corresponding to the user terminal are determined
During timeout value, specifically include：
According to the second corresponding relation between ability parameter set in advance and timeout value, the energy of the user terminal is determined
Timeout value corresponding to force parameter, obtain the timeout value of the inactive timers of the RRC.
Wherein, in second corresponding relation, the timeout value corresponding to the first ability parameter, join no more than the second ability
The corresponding timeout value of number, the first ability parameter are higher than the second ability parameter.
As can be seen that the embodiment of the present invention is the higher user terminal of ability, less timeout value is set, to save such as
The energy consumption of the terminal of smart mobile phone etc, extend its cruising time；For the relatively low user terminal of ability, larger time-out is set
Value, to reduce the interaction times of RRC connection signalings, saving signaling resource.
3) when only in accordance with the quantity of the radio bearer, the inactive timers of RRC corresponding to the user terminal are determined
Timeout value when, specifically include：
According to the 3rd corresponding relation between the quantity of radio bearer set in advance and timeout value, determine that the user is whole
Timeout value corresponding to the quantity for the radio bearer established between end and network side, obtain the super of the inactive timers of the RRC
Duration.
Wherein, in the 3rd corresponding relation, the timeout value corresponding to the first quantity of radio bearer, not less than wireless
Timeout value corresponding to second quantity of carrying, first quantity are more than second quantity.
As can be seen that the embodiment of the present invention sets larger timeout value when the quantity of radio bearer is more, to reduce
The interaction of RRC connection signalings, saving signaling resource；In the negligible amounts of radio bearer, less timeout value is set, to avoid
User terminal is in connection status for a long time, so as to save its energy consumption.
4) in the average arrival time only in accordance with the data for going to the user terminal, the user terminal pair is determined
During the timeout value for the inactive timers of RRC answered, specifically include：
According to the 4th corresponding relation between average arrival time set in advance and timeout value, it is determined that it is described go to it is described
Timeout value corresponding to the average arrival time of the data of user terminal, obtain the timeout value of the inactive timers of the RRC.
Wherein, in the 4th corresponding relation, the timeout value corresponding to the first average arrival time is flat no more than second
Timeout value corresponding to equal arrival time, first average arrival time are less than second average arrival time.
As can be seen that the embodiment of the present invention then sets less timeout value, to keep away when the average arrival time is smaller
Exempt from user terminal and be in connection status for a long time, so as to save its energy consumption；When the average arrival time is larger, then set compared with
Big timeout value, to reduce the interaction of RRC connection signalings, saving signaling resource.
4) plant a kind of simplified implementation of situation as above-mentioned the, the embodiment of the present invention only in accordance with it is described go to it is described
The average arrival time of the data of user terminal, when determining the timeout value of the inactive timers of RRC corresponding to the user terminal,
It can include：The average arrival time of the data for going to the user terminal is added with a prefixed time interval, obtained
The timeout value of the inactive timers of RRC.Because average arrival time is for going to the one of the data of the user terminal
Individual statistical result, the timeout value set in the manner described above, one can be obtained between reducing Signalling exchange and saving energy consumption
It is rational compromise.
Above respectively with regard to a kind of parameter exemplified by, it is illustrated how set timeout value.The embodiment of the present invention can also be according to two
The parameter group that kind above parameter is formed, to set timeout value, is specifically described below.
The embodiment of the present invention can by pre-establish parameter group under different value conditions it is corresponding between timeout value
Relation, and then according to the corresponding relation, the parameter group obtained with network side is matched, it is determined that the parameter group obtained with network side
Corresponding timeout value, the timeout value as the inactive timers of RRC.That is, above-mentioned steps 22 can specifically include：According to building in advance
Corresponding relation of the vertical parameter group under different value conditions between timeout value, determine that the network side obtains it is described at least
A kind of timeout value of the inactive timers of RRC corresponding to parameter, the parameter group include described two above parameters.
Rationally to set the timeout value of timer, rationally accepted or rejected between signal resource and terminal energy consumption, the present invention is implemented
Example can pre-set the corresponding relation according to following principle：
1a) when described two above parameters include the application type, in the corresponding relation, the first parameter group is corresponding
Timeout value, not less than timeout value corresponding to the second parameter group, wherein, between first parameter group and second parameter group
The difference of the delay requirement of the application type is only existed, and the delay requirement in the first parameter group is higher than the described second ginseng
The delay requirement in array.
2a) when described two above parameters include the ability parameter of the user terminal, in the corresponding relation, first
Timeout value corresponding to parameter group, no more than timeout value corresponding to the second parameter group, wherein, first parameter group and described second
The difference of the ability parameter of the user terminal, and the energy of the user terminal in the first parameter group are only existed between parameter group
Force parameter is higher than the ability parameter of the user terminal in second parameter group.
3a) when described two above parameters include the quantity of the radio bearer, in the corresponding relation, the first parameter
Timeout value corresponding to group, not less than timeout value corresponding to the second parameter group, wherein, first parameter group and second parameter
The difference of the quantity of the radio bearer is only existed between group, and the quantity of radio bearer described in the first parameter group is more than described
The quantity of radio bearer described in second parameter group.
4a) when described two above parameters include the average arrival time of the data for going to the user terminal,
In the corresponding relation, timeout value corresponding to the first parameter group, no more than timeout value corresponding to the second parameter group, wherein, it is described
The difference of the average arrival time, and the institute in the first parameter group are only existed between first parameter group and second parameter group
Average arrival time is stated less than the average arrival time in second parameter group.
Set according to above principle in a kind of obtained possible corresponding relation, the timeout value is with user terminal
Application type increasing for delay requirement is increased, reduce with the increasing for ability parameter of the user terminal, with
The increase of the quantity of radio bearer between the user terminal and network and increase, and, with going to the user terminal
Data average arrival time increase and reduce.
Another specific implementation of above-mentioned steps 22 is provided again below, in above-mentioned steps 22, according to two kinds
Above parameter determines the timeout value of the inactive timers of RRC corresponding to the user terminal, specifically includes：
Step 221, described two respective priority of above parameter set in advance are obtained, priority here is network
What side was pre-set.Virtual network operator can be as needed, the priority of arbitrary disposition parameters.For example, can set with
Lower priority orders：The quantity ＞ average arrival times of application type ＞ ability parameter ＞ radio bearers.
Step 222, according to the sequence of the priority, each ginseng in described two above parameters successively
Number, is adjusted to the numerical value of a timeout parameter, and non-sharp using the numerical value of the timeout parameter finally given as the RRC
The timeout value of timer living, the timeout parameter have an initial value；Wherein, when adjusting the numerical value of the timeout parameter,
The parameter of higher priority, there is larger numerical value adjusting range.
Here, the numerical value of timeout parameter is adjusted according to the parameter with limit priority first；Then, exchange
Whole obtained timeout parameter, continue to be adjusted according to the parameter with time high priority, until all adjusting according to all parameters
Finish, so, the timeout parameter finally given, using as the timeout value of the inactive timers of the RRC.Timeout parameter can have
There is an initial value, the fixed value as set by prior art is usually the inactive timers of RRC.
In view of the height of priority, when adjusting the numerical value of the timeout parameter, the parameter of higher priority, to described
Timeout parameter has larger numerical value adjusting range.As an example it is assumed that the initial value of timeout parameter is A, then basis first
Delay requirement in application type is different, and A is adjusted, and the timeout parameter after adjustment is C=A+B, wherein, B ∈ [- B1 ,+
B2], it can be seen that the scope according to numerical value adjustment of the application type to timeout parameter is B2- (- B1)=B2+B1；Then, root
According to the difference of ability parameter, to the further adjustment of C, the timeout parameter after being adjusted is E=C+D, wherein, D ∈ [- D1 ,+
D2], it can be seen that the scope according to numerical value adjustment of the ability parameter to timeout parameter is D2- (- D1)=D2+D1；Due to here
The priority of application type is higher than ability parameter, therefore, B2+B1 ＞ D2+D1.
That is, when being adjusted according to two or more parameter to timeout parameter, first according to limit priority
Parameter carries out an adjustment, and then, on the basis of above-mentioned adjustment, the parameter progress one further according to next priority is micro-
Adjust, until the parameter of lowest priority is all adjusted and finished.
Specifically, the embodiment of the present invention is in above-mentioned steps 222, each ginseng in described two above parameters successively
Number, is adjusted to timeout parameter, wherein：
When being adjusted according to the application type to the timeout parameter, if the delay requirement of the first application type
Higher than the delay requirement of the second application type, then the timeout parameter after being adjusted according to the first application type is not less than according to the
The timeout parameter after the adjustment of two application types；
When the ability parameter according to the user terminal is adjusted to the timeout parameter, if the first ability parameter
Higher than the second ability parameter, then it is not more than according to the timeout parameter after the first ability parameter adjustment according to the second ability parameter
The timeout parameter after adjustment；
When the quantity according to the radio bearer is adjusted to the timeout parameter, if the of the radio bearer
One quantity is more than the second quantity of the radio bearer, then the time-out after being adjusted according to the first quantity of the radio bearer
Parameter is not less than the timeout parameter after being adjusted according to the second quantity of the radio bearer；
The timeout parameter is adjusted in the average arrival time for the data for going to the user terminal according to
When, if the first average arrival time is less than the second average arrival time, after being adjusted according to first average arrival time
The timeout parameter be not more than according to the second quantity of the radio bearer adjust after the timeout parameter.
Another specific implementation of above-mentioned steps 22 is provided further below, in above-mentioned steps 22, according to
Two or more parameters determine the timeout value of the inactive timers of RRC corresponding to the user terminal, specifically include：
Step A, obtain the corresponding relation between every kind of parameter and the timeout value pre-established in four kinds of parameters；
Step B, according to the corresponding relation, determine timeout value corresponding to every kind of parameter at least one parameter；
Step C, according to the weighted value of every kind of parameter set in advance, to all parameters at least one parameter
Timeout value is weighted average treatment, obtains the timeout value of the inactive timers of RRC corresponding to the user terminal.
Here, such as at least one parameter include three kinds of parameters：Application type, the quantity of radio bearer and average
During arrival time, it is assumed that the respective weighted value of three of the above parameter is respectively 0.6,0.3 and 0.3.According to three of the above parameter
In the corresponding relation of every kind of parameter and timeout value, determine each self-corresponding timeout value of three of the above parameter for 15ms, 20ms and
During 30ms, average treatment is now weighted in step C, i.e.,：(15*0.6+20*0.3+30*0.3)/(0.6+0.3+0.3)
=20ms, it is 20ms so as to obtain the timeout value of the inactive timers of RRC.
Here, the corresponding relation between every kind of parameter in four kinds of parameters and timeout value, including：
The first corresponding relation between application type and timeout value, wherein, in first corresponding relation, have first
Timeout value corresponding to first application type of delay requirement, it is right not less than the second application type institute with the second delay requirement
The timeout value answered, first delay requirement are higher than second delay requirement；
The second corresponding relation between ability parameter and timeout value, wherein, in second corresponding relation, the first ability
Timeout value corresponding to parameter, no more than the timeout value corresponding to the second ability parameter, the first ability parameter is higher than described
The second ability parameter；
The 3rd corresponding relation between the quantity and timeout value of radio bearer, wherein, in the 3rd corresponding relation, nothing
Timeout value corresponding to first quantity of line carrying, not less than the timeout value corresponding to the second quantity of radio bearer, described the
One quantity is more than second quantity；
The 4th corresponding relation between average arrival time and timeout value, wherein, in the 4th corresponding relation, first
Timeout value corresponding to average arrival time, no more than the timeout value corresponding to the second average arrival time, described first is average
Arrival time is less than second average arrival time.
Different embodiments of the invention are presented above, in summary, the embodiment of the present invention can be realized according to terminal phase
The parameter of pass, the timeout value of the inactive timers of RRC is set dynamically.The embodiment of the present invention can also be further according to user terminal
Relevant parameter, rationally set timer timeout value, rationally accepted or rejected between signal resource and terminal energy consumption, can be effectively
The redundancy of RRC connection signalings is reduced, while saves user terminal electricity and ensures user terminal cruising time.
Finally, the embodiment of the present invention additionally provides a kind of device and bag for controlling radio resource control RRC connection status
Include the base station (eNB) of the device.Wherein, as shown in figure 5, the device includes：
Gain of parameter unit, for obtaining the application type of user terminal, the ability parameter of the user terminal, the use
The quantity for the radio bearer established between family terminal and network side and go to the user terminal data average arrival time
At least one of four kinds of parameters parameter；
Timeout value determining unit, for according at least one parameter obtained, determining that the user terminal is corresponding
The inactive timers of RRC timeout value, wherein, the timeout value at least has two kinds of different numerical value, corresponds respectively to described
The different values of at least one parameter；
Timing start unit, for when establishing the RRC connections between the user terminal, starting, the RRC is non-to be swashed
Timer living starts timing；
Connection Release unit, in the inactive timer expireds of the RRC, discharging between the user terminal
RRC connections.
When at least one parameter only includes the application type of the user terminal, the timeout value determining unit bag
Include：
First processing units, for according to the first corresponding relation between application type set in advance and timeout value, really
Timeout value corresponding to the application type of the fixed user terminal, obtains the timeout value of the inactive timers of the RRC；
Wherein, in first corresponding relation, there is the time-out corresponding to the first application type of the first delay requirement
Value, not less than the timeout value corresponding to the second application type with the second delay requirement, first delay requirement is higher than institute
State the second delay requirement.
When at least one parameter only includes the ability parameter of the user terminal, the timeout value determining unit bag
Include：
Second processing unit, for according to the second corresponding relation between ability parameter set in advance and timeout value, really
Timeout value corresponding to the ability parameter of the fixed user terminal, obtains the timeout value of the inactive timers of the RRC.
Wherein, in second corresponding relation, the timeout value corresponding to the first ability parameter, join no more than the second ability
The corresponding timeout value of number, the first ability parameter are higher than the second ability parameter.
When at least one parameter only includes the quantity of the radio bearer, the timeout value determining unit includes：
3rd processing unit, for the 3rd between the quantity according to radio bearer set in advance and timeout value it is corresponding close
System, the timeout value corresponding to the quantity of radio bearer established between the user terminal and network side is determined, obtains the RRC
The timeout value of inactive timer.
Wherein, in the 3rd corresponding relation, the timeout value corresponding to the first quantity of radio bearer, not less than wireless
Timeout value corresponding to second quantity of carrying, first quantity are more than second quantity.
When at least one parameter only includes the average arrival time of the data for going to the user terminal, institute
Stating timeout value determining unit includes：
Fourth processing unit, for being closed according to the 4th between average arrival time set in advance and timeout value is corresponding
System, it is determined that the timeout value corresponding to the average arrival time of the data for going to the user terminal, it is non-sharp to obtain the RRC
The timeout value of timer living.
Wherein, in the 4th corresponding relation, the timeout value corresponding to the first average arrival time is flat no more than second
Timeout value corresponding to equal arrival time, first average arrival time are less than second average arrival time.
As a kind of preferred embodiment, the two or more ginsengs at least one parameter includes four kinds of parameters
During number, the timeout value determining unit includes：
5th processing unit, for pair according to the parameter group pre-established under different value conditions between timeout value
It should be related to, determine the timeout value of the inactive timers of RRC corresponding at least one parameter, the parameter group includes described
Two or more parameters.
When described two above parameters include the application type, in the corresponding relation, corresponding to the first parameter group
Timeout value, not less than timeout value corresponding to the second parameter group, wherein, between first parameter group and second parameter group only
The difference of the delay requirement of the application type be present, and the delay requirement in the first parameter group is higher than second parameter
The delay requirement in group.
When described two above parameters include the ability parameter of the user terminal, in the corresponding relation, the first ginseng
Timeout value corresponding to array, no more than timeout value corresponding to the second parameter group, wherein, first parameter group and the described second ginseng
The difference of the ability parameter of the user terminal, and the ability of the user terminal in the first parameter group are only existed between array
Parameter is higher than the ability parameter of the user terminal in second parameter group.
When described two above parameters include the quantity of the radio bearer, in the corresponding relation, the first parameter group
Corresponding timeout value, not less than timeout value corresponding to the second parameter group, wherein, first parameter group and second parameter group
Between only exist the radio bearer quantity difference, and the quantity of radio bearer described in the first parameter group is more than described the
The quantity of radio bearer described in two parameter groups.
It is described when described two above parameters include the average arrival time of the data for going to the user terminal
In corresponding relation, timeout value corresponding to the first parameter group, no more than timeout value corresponding to the second parameter group, wherein, described first
The difference of the average arrival time is only existed between parameter group and second parameter group, and it is described flat in the first parameter group
Equal arrival time is less than the average arrival time in second parameter group.
It is two or more at least one parameter includes four kinds of parameters as another preferred embodiment
During parameter, the timeout value determining unit includes：
Corresponding relation obtaining unit, pre-established for obtaining between every kind of parameter and timeout value in four kinds of parameters
Corresponding relation；
6th processing unit, for according to the corresponding relation, determining every kind of parameter pair at least one parameter
The timeout value answered；And the weighted value according to every kind of parameter set in advance, to all parameters at least one parameter
Timeout value be weighted average treatment, obtain the timeout value of the inactive timers of RRC corresponding to the user terminal.
Here, the corresponding relation between every kind of parameter in four kinds of parameters and timeout value, including：
The first corresponding relation between application type and timeout value, wherein, in first corresponding relation, have first
Timeout value corresponding to first application type of delay requirement, it is right not less than the second application type institute with the second delay requirement
The timeout value answered, first delay requirement are higher than second delay requirement；
The second corresponding relation between ability parameter and timeout value, wherein, in second corresponding relation, the first ability
Timeout value corresponding to parameter, no more than the timeout value corresponding to the second ability parameter, the first ability parameter is higher than described
The second ability parameter；
The 3rd corresponding relation between the quantity and timeout value of radio bearer, wherein, in the 3rd corresponding relation, nothing
Timeout value corresponding to first quantity of line carrying, not less than the timeout value corresponding to the second quantity of radio bearer, described the
One quantity is more than second quantity；
The 4th corresponding relation between average arrival time and timeout value, wherein, in the 4th corresponding relation, first
Timeout value corresponding to average arrival time, no more than the timeout value corresponding to the second average arrival time, described first is average
Arrival time is less than second average arrival time.
Described above is only embodiments of the present invention, it is noted that is come for those skilled in the art
Say, under the premise without departing from the principles of the invention, some improvements and modifications can also be made, these improvements and modifications also should be regarded as
Protection scope of the present invention.
Claims (20)
- A kind of 1. method for controlling radio resource control RRC connection status, it is characterised in that including：The application type of user terminal, the ability parameter of the user terminal, the user terminal and network are obtained in network side The quantity for the radio bearer established between side and go in four kinds of parameters of average arrival time of data of the user terminal At least one parameter；Network side determines the inactive timers of RRC corresponding to the user terminal according at least one parameter obtained Timeout value, wherein, the timeout value has at least two different numerical value, corresponds respectively to the difference of at least one parameter Value；When establishing the RRC connections between the user terminal, network side starts the inactive timers of RRC and starts to count When；In the inactive timer expireds of the RRC, the RRC connections between network side release and the user terminal.
- 2. control method as claimed in claim 1, it is characterised in thatIt is described to determine that the user terminal is corresponding when at least one parameter only includes the application type of the user terminal The inactive timers of RRC timeout value, including：According to the first corresponding relation between application type set in advance and timeout value, the application class of the user terminal is determined Timeout value corresponding to type, obtain the timeout value of the inactive timers of the RRC；Wherein, in first corresponding relation, there is the timeout value corresponding to the first application type of the first delay requirement, no Less than the timeout value corresponding to the second application type with the second delay requirement, first delay requirement is higher than described second Delay requirement.
- 3. control method as claimed in claim 1, it is characterised in thatIt is described to determine that the user terminal is corresponding when at least one parameter only includes the ability parameter of the user terminal The inactive timers of RRC timeout value, including：According to the second corresponding relation between ability parameter set in advance and timeout value, determine that the ability of the user terminal is joined The corresponding timeout value of number, obtains the timeout value of the inactive timers of the RRC；Wherein, in second corresponding relation, the timeout value corresponding to the first ability parameter, no more than the second ability parameter institute Corresponding timeout value, the first ability parameter are higher than the second ability parameter.
- 4. control method as claimed in claim 1, it is characterised in thatIt is described to determine corresponding to the user terminal when at least one parameter only includes the quantity of the radio bearer The timeout value of the inactive timers of RRC, including：According to the 3rd corresponding relation between the quantity of radio bearer set in advance and timeout value, determine the user terminal with Timeout value corresponding to the quantity for the radio bearer established between network side, obtain the timeout value of the inactive timers of the RRC；Wherein, in the 3rd corresponding relation, the timeout value corresponding to the first quantity of radio bearer, not less than radio bearer The second quantity corresponding to timeout value, first quantity is more than second quantity.
- 5. control method as claimed in claim 1, it is characterised in thatIt is described true when at least one parameter only includes the average arrival time of the data for going to the user terminal The timeout value of the inactive timers of RRC corresponding to the fixed user terminal, including：According to the 4th corresponding relation between average arrival time set in advance and timeout value, it is determined that described go to the user Timeout value corresponding to the average arrival time of the data of terminal, obtain the timeout value of the inactive timers of the RRC；Wherein, in the 4th corresponding relation, the timeout value corresponding to the first average arrival time, averagely arrived no more than second Up to the timeout value corresponding to the time, first average arrival time is less than second average arrival time.
- 6. control method as claimed in claim 1, it is characterised in thatIt is described to determine the user terminal in the two or more parameters during at least one parameter includes four kinds of parameters The timeout value of the corresponding inactive timers of RRC, including：According to corresponding relation of the parameter group pre-established under different value conditions between timeout value, the network side is determined The timeout value of the inactive timers of RRC corresponding at least one parameter obtained, the parameter group include described two Above parameter.
- 7. control method as claimed in claim 6, it is characterised in thatIt is overtime corresponding to the first parameter group in the corresponding relation when described two above parameters include the application type Value, not less than timeout value corresponding to the second parameter group, wherein, only existed between first parameter group and second parameter group The difference of the delay requirement of the application type, and the delay requirement in the first parameter group is higher than in second parameter group The delay requirement.
- 8. control method as claimed in claim 6, it is characterised in thatWhen described two above parameters include the ability parameter of the user terminal, in the corresponding relation, the first parameter group Corresponding timeout value, no more than timeout value corresponding to the second parameter group, wherein, first parameter group and second parameter group Between only exist the user terminal ability parameter difference, and the ability parameter of the user terminal in the first parameter group Higher than the ability parameter of the user terminal in second parameter group.
- 9. control method as claimed in claim 6, it is characterised in thatWhen described two above parameters include the quantity of the radio bearer, in the corresponding relation, the first parameter group is corresponding Timeout value, not less than timeout value corresponding to the second parameter group, wherein, between first parameter group and second parameter group The difference of the quantity of the radio bearer is only existed, and the quantity of radio bearer described in the first parameter group is more than the described second ginseng The quantity of radio bearer described in array.
- 10. control method as claimed in claim 6, it is characterised in thatWhen described two above parameters include the average arrival time of the data for going to the user terminal, the correspondence In relation, timeout value corresponding to the first parameter group, no more than timeout value corresponding to the second parameter group, wherein, first parameter Only exist the difference of the average arrival time between group and second parameter group, and described in the first parameter group averagely arrives It is less than the average arrival time in second parameter group up to the time.
- 11. control method as claimed in claim 1, it is characterised in thatIt is described to determine the user terminal in the two or more parameters during at least one parameter includes four kinds of parameters The timeout value of the corresponding inactive timers of RRC, including：It is described to determine corresponding to the user terminal when described two above parameters include the application type of the user terminal The timeout value of the inactive timers of RRC, including：Acquisition pre-establishes the corresponding relation between every kind of parameter and timeout value in four kinds of parameters；According to the corresponding relation, timeout value corresponding to every kind of parameter at least one parameter is determined；According to the weighted value of every kind of parameter set in advance, the timeout value of all parameters at least one parameter is carried out Weighted average processing, obtains the timeout value of the inactive timers of RRC corresponding to the user terminal.
- 12. control method as claimed in claim 11, it is characterised in thatThe corresponding relation between every kind of parameter and timeout value in four kinds of parameters, including：The first corresponding relation between application type and timeout value, wherein, in first corresponding relation, there is the first time delay It is required that the first application type corresponding to timeout value, not less than corresponding to the second application type with the second delay requirement Timeout value, first delay requirement are higher than second delay requirement；The second corresponding relation between ability parameter and timeout value, wherein, in second corresponding relation, the first ability parameter Corresponding timeout value, no more than the timeout value corresponding to the second ability parameter, the first ability parameter is higher than described second Ability parameter；The 3rd corresponding relation between the quantity and timeout value of radio bearer, wherein, in the 3rd corresponding relation, wirelessly hold The timeout value corresponding to the first quantity carried, not less than the timeout value corresponding to the second quantity of radio bearer, first number Amount is more than second quantity；The 4th corresponding relation between average arrival time and timeout value, wherein, in the 4th corresponding relation, first is average Timeout value corresponding to arrival time, no more than the timeout value corresponding to the second average arrival time, the described first average arrival Time is less than second average arrival time.
- A kind of 13. device for controlling radio resource control RRC connection status, it is characterised in that including：Gain of parameter unit, for obtaining the application type of user terminal, the ability parameter of the user terminal, user end Four kinds of the average arrival time of the quantity for holding the radio bearer established between network side and the data for going to the user terminal At least one of parameter parameter；Timeout value determining unit, for according at least one parameter obtained, determining RRC corresponding to the user terminal The timeout value of inactive timer, wherein, the timeout value has at least two different numerical value, corresponds respectively to described at least one The different values of kind parameter；Timing start unit, for when establishing the RRC connections between the user terminal, starting the inactive meters of the RRC When device start timing；Connection Release unit, in the inactive timer expireds of the RRC, discharging the RRC between the user terminal Connection.
- 14. device as claimed in claim 13, it is characterised in that only include the user terminal at least one parameter Application type when, the timeout value determining unit includes：First processing units, for according to the first corresponding relation between application type set in advance and timeout value, determining institute The timeout value corresponding to the application type of user terminal is stated, obtains the timeout value of the inactive timers of the RRC；Wherein, in first corresponding relation, there is the timeout value corresponding to the first application type of the first delay requirement, no Less than the timeout value corresponding to the second application type with the second delay requirement, first delay requirement is higher than described second Delay requirement.
- 15. device as claimed in claim 13, it is characterised in that only include the user terminal at least one parameter Ability parameter when, the timeout value determining unit includes：Second processing unit, for according to the second corresponding relation between ability parameter set in advance and timeout value, determining institute The timeout value corresponding to the ability parameter of user terminal is stated, obtains the timeout value of the inactive timers of the RRC；Wherein, in second corresponding relation, the timeout value corresponding to the first ability parameter, no more than the second ability parameter institute Corresponding timeout value, the first ability parameter are higher than the second ability parameter.
- 16. device as claimed in claim 13, it is characterised in that only include the radio bearer at least one parameter Quantity when, the timeout value determining unit includes：3rd processing unit, for the 3rd corresponding relation between the quantity according to radio bearer set in advance and timeout value, The timeout value corresponding to the quantity of radio bearer established between the user terminal and network side is determined, it is non-to obtain the RRC Activate the timeout value of timer；Wherein, in the 3rd corresponding relation, the timeout value corresponding to the first quantity of radio bearer, not less than radio bearer The second quantity corresponding to timeout value, first quantity is more than second quantity.
- 17. device as claimed in claim 13, it is characterised in that only include described in described go at least one parameter During the average arrival time of the data of user terminal, the timeout value determining unit includes：Fourth processing unit, for according to the 4th corresponding relation between average arrival time set in advance and timeout value, really Timeout value corresponding to the average arrival time of the fixed data for going to the user terminal, obtains the inactive meters of the RRC When device timeout value；Wherein, in the 4th corresponding relation, the timeout value corresponding to the first average arrival time, averagely arrived no more than second Up to the timeout value corresponding to the time, first average arrival time is less than second average arrival time.
- 18. device as claimed in claim 13, it is characterised in that at least one parameter includes four kinds of parameters Two or more parameters when, the timeout value determining unit includes：Corresponding relation obtaining unit, pair between every kind of parameter and the timeout value in four kinds of parameters is pre-established for acquisition It should be related to；6th processing unit, for according to the corresponding relation, determining corresponding to every kind of parameter at least one parameter Timeout value；And the weighted value according to every kind of parameter set in advance, to the super of all parameters at least one parameter Duration is weighted average treatment, obtains the timeout value of the inactive timers of RRC corresponding to the user terminal.
- 19. device as claimed in claim 18, it is characterised in thatThe corresponding relation between every kind of parameter and timeout value in four kinds of parameters, including：The first corresponding relation between application type and timeout value, wherein, in first corresponding relation, there is the first time delay It is required that the first application type corresponding to timeout value, not less than corresponding to the second application type with the second delay requirement Timeout value, first delay requirement are higher than second delay requirement；The second corresponding relation between ability parameter and timeout value, wherein, in second corresponding relation, the first ability parameter Corresponding timeout value, no more than the timeout value corresponding to the second ability parameter, the first ability parameter is higher than described second Ability parameter；The 3rd corresponding relation between the quantity and timeout value of radio bearer, wherein, in the 3rd corresponding relation, wirelessly hold The timeout value corresponding to the first quantity carried, not less than the timeout value corresponding to the second quantity of radio bearer, first number Amount is more than second quantity；The 4th corresponding relation between average arrival time and timeout value, wherein, in the 4th corresponding relation, first is average Timeout value corresponding to arrival time, no more than the timeout value corresponding to the second average arrival time, the described first average arrival Time is less than second average arrival time.
- 20. a kind of base station, it is characterised in that including the device as described in any one of claim 13~19.
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Families Citing this family (16)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104754704B (en) * | 2013-12-26 | 2018-10-09 | 华为终端（东莞）有限公司 | A kind of method and terminal of control terminal suspend mode |
| CN105228229A (en) * | 2014-06-27 | 2016-01-06 | 中兴通讯股份有限公司 | User equipment (UE) method for processing resource, device, base station and terminal |
| CN104023358B (en) * | 2014-07-01 | 2017-05-17 | 重庆大学 | Wireless resource adjusting method capable of balancing system signaling load and terminal power consumption |
| CN105491680B (en) * | 2014-10-02 | 2019-04-19 | 宏达国际电子股份有限公司 | Network node |
| CN106470436A (en) * | 2015-08-19 | 2017-03-01 | ***通信集团江苏有限公司 | A kind of method determining inactivity timer duration and network equipment |
| CN107295563B (en) * | 2016-04-05 | 2020-06-05 | 大唐移动通信设备有限公司 | Cell service processing method and device |
| US10149344B2 (en) * | 2016-05-09 | 2018-12-04 | Htc Corporation | Device and method of handling a radio resource control state change |
| WO2018025949A1 (en) * | 2016-08-04 | 2018-02-08 | 株式会社Ｎｔｔドコモ | User terminal and wireless communication method |
| CN108924963B (en) * | 2017-03-23 | 2024-03-01 | 中兴通讯股份有限公司 | Method, terminal and base station for keeping air interface state synchronization |
| TWI711331B (en) * | 2017-08-11 | 2020-11-21 | 聯發科技股份有限公司 | Method and apparatus for ue autonomous release for internet of things |
| AU2017430849A1 (en) * | 2017-09-08 | 2019-12-19 | Guangdong Oppo Mobile Telecommunications Corp., Ltd. | State switching method, network device and terminal device |
| CN108901079B (en) * | 2018-06-20 | 2021-03-09 | Oppo（重庆）智能科技有限公司 | Timeout time determination method, device, equipment and storage medium |
| CN110636642B (en) * | 2018-06-21 | 2021-07-13 | 维沃移动通信有限公司 | Method, apparatus, device and storage medium for validating radio resource control message |
| CN113228811B (en) * | 2018-10-15 | 2024-06-18 | 诺基亚通信公司 | Signaling supporting delayed service availability |
| WO2020252796A1 (en) * | 2019-06-21 | 2020-12-24 | 北京小米移动软件有限公司 | Information processing method and apparatus, and computer storage medium |
| CN113825186B (en) * | 2020-06-19 | 2023-08-01 | 维沃移动通信有限公司 | Control method, device and communication equipment for leaving network |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101355604A (en) * | 2007-07-25 | 2009-01-28 | 宏达国际电子股份有限公司 | Method for reducing user equipment power consumption under a communication network |
| CN101841823A (en) * | 2009-03-16 | 2010-09-22 | 大唐移动通信设备有限公司 | Method and device for discontinuously monitoring control channels in multicarrier system |
| CN102210190A (en) * | 2008-11-10 | 2011-10-05 | 捷讯研究有限公司 | Method and apparatus of transition to a battery efficient state or configuration by indicating end of data transmission in long term evolution |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| AU2010323195A1 (en) * | 2009-11-24 | 2012-06-28 | Blackberry Limited | Method and apparatus for state/mode transitioning |
-
2011
- 2011-12-02 CN CN201110397309.5A patent/CN103139931B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101355604A (en) * | 2007-07-25 | 2009-01-28 | 宏达国际电子股份有限公司 | Method for reducing user equipment power consumption under a communication network |
| CN102210190A (en) * | 2008-11-10 | 2011-10-05 | 捷讯研究有限公司 | Method and apparatus of transition to a battery efficient state or configuration by indicating end of data transmission in long term evolution |
| CN101841823A (en) * | 2009-03-16 | 2010-09-22 | 大唐移动通信设备有限公司 | Method and device for discontinuously monitoring control channels in multicarrier system |
Non-Patent Citations (1)
| Title |
|---|
| Confirmation of the RRC Connection Release message;Infineon;《3GPP TSG -RAN2 Meeting #61 R2-081025》;20080215;全文 * |
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