CN103763762A - Terminal management system, terminal and terminal management method - Google Patents
Terminal management system, terminal and terminal management method Download PDFInfo
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- CN103763762A CN103763762A CN201410023779.9A CN201410023779A CN103763762A CN 103763762 A CN103763762 A CN 103763762A CN 201410023779 A CN201410023779 A CN 201410023779A CN 103763762 A CN103763762 A CN 103763762A
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The invention provides a terminal management system. The terminal management system comprises a statistic unit and an adjustment unit, wherein the statistic unit is used for counting the frequency that a terminal sends signaling connection releasing requests within a first preset time to a network side, the adjustment unit is used for comparing the frequency with a preset frequency and adjusting the smallest sending time interval of the signaling connection releasing requests according to the comparison result. Correspondingly, the invention further provides a terminal management method and the terminal. Through the technical scheme, the sending frequency of the signaling connection releasing requests can be adjusted in real time according to the data transmission condition of the terminal, the sending frequency is made to meet the condition of the current terminal, the terminal is prevented from frequently building and releasing RRC connection, and therefore a better electricity-saving effect is achieved.
Description
Technical field
The present invention relates to terminal technology field, in particular to a kind of terminal management system, a kind of terminal and a kind of terminal management method.
Background technology
3G or 4G epoch, user uses intelligent terminal online to become universal phenomenon, for growing connection or opening for a long time the intelligent terminal of data service, uploading download and will increasing the power consumption of mobile phone of data carried out in online, particularly use IMU application, as QQ, mail, microblogging etc., the feature of IMU is long-term online, the seldom data of amount of transmission in short time, so become a large problem of 3G in data state decline low-power consumption.
3GPP(The3rd Generation Partnership Project, the 3rd generation partner program) version before R8, some manufacturer terminal has been released automatic signaling Connection Release function ASCR(Autonomous Signaling Connection Release, autonomous signaling Connection Release), this functional characteristics is: 1, non-industry unified standard, and different cell phone manufacturers adopts different ASCR mechanism; 2, terminal oneself determines release connection, (IDLE) state that directly enters the free time; 3, terminal can send SCRI message to network side, but this message do not need network side to respond.
RRC(Radio Resource Control, Radio Resource control) FD(Fast dormancy has been proposed in agreement, fast dormancy) concept, be UE(User Experience, user experiences) if when detection does not have data service mutual, by initiating SCRI(SIGNALING CONNECTION RELEASE INDICATION, the request of signaling Connection Release) comprise IE SCRI " Signaling Connection Release Indication Cause " in message, and be set to " UE Requested PS Data session end ", inform that the network terminal can enter battery saving mode, if network support, RAN(Residential Access Network, resident's Access Network) can send RRC connection release message to UE release RRC connection, UE informs network by up indication information after completing release, the power saving object jointly being completed by terminal and network while there is no data interaction to reach terminal.
Although the agreement of FD regulation, network side can issue T323 timer value by system message, and this timer table is shown one and forbids timer, sends after SCRI message, and interior terminal of T323 time is prohibited to send FD asks until timer expiry.
But agreement does not stipulate or points out terminal and should when enable FD mechanism, and the different scenes that user uses are enabled FD mechanism, particularly user uses QQ similarly to apply, be user when chat, meeting often has network data transmission after a while, if within 5 seconds, send immediately SCRI after countless certificates so, network receives request and discharges RRC, network has data to set up immediately again RRC connection after a while, and can produce frequently like this and discharge and be connected, be all unfavorable to network or UE.
Therefore, need a kind of new technical scheme, can adjust the request of Radio Resource and set up frequency according to actual conditions, thereby reach better power saving effect.
Summary of the invention
The present invention, just based on the problems referred to above, has proposed a kind of new technical scheme, can adjust the request of Radio Resource and set up frequency according to actual conditions, thereby reach better power saving effect.
In view of this, the present invention proposes a kind of terminal management system, comprising: statistic unit, for adding up the number of times of the signaling Connection Release request that described terminal sends to network side in the first Preset Time; Regulon, for described number of times and default number of times are compared, and regulates the minimum transmission time interval of described signaling Connection Release request according to comparative result.
In this technical scheme, can within a period of time, send according to terminal the number of times of signaling Connection Release request, it is the transmission frequency of signaling Connection Release request, judge the transfer of data situation in terminal, thereby adjust the minimum transmission time interval of signaling Connection Release request (wherein, in minimum transmission time interval, not allow to send the request of signaling Connection Release), like this, can adjust in real time according to the transfer of data situation of terminal the transmission frequency of signaling Connection Release request, make transmission frequency meet the situation of current terminal, avoid terminal set up frequently and discharge RRC and be connected, thereby reach better power saving effect.
Wherein, user or manufacturer can arrange arbitrarily default number of times according to individual demand, user can directly arrange a numerical value as default number of times, certainly can also be according to the computation rule that a preset times is set as parameter informations such as the first Preset Time, minimum transmission time intervals, by this computation rule, calculate a suitable preset times.
In technique scheme, preferably, also comprise: monitoring unit, in the case of the data service of described terminal is opened, monitor the transfer of data situation in described terminal; Request generation unit, for listening to and reach the second Preset Time without the duration of transfer of data when described monitoring unit, and the state of RRC is not in CELL-DCH(dedicated transmission channel) time, generate the request of described signaling Connection Release.
In this technical scheme, if terminal is without up and downlink data transmission in the second Preset Time, and the state of RRC is not in CELL-DCH, starts to start quick sleep mode, by sending signaling Connection Release request (SCRI), inform that terminal can enter battery saving mode.
In technique scheme, preferably, also comprise: forbid timer, for described minimum transmission time interval is carried out to timing; Judging unit, after generating in described signaling Connection Release request, the current state of forbidding timer described in judgement; Processing unit, when described current state is non-time status, directly sends the request of described signaling Connection Release to described network side, and forbid that timer starts to enter time status described in controlling, when described current state is time status, do not send the request of described signaling Connection Release.
In this technical scheme, employing forbids that timer carries out timing to minimum transmission time interval, wherein, forbidding in the process of timer timing, do not allow to send SCRI request, until forbid timer expiry, can guarantee like this sending after SCRI request, forbid timer timing during this period of time in, do not allow to send again SCRI request, by number of times and preset times that in statistics a period of time, SCRI request sends, contrast, can know that whether the current timing time of forbidding timer is suitable, when current timing time is improper, by regulating timing time, regulate minimum transmission time interval, realize the transmission frequency that regulates SCRI request.
In technique scheme, preferably, the described timing time of forbidding timer comprises the first duration and the second duration, described judging unit also for: after described signaling Connection Release request generates, judge the screen state of described terminal, when judging described screen state and be bright screen state, adopt described the first duration as described timing time, and when judging described screen state when going out screen state, adopt described the second duration as described timing time.
In this technical scheme, due at bright screen and going out in screen situation, transfer of data situation may be different, such as in bright screen situation, transfer of data may be many, like this, forbid that the timing time of timer need to arrange longer, and going out in screen situation, transfer of data may be fewer, like this, forbid the section that the timing duration of timer need to arrange, therefore, can in bright screen and the screen situation of going out, different timing durations be set respectively, such as being arranged in bright screen situation, it is 30 seconds that timing duration is set, going out, timing duration in screen situation is 20 seconds, like this, when sending SCRI request in bright screen situation, forbid that timer adopts the timing duration of 30 seconds, and going out while sending SCRI request in screen situation, forbid that timer adopts the timing duration of 20 seconds.
In technique scheme, preferably, described regulon also for: when described number of times is less than described preset times, reduce described minimum transmission time interval, when described number of times is greater than described preset times, increase described minimum transmission time interval.
In this technical scheme, when the number of times of the SCRI request sending in Preset Time is less than preset times, the execution frequency that SCRI is described is unhappy, be that current volume of transmitted data is few, now can reduce minimum transmission time interval, reduce to forbid the timing time of timer, otherwise, when the number of times of the SCRI request sending in Preset Time is greater than preset times, the execution frequency that SCRI is described is too fast, be that current volume of transmitted data is more, now can increase minimum transmission time interval, increase the timing time of forbidding timer.
According to a further aspect in the invention, also provide a kind of terminal, comprised the terminal management system described in any one in technique scheme.
According to another aspect of the invention, also provide a kind of terminal management method, having comprised: statistic procedure, the number of times of the statistics signaling Connection Release request that described terminal sends to network side in the first Preset Time; Regulating step, compares described number of times and default number of times, and according to comparative result, regulates the minimum transmission time interval of described signaling Connection Release request.
In this technical scheme, can within a period of time, send according to terminal the number of times of signaling Connection Release request, it is the transmission frequency of signaling Connection Release request, judge the transfer of data situation in terminal, thereby adjust the minimum transmission time interval of signaling Connection Release request (wherein, in minimum transmission time interval, not allow to send the request of signaling Connection Release), like this, can adjust in real time according to the transfer of data situation of terminal the transmission frequency of signaling Connection Release request, make transmission frequency meet the situation of current terminal, avoid terminal set up frequently and discharge RRC and be connected, thereby reach better power saving effect.
Wherein, user or manufacturer can arrange arbitrarily default number of times according to individual demand, user can directly arrange a numerical value as default number of times, certainly can also be according to the computation rule that a preset times is set as parameter informations such as the first Preset Time, minimum transmission time intervals, by this computation rule, calculate a suitable preset times.
In technique scheme, preferably, also comprise: monitor step, in the case of the data service of described terminal is opened, monitor the transfer of data situation in described terminal; Request generates step, reach the second Preset Time without the duration of transfer of data, and the state of RRC is not when CELL-DCH, generates the request of described signaling Connection Release when listening to.
In this technical scheme, if terminal is without up and downlink data transmission in the second Preset Time, and the state of RRC is not in CELL-DCH, starts to start quick sleep mode, by sending signaling Connection Release request (SCRI), inform that terminal can enter battery saving mode.
In technique scheme, preferably, also comprise: determining step, after described signaling Connection Release request generates, the current state that timer is forbidden in judgement, wherein, described in forbid that timer is for carrying out timing to described minimum transmission time interval; Treatment step, when described current state is non-time status, directly sends the request of described signaling Connection Release to described network side, and forbid that timer starts to enter time status described in controlling, when described current state is time status, do not send the request of described signaling Connection Release.
In this technical scheme, employing forbids that timer carries out timing to minimum transmission time interval, wherein, forbidding in the process of timer timing, do not allow to send SCRI request, until forbid timer expiry, can guarantee like this sending after SCRI request, forbid timer timing during this period of time in, do not allow to send again SCRI request, by number of times and preset times that in statistics a period of time, SCRI request sends, contrast, can know that whether the current timing time of forbidding timer is suitable, when current timing time is improper, by regulating timing time, regulate minimum transmission time interval, realize the transmission frequency that regulates SCRI request.
In technique scheme, preferably, the described timing time of forbidding timer comprises the first duration and the second duration, described determining step also comprises: after described signaling Connection Release request generates, judge the screen state of described terminal, when judging described screen state and be bright screen state, adopt described the first duration as described timing time, and when judging described screen state when going out screen state, adopt described the second duration as described timing time.
In this technical scheme, due at bright screen and going out in screen situation, transfer of data situation may be different, such as in bright screen situation, transfer of data may be many, like this, forbid that the timing time of timer need to arrange longer, and going out in screen situation, transfer of data may be fewer, like this, forbid the section that the timing duration of timer need to arrange, therefore, can in bright screen and the screen situation of going out, different timing durations be set respectively, such as being arranged in bright screen situation, it is 30 seconds that timing duration is set, going out, timing duration in screen situation is 20 seconds, like this, when sending SCRI request in bright screen situation, forbid that timer adopts the timing duration of 30 seconds, and going out while sending SCRI request in screen situation, forbid that timer adopts the timing duration of 20 seconds.
In technique scheme, preferably, described regulating step also comprises: when described number of times is less than described preset times, reduce described minimum transmission time interval, when described number of times is greater than described preset times, increase described minimum transmission time interval.
In this technical scheme, when the number of times of the SCRI request sending in Preset Time is less than preset times, the execution frequency that SCRI is described is unhappy, be that current volume of transmitted data is few, now can reduce minimum transmission time interval, reduce to forbid the timing time of timer, otherwise, when the number of times of the SCRI request sending in Preset Time is greater than preset times, the execution frequency that SCRI is described is too fast, be that current volume of transmitted data is more, now can increase minimum transmission time interval, increase the timing time of forbidding timer.
By above technical scheme, can dynamically adjust the timing time that forbid timer according to the service condition of terminal, adjust the minimum transmission time interval of SCRI request, thereby avoid terminal to discharge frequently and set up RRC and be connected, reach better power saving effect.
Accompanying drawing explanation
Fig. 1 shows the block diagram of terminal management system according to an embodiment of the invention;
Fig. 2 shows the flow chart of terminal management method according to an embodiment of the invention;
Fig. 3 shows the particular flow sheet of terminal management method according to an embodiment of the invention.
Embodiment
In order more clearly to understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments, the present invention is further described in detail.It should be noted that, in the situation that not conflicting, the feature in the application's embodiment and embodiment can combine mutually.
A lot of details have been set forth in the following description so that fully understand the present invention; but; the present invention can also adopt other to be different from other modes described here and implement, and therefore, protection scope of the present invention is not subject to the restriction of following public specific embodiment.
Fig. 1 shows the block diagram of terminal management system according to an embodiment of the invention.
As shown in Figure 1, terminal management system 100 according to an embodiment of the invention, comprising: statistic unit 102, for adding up the number of times of the signaling Connection Release request that described terminal sends to network side in the first Preset Time; Regulon 104, for described number of times and default number of times are compared, and regulates the minimum transmission time interval of described signaling Connection Release request according to comparative result.
In this technical scheme, can within a period of time, send according to terminal the number of times of signaling Connection Release request, it is the transmission frequency of signaling Connection Release request, judge the transfer of data situation in terminal, thereby adjust the minimum transmission time interval of signaling Connection Release request (wherein, in minimum transmission time interval, not allow to send the request of signaling Connection Release), like this, can adjust in real time according to the transfer of data situation of terminal the transmission frequency of signaling Connection Release request, make transmission frequency meet the situation of current terminal, avoid terminal set up frequently and discharge RRC and be connected, thereby reach better power saving effect.
Wherein, user or manufacturer can arrange arbitrarily default number of times according to individual demand, user can directly arrange a numerical value as default number of times, certainly can also be according to the computation rule that a preset times is set as parameter informations such as the first Preset Time, minimum transmission time intervals, by this computation rule, calculate a suitable preset times.
In technique scheme, preferably, also comprise: monitoring unit 106, in the case of the data service of described terminal is opened, monitor the transfer of data situation in described terminal; Request generation unit 108, for listening to and reach the second Preset Time without the duration of transfer of data when described monitoring unit, and the state of RRC is not when CELL-DCH, generates the request of described signaling Connection Release.
In this technical scheme, if terminal is without up and downlink data transmission in the second Preset Time, and the state of RRC is not in CELL-DCH, starts to start quick sleep mode, by sending signaling Connection Release request (SCRI), inform that terminal can enter battery saving mode.
In technique scheme, preferably, also comprise: forbid timer 110, for described minimum transmission time interval is carried out to timing; Judging unit 112, after generating in described signaling Connection Release request, the current state of forbidding timer described in judgement; Processing unit 114, when described current state is non-time status, directly sends the request of described signaling Connection Release to described network side, and forbid that timer starts to enter time status described in controlling, when described current state is time status, do not send the request of described signaling Connection Release.
In this technical scheme, employing forbids that timer carries out timing to minimum transmission time interval, wherein, forbidding in the process of timer timing, do not allow to send SCRI request, until forbid timer expiry, can guarantee like this sending after SCRI request, forbid timer timing during this period of time in, do not allow to send again SCRI request, by number of times and preset times that in statistics a period of time, SCRI request sends, contrast, can know that whether the current timing time of forbidding timer is suitable, when current timing time is improper, by regulating timing time, regulate minimum transmission time interval, realize the transmission frequency that regulates SCRI request.
In technique scheme, preferably, the described timing time of forbidding timer 110 comprises the first duration and the second duration, described judging unit 112 also for: after described signaling Connection Release request generates, judge the screen state of described terminal, when judging described screen state and be bright screen state, adopt described the first duration as described timing time, and when judging described screen state when going out screen state, adopt described the second duration as described timing time.
In this technical scheme, due at bright screen and going out in screen situation, transfer of data situation may be different, such as in bright screen situation, transfer of data may be many, like this, forbid that the timing time of timer need to arrange longer, and going out in screen situation, transfer of data may be fewer, like this, forbid the section that the timing duration of timer need to arrange, therefore, can in bright screen and the screen situation of going out, different timing durations be set respectively, such as being arranged in bright screen situation, it is 30 seconds that timing duration is set, going out, timing duration in screen situation is 20 seconds, like this, when sending SCRI request in bright screen situation, forbid that timer adopts the timing duration of 30 seconds, and going out while sending SCRI request in screen situation, forbid that timer adopts the timing duration of 20 seconds.
In technique scheme, preferably, described adjusting Unit 104 also for: when described number of times is less than described preset times, reduce described minimum transmission time interval, when described number of times is greater than described preset times, increase described minimum transmission time interval.
In this technical scheme, when the number of times of the SCRI request sending in Preset Time is less than preset times, the execution frequency that SCRI is described is unhappy, be that current volume of transmitted data is few, now can reduce minimum transmission time interval, reduce to forbid the timing time of timer, otherwise, when the number of times of the SCRI request sending in Preset Time is greater than preset times, the execution frequency that SCRI is described is too fast, be that current volume of transmitted data is more, now can increase minimum transmission time interval, increase the timing time of forbidding timer.
Fig. 2 shows the flow chart of terminal management method according to an embodiment of the invention.
As shown in Figure 2, terminal management method according to an embodiment of the invention, comprising: step 202, the number of times of the statistics signaling Connection Release request that described terminal sends to network side in the first Preset Time; Step 204, compares described number of times and default number of times, and according to comparative result, regulates the minimum transmission time interval of described signaling Connection Release request.
In this technical scheme, can within a period of time, send according to terminal the number of times of signaling Connection Release request, it is the transmission frequency of signaling Connection Release request, judge the transfer of data situation in terminal, thereby adjust the minimum transmission time interval of signaling Connection Release request (wherein, in minimum transmission time interval, not allow to send the request of signaling Connection Release), like this, can adjust in real time according to the transfer of data situation of terminal the transmission frequency of signaling Connection Release request, make transmission frequency meet the situation of current terminal, avoid terminal set up frequently and discharge RRC and be connected, thereby reach better power saving effect.
Wherein, user or manufacturer can arrange arbitrarily default number of times according to individual demand, user can directly arrange a numerical value as default number of times, certainly can also be according to the computation rule that a preset times is set as parameter informations such as the first Preset Time, minimum transmission time intervals, by this computation rule, calculate a suitable preset times.
In technique scheme, preferably, before step 202, also comprise: in the case of the data service of described terminal is opened, monitor the transfer of data situation in described terminal; When listening to, reach the second Preset Time without the duration of transfer of data, and the state of RRC is not when CELL-DCH, generates the request of described signaling Connection Release.
In this technical scheme, if terminal is without up and downlink data transmission in the second Preset Time, and the state of RRC is not in CELL-DCH, starts to start quick sleep mode, by sending signaling Connection Release request (SCRI), inform that terminal can enter battery saving mode.
In technique scheme, preferably, before described step 202, also comprise: after described signaling Connection Release request generates, the current state that timer is forbidden in judgement, wherein, described in forbid that timer is for carrying out timing to described minimum transmission time interval; When described current state is non-time status, directly send the request of described signaling Connection Release to described network side, and forbid that timer starts to enter time status described in controlling, when described current state is time status, do not send the request of described signaling Connection Release.
In this technical scheme, employing forbids that timer carries out timing to minimum transmission time interval, wherein, forbidding in the process of timer timing, do not allow to send SCRI request, until forbid timer expiry, can guarantee like this sending after SCRI request, forbid timer timing during this period of time in, do not allow to send again SCRI request, by number of times and preset times that in statistics a period of time, SCRI request sends, contrast, can know that whether the current timing time of forbidding timer is suitable, when current timing time is improper, by regulating timing time, regulate minimum transmission time interval, realize the transmission frequency that regulates SCRI request.
In technique scheme, preferably, the described timing time of forbidding timer comprises the first duration and the second duration, also comprise: after described signaling Connection Release request generates, judge the screen state of described terminal, when judging described screen state and be bright screen state, adopt described the first duration as described timing time, and when judging described screen state when going out screen state, adopt described the second duration as described timing time.
In this technical scheme, due at bright screen and going out in screen situation, transfer of data situation may be different, such as in bright screen situation, transfer of data may be many, like this, forbid that the timing time of timer need to arrange longer, and going out in screen situation, transfer of data may be fewer, like this, forbid the section that the timing duration of timer need to arrange, therefore, can in bright screen and the screen situation of going out, different timing durations be set respectively, such as being arranged in bright screen situation, it is 30 seconds that timing duration is set, going out, timing duration in screen situation is 20 seconds, like this, when sending SCRI request in bright screen situation, forbid that timer adopts the timing duration of 30 seconds, and going out while sending SCRI request in screen situation, forbid that timer adopts the timing duration of 20 seconds.
In technique scheme, preferably, described step 204 also comprises: when described number of times is less than described preset times, reduce described minimum transmission time interval, when described number of times is greater than described preset times, increase described minimum transmission time interval.
In this technical scheme, when the number of times of the SCRI request sending in Preset Time is less than preset times, the execution frequency that SCRI is described is unhappy, be that current volume of transmitted data is few, now can reduce minimum transmission time interval, reduce to forbid the timing time of timer, otherwise, when the number of times of the SCRI request sending in Preset Time is greater than preset times, the execution frequency that SCRI is described is too fast, be that current volume of transmitted data is more, now can increase minimum transmission time interval, increase the timing time of forbidding timer.
Fig. 3 shows the particular flow sheet of terminal management method according to an embodiment of the invention.
As shown in Figure 3, the idiographic flow of terminal management method is as follows according to an embodiment of the invention:
Step 304, the number of times of the statistics SCRI that terminal sends to network side in the first Preset Time request.Wherein, realize said process, mainly pass through: the timer T2 under bright screen and the timer T3 and the timer T4 that go out under screen, wherein, timer T2 and T3 act as: in its timing time, forbid sending SCRI request, until timer expiry, but the value of these two timers is dynamic value, can dynamically adjust according to the number of times of SCRI request in the service conditions of terminal and the first Preset Time etc., the implication of timer T4 is the number of times C1 that record sends SCRI in its timing time.Wherein, under bright screen and the screen state that goes out, the initial value of timer can be taken as respectively the maximum Max (T2, T323) (as 30 seconds) of T2 and T323, as T3 and T323 maximum Max (T3, T323) (as 20 seconds).Detailed process is as follows: under bright screen state, after the T1 time arrives, terminal sends SCRI, start T2 timer and T4 timer simultaneously, within the T2 timer period, do not allow to send again SCRI, until T2 timer expiry, SCRI of the every transmission of terminal in T4 timer, C1 increases once, adds up C1 value after T4 is overtime.
Step 306, compares the number of times C1 of statistics and default number of times, and according to comparative result, regulates the minimum transmission time interval of described signaling Connection Release request, regulates the timing time of timer.Wherein, user or manufacturer can arrange arbitrarily default number of times according to individual demand, user can directly arrange a numerical value as default number of times, certainly can also be according to the computation rule that a preset times is set as parameter informations such as the first Preset Time, minimum transmission time intervals, by this computation rule, calculate a suitable preset times.For example, the computation rule that a preset times is set is (T4/Max (T2, T323)-2), and statistics number and default number of times are compared, if C1 >=(T4/Max (T2, T323)-2), illustrate that SCRI carries out frequency too fast, be that background data transfer amount is many, should increase the timing time of T2 timer, as T2+5s; Equally, if C1≤2 illustrate that SCRI carries out frequency unhappy, backstage is few without transfer of data or volume of transmitted data, now should reduce the timing time of T2 timer, as T2-5s.In like manner, the operating principle of going out under screen state is identical with the operating principle under bright screen state, and generally fewer alternately due to data under the screen state that goes out, so initial T3 value can be less than T2.Certainly, it will be understood by those skilled in the art that the default number of times in the present invention includes, but are not limited to above-mentioned number of times, can also be other values.
More than be described with reference to the accompanying drawings technical scheme of the present invention, by technical scheme of the present invention, can dynamically adjust the timing time of forbidding timer according to the service condition of terminal, adjust the minimum transmission time interval of SCRI request, thereby avoid terminal to discharge frequently and set up RRC and be connected, reaching better power saving effect.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (11)
1. a terminal management system, is characterized in that, comprising:
Statistic unit, for adding up the number of times of the signaling Connection Release request that described terminal sends to network side in the first Preset Time;
Regulon, for described number of times and default number of times are compared, and regulates the minimum transmission time interval of described signaling Connection Release request according to comparative result.
2. terminal management system according to claim 1, is characterized in that, also comprises:
Monitoring unit, in the case of the data service of described terminal is opened, monitors the transfer of data situation in described terminal;
Request generation unit, for listening to and reach the second Preset Time without the duration of transfer of data when described monitoring unit, and the state of RRC is not when CELL-DCH, generates the request of described signaling Connection Release.
3. terminal management system according to claim 2, is characterized in that, also comprises:
Forbid timer, for described minimum transmission time interval is carried out to timing;
Judging unit, after generating in described signaling Connection Release request, the current state of forbidding timer described in judgement;
Processing unit, when described current state is non-time status, directly sends the request of described signaling Connection Release to described network side, and forbid that timer starts to enter time status described in controlling, when described current state is time status, do not send the request of described signaling Connection Release.
4. terminal management system according to claim 3, is characterized in that, described in forbid that the timing time of timer comprises the first duration and the second duration, described judging unit also for:
After described signaling Connection Release request generates, judge the screen state of described terminal, when judging described screen state and be bright screen state, adopt described the first duration as described timing time, and when judging described screen state when going out screen state, adopt described the second duration as described timing time.
5. according to the terminal management system described in any one in claim 1 to 4, it is characterized in that, described regulon also for:
When described number of times is less than described preset times, reduce described minimum transmission time interval, when described number of times is greater than described preset times, increase described minimum transmission time interval.
6. a terminal, is characterized in that, comprising: the terminal management system as described in any one in claim 1 to 5.
7. a terminal management method, is characterized in that, comprising:
Statistic procedure, the number of times of the statistics signaling Connection Release request that described terminal sends to network side in the first Preset Time;
Regulating step, compares described number of times and default number of times, and according to comparative result, regulates the minimum transmission time interval of described signaling Connection Release request.
8. terminal management method according to claim 7, is characterized in that, also comprises:
Monitor step, in the case of the data service of described terminal is opened, monitor the transfer of data situation in described terminal;
Request generates step, reach the second Preset Time without the duration of transfer of data, and the state of RRC is not when CELL-DCH, generates the request of described signaling Connection Release when listening to.
9. terminal management method according to claim 8, is characterized in that, also comprises:
Determining step, after described signaling Connection Release request generates, the current state that timer is forbidden in judgement, wherein, described in forbid that timer is for carrying out timing to described minimum transmission time interval;
Treatment step, when described current state is non-time status, directly sends the request of described signaling Connection Release to described network side, and forbid that timer starts to enter time status described in controlling, when described current state is time status, do not send the request of described signaling Connection Release.
10. terminal management method according to claim 9, is characterized in that, described in forbid that the timing time of timer comprises the first duration and the second duration, described determining step also comprises:
After described signaling Connection Release request generates, judge the screen state of described terminal, when judging described screen state and be bright screen state, adopt described the first duration as described timing time, and when judging described screen state when going out screen state, adopt described the second duration as described timing time.
11. according to the terminal management method described in any one in claim 7 to 10, it is characterized in that, described regulating step also comprises:
When described number of times is less than described preset times, reduce described minimum transmission time interval, when described number of times is greater than described preset times, increase described minimum transmission time interval.
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