CN101610597B - Method for terminal entering idle mode and corresponding terminal - Google Patents
Method for terminal entering idle mode and corresponding terminal Download PDFInfo
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- CN101610597B CN101610597B CN2008101289615A CN200810128961A CN101610597B CN 101610597 B CN101610597 B CN 101610597B CN 2008101289615 A CN2008101289615 A CN 2008101289615A CN 200810128961 A CN200810128961 A CN 200810128961A CN 101610597 B CN101610597 B CN 101610597B
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Abstract
The invention relates to a method for a terminal entering an idle mode and a corresponding terminal. The method comprises the following steps: the terminal is configured with a timer and a counter, and the terminal in a normal operating mode receives an order of entering the idle mode, which is sent by a service base station, and then sends a response message of the order to the service base station and starts the timer; if the terminal receives the order of entering the idle mode, which is sent by the service base station again, before the timer is overtime, the terminal sends the response message again, starts the timer again and also counts; the step is repeated till a counting value of the counter reaches a preset value, the timer is not started again, and if the timer is overtime, the terminal enters the idle mode. The invention also provides the terminal for realizing the method. The invention enables the service base station to release resources in time and reduces the waste of rare resources.
Description
Technical field:
The present invention relates to BWA, particularly relate to travelling carriage gets into idle pulley in this system implementation method and relevant terminal.
Background technology:
Broadband wireless access WiMAX (Worldwide Interoperability for MicrowaveAccess; Micro-wave access global inter communication) technology is based on the broadband wireless technology of wireless MAN IEEE 802.16 standards; Can business such as data at a high speed, voice and video be provided at environment fixing and that move, have broad application prospects.OFDM (OFDM) and OFDM (OFDMA) are widely applied in the physical layer of WiMAX system as the mainstream technology of IEEE 802.16 standards, the latter particularly, and it is the basis of supporting ambulant IEEE802.16e standard.
According to the 802.16e agreement, if within a certain period of time travelling carriage (mobile station, MS) and base station (Base station; BS) there is not data transmit-receive professional between; Then both sides all can initiatively initiate to get into idle pulley, thereby save interface-free resources, reduce the power consumption of travelling carriage.
At present in the agreement by requiring of initiating of the BS concrete implementation method that MS gets into idle pulley immediately shown in accompanying drawing 1:
Step 101: serving BS broadcasts is sent action code (Action Code) to MS, and (Deregistration Command DREG-CMD) requires MS to get into idle pulley for the log-in command that goes of 0x05;
Step 102: serving BS broadcasts when sending DREG-CMD message, starts timer T46 and management resource keeps timer (Management_Resource_Holding_Timer).The BS side is provided with one and removes log-in command retryCounter (DREG command retry count); DREG-CMD message of the every transmission of BS, this counter adds one, if arrive the preset value of this counter; BS does not also receive DREG-REQ message, the BS DREG-CMD message of will not redispatching.
Step 103:MS is after receiving the DREG-CMD message that serving BS broadcasts is sent; Transmission goes register requirement sign indicating number (De-registration_Request_Code) value to remove register requirement (Deregistration Request for 0x02; DREG-REQ), and, step 104 MS gets into idle pulley after sending DREG-REQ message as response.MS also can send the De-registration_Request_Code value for the order that the DREG-REQ message refusal BS of 0x03 requires its entering free time, shows that at this moment MS also has upstream data to need to send, and does not temporarily get into the free time;
Step 105: before timer T46 is overtime, received the DREG-REQ message of De-registration_Request_Code value for 0x02 like serving BS broadcasts, serving BS broadcasts will discharge the MS link information in the overtime back of Management_Resource_Holding_Timer.
Base station and the travelling carriage that adopts this method possibly produce following problem: MS and receive the DREG-CMD message that BS sends and sent De-registration_Request_Code value to be that the DREG-REQ message of 0x02 is as response under the relatively poor situation of link-quality; According to the 802.16e agreement; MS promptly gets into idle pulley after sending this message; But suppose that BS does not receive this DREG-REQ message, after timer T46 is overtime, BS will retransmit DREG-CMD message so; But this moment; MS if got into idle pulley will not guarantee can use downlink data, therefore not guaranteeing can response BS, BS will continue to attempt transmission DREG-CMD message and reach preset value up to DREGcommand retry count can not receive under the situation of response.In this case, because MS can not respond BS, make BS in time not obtain the state information of MS and after the long period, just discharge the link information that this MS uses.Can cause the waste of interface-free resources.
The implementation method that travelling carriage gets into idle pulley adopts in other wireless broadband access system of above-mentioned mechanism and also has same problem.Be also referred to as subscriber equipment, portable terminal etc. with mutual terminal, base station has in other systems, the present invention is referred to as the terminal with it.
Summary of the invention:
The technical problem that the present invention will solve provides a kind of implementation method and relevant terminal of terminal access idle mode, can make the base station in time discharge resource, reduces the waste of interface-free resources.
In order to solve the problems of the technologies described above, the invention provides a kind of implementation method of terminal access idle mode, comprising:
Configuration one timer and a counter in said terminal after the order of the entering idle pulley that serving BS sends is received at the terminal that is in normal mode of operation, sends the response message of said order to said serving BS, and starts said timer;
Before said timer expiry; Said terminal is as receiving the order of the entering idle pulley that said serving BS is retransmitted; Then send said response message once more, restart said timer, and count; Repeat this step when the count value of said counter reaches preset value, no longer restart said timer;
Like said timer expiry, then said terminal access idle mode.
Further, said method also can have following characteristics:
After said response message is sent at said terminal once more, as judge that the count value of said counter does not reach preset value, then restart said timer once more and said count value is added one, carry out next step;
Said terminal is before said timer expiry, as the order of receiving the entering idle pulley that said serving BS is retransmitted, and then return a step and continue to carry out, otherwise said terminal gets into idle pulley when said timer expiry;
Said counter begins counting when perhaps start said timer the second time for the first time.
Further, said method also can have following characteristics:
After said response message is sent at said terminal once more, said count value is added one, as judge that the count value of said counter does not reach preset value, then restart said timer once more, carry out next step;
Said terminal is before said timer expiry, as the order of receiving the entering idle pulley that said serving BS is retransmitted, and then return a step and continue to carry out, otherwise said terminal gets into idle pulley when said timer expiry;
Said counter begins counting when perhaps send said response message the second time for the first time.
Further, said method also can have following characteristics:
Said terminal reaches preset value like the count value of judging said counter, and then the overtime back of waiting timer gets into idle pulley, perhaps directly gets into idle pulley.
Further, said method also can have following characteristics:
Said BWA is a micro-wave access global inter communication WiMAX system; Said terminal is the travelling carriage in the WiMAX system; The order of said entering idle pulley is that action code Action Code is the log-in command that goes of 0x05, and said response message is the go register requirement of De-registration_Request_Code value for 0x02.
Further, said method also can have following characteristics:
Said timer is that travelling carriage gets into idle waiting timer MS-ENTER-IDLE-Timer; Be used for receiving the order that requires travelling carriage to get into idle pulley immediately that serving BS is initiatively initiated, sent and removed the register requirement sign indicating number the going after the login request message that be the De-registration_Request_Code value for 0x02 to getting into the stand-by period timing of idle pulley at travelling carriage;
Said counter is for getting into idle waiting timer restart counter ENTER-IDLE-TimerRetries, is used for travelling carriage got into the startup of idle waiting timer or restart number of times counting.
Terminal provided by the invention comprises
A kind of terminal comprises control module, receiver module and sending module, it is characterized in that, also comprises a timer and a counter, wherein:
Said receiver module is used for after the order that receives the entering idle pulley that serving BS sends, notifying said control unit;
Said control module comprises:
First control unit is used for after the order of receiving said entering idle pulley first, the response message of notifying said transmitting element to send said order, and start said timer;
Second control unit; When being used for before said timer expiry, receiving the order of said entering idle pulley once more; Notify said transmitting element to send said response message once more; As the count value of judging said counter do not reach preset value, restarts said timer, otherwise no longer restarts said timer;
The 3rd control unit is used for when said timer expiry, changing idle pulley over to;
Said timer is used for the stand-by period that gets into idle pulley is carried out timing;
Said counter is used for the startup of said timer or restarts number of times, and perhaps the transmission of said response message or repeating transmission number of times are counted;
Said transmitting element is used for after receiving the notice of said control module, sending said response message to said serving BS.
Further, above-mentioned terminal also can have following characteristics:
Said counter is used for the number of times of restarting of said timer is counted; Said second control unit also is used for after notifying said transmitting element to send said response message once more, judges whether the count value of said counter reaches preset value, as not reaching, restarts said timer and the count value of said counter is added one; Perhaps
Said counter is used for the number of starts of said timer is counted; Said first control unit also is used for after starting said timer, and the count value of said counter is added one; Said second control unit also is used for after notifying said transmitting element to send said response message once more, judges whether the count value of said counter reaches preset value, as not reaching, restarts said timer and the count value of said counter is added one.
Further, above-mentioned terminal also can have following characteristics:
Said counter is used for the number of times of transmission once more of said response message is counted; Said second control unit also is used for after notifying said transmitting element to send said response message once more, and the count value of said counter is added one, judges whether the count value of said counter reaches preset value again, as not reaching, restarts said timer; Perhaps
Said counter is used for the transmission number of times of said response message is counted; Said first control unit also is used for behind the response message of notifying said transmitting element to send said order, and the count value of said counter is added one; Said second control unit also is used for after notifying said transmitting element to send said response message once more, and the count value of said counter is added one, judges whether the count value of said counter reaches preset value again, as not reaching, restarts said timer.
Further, above-mentioned terminal also can have following characteristics,
Said second control unit does not process after judging that the count value of said counter reaches preset value; Perhaps
After said second control unit judges that the count value of said counter reaches preset value, notify said the 3rd control unit, said the 3rd control unit directly changes idle pulley over to after receiving this notice.
Further, above-mentioned terminal also can have following characteristics,
Said BWA is a micro-wave access global inter communication WiMAX system; Said terminal is the travelling carriage in the WiMAX system; The order of the entering idle pulley that receive at said terminal is that the action code Action Code that serving BS sends is the log-in command that goes of 0x05, and the response message that send at said terminal is the go register requirement of register requirement sign indicating number De-registration_RequesT_Code value for 0x02.
Further, above-mentioned terminal also can have following characteristics,
Said timer is that travelling carriage gets into idle waiting timer MS-ENTER-IDLE-Timer; Be used for receiving the order that requires travelling carriage to get into idle pulley immediately that serving BS is initiatively initiated, sent and gone register requirement sign indicating number De-registration_RequesT_Code value going after the login request message for 0x02 to getting into the stand-by period timing of idle pulley at travelling carriage;
Said counter is for getting into idle waiting timer restart counter ENTER-IDLE-TimerRetries, is used for travelling carriage got into the startup of idle waiting timer or restart number of times counting.
The present invention initiates base station in BWA require the terminal to get into the order of idle pulley immediately after; The terminal is got into idle module to be controlled; Guarantee that travelling carriage can respond the system message of base station side in time; Thereby make the base station obtain the state information of travelling carriage in time, make the base station in time discharge resource, reduce the waste of interface-free resources.
Description of drawings:
Fig. 1 is that the MS that requires that is initiatively initiated by BS in the traditional WiMAX system gets into idle normal running flow chart immediately;
Fig. 2 is the handling process of the BS according to applying examples of the present invention when failing to receive the first DREG-REQ message of sending of MS.
Embodiment:
Below in conjunction with accompanying drawing the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein only is used for explanation and explains the present invention, and be not used in qualification the present invention.
Present embodiment is an example with the WiMAX system; Increased new timer: MS in the MS side and got into idle waiting timer (MS-ENTER-IDLE-Timer), be used to control by serving BS broadcasts initiatively initiate require MS to get into idle pulley immediately the time MS get into opportunity of idle pulley;
Increased new counter in the MS side: get into idle waiting timer restart counter (ENTER-IDLE-Timer Retries), be used to control by serving BS broadcasts initiatively initiate require MS to get into idle pulley immediately the time MS restart the number of times of MS-ENTER-IDLE-Timer.
The definition description of the new MS side timer MS-ENTER-IDLE-Timer that proposes in the present embodiment has been shown in the form 1.
Form 1
| System (Syste m) | Title (Name) | Time reference (Time reference) | Minimum value (Mini mum Value) | Default value (Defa ult Value) | Maximum (Maxim um value) |
| Travelling carriage (MS) | MS gets into idle waiting timer (MS-E NTER-I DLE-Ti mer) | BS initiatively initiates when requiring MS to get into idle pulley immediately, MS sent De-registration_Request _ Code value for after the DREG-REQ message of 0x02 to getting into the stand-by period timing of idle pulley.Time?MS?waits?to?enter idle?Mode?after?sending DREG-REQ?with De-registration_Request _Code?0x02?in?case?of unsolicited?idle?mode initiation?from?BS. | - | - | - |
The definition that the MS side counter ENTER-IDLE-Timer Retries of new proposition has been shown in the form 2 is described.
Form 2
| System (Syst em) | Title (Name) | Time reference (Time reference) | Minimum value (Mini mum Value) | Default value (Defa ult Value) | Maximum (Maxi mum Value) |
| Travelling carriage (MS) | Get into idle waiting timer restart counter (ENTER-ID LE-Timer Retries) | The number of times of restarting that MS is got into the idle waiting timer is counted Number of retries on MS-ENTER-IDLE-Ti mer | - | - | 3 |
Following elder generation describes a kind of usage example of new MS side timer MS-ENTER-IDLE-Timer and new MS side counter ENTER-IDLE-Timer Retries.
MS sends the De-registration_Request_Code value first for after the DREG-REQ message of 0x02; Start timer; If MS receives the DREG-CMD message that serving BS broadcasts retransmits before this timer expiry, MS will send the DREG-REQ message of De-registration_Request_Code value for 0x02 once more, judge simultaneously whether counter reaches preset maximum; Do not reach and then restart timer MS-ENTER-IDLE-Timer, and increase ENTER-IDLE-Timer Retries once.If BS does not receive DREG-REQ message yet; After T46 is overtime, will retransmit DREG-CMD message once more; If the timer MS-ENTER-IDLE-Timer of MS is also not overtime, will respond DREG-REQ message once more, judge counter once more; Do not restart timer MS-ENTER-IDLE-Timer under the peaked situation once more reaching, and increase ENTER-IDLE-Timer Retries.After this process can be repeated until that ENTER-IDLE-Timer Retries reaches preset maximum, MS will not restart timer MS-ENTER-IDLE-Timer after sending DREG-REQ message, get into idle pulley after waiting for this timer expiry.
Send DREG-CMD message to BS and require MS to get into idle pulley immediately, and expectation is received the situation of De-registration_Request_Code value for the DREG-REQ message of 0x02 from MS.The flow process that MS gets into the implementation method of idle pulley may further comprise the steps:
Step 1, MS receive Action Code that serving BS broadcasts is sent be 0x05 remove log-in command after, send the go register requirement of De-registration_Request_Code value to serving BS broadcasts for 0x02, start timer MS-ENTER-IDLE-Timer simultaneously;
Counter ENTER-IDLE-Timer Retries can begin counting in this step, also can count.
Step 2, MS judges before timer MS-ENTER-IDLE-Timer is overtime, whether receives the above-mentioned DREG-REQ message that serving BS broadcasts retransmits, if, execution in step three, otherwise, execution in step six;
Step 3, MS sends the above-mentioned register requirement of going to serving BS broadcasts once more;
Step 4, MS judges whether the count value of counter ENTER-IDLE-Timer Retries has reached preset value, if, execution in step six, otherwise, execution in step five;
Step 5, MS is restarted timer MS-ENTER-IDLE-Timer, and the count value of counter ENTER-IDLE-Timer Retries is added one, returns step 2;
Step 6, after timer MS-ENTER-IDLE-Timer was overtime, MS got into idle pulley.
Because the processing of BS side in this process is the same with prior art, explanation no longer separately.
Certainly; Counter also can be used for the repeating transmission number of times that goes register requirement is counted, and add one with count value this moment after travelling carriage sends register requirement once more; Judge again whether said count value reaches preset value; As do not reach and then restart said timer, otherwise the travelling carriage waiting timer is overtime, gets into idle pulley in overtime back.As for this counter; Can begin counting when going register requirement or restarting timer for the first time and only count for the first time retransmitting, but also can begin to count when going register requirement or starting timer for the first time to comprising that repeating transmission or the transmission or the number of starts of restarting count from sending for the first time to retransmitting or restarting number of times.Those skilled in the art can be well understood to, and these counting modes come down to be equal to fully, are the slightly difference of choosing of preset value.
Can find out; Timer MS-ENTER-IDLE-Timer sum counter ENTER-IDLE-TimerRetries has guaranteed that MS will keep a period of time to be operated in normal mode after sending DREG-REQ message; Assurance is to the response of the possible resend messages of BS; Make BS can in time obtain the MS state information, discharge MS relevant connection information.
From device, the MS of present embodiment comprises timer, counter, control module, receiver module and sending module, wherein:
Said receiver module, be used for receive that serving BS broadcasts sends require MS get into idle pulley go notify said control unit behind the log-in command.
Said control module comprises:
First control unit, be used for receive first above-mentioned remove log-in command after, the notice transmitting element sends the register requirement of going of going the log-in command response as above-mentioned, and starts timer;
Said counter is if count the timer number of starts (comprise and restart number of times), and first control unit is about to counter after starting timer count value adds one.
Second control unit; Be used for before timer expiry, receiving once more above-mentioned when removing log-in command; The notice transmitting element sends the above-mentioned register requirement of going once more, judges then whether the count value of said counter reaches preset value, as not reaching; Restart timer and the count value of counter is added one, otherwise do not handle.
The 3rd control unit is used for when timer expiry, changing idle pulley over to.
Said timer is used for the stand-by period that gets into idle pulley is carried out timing.
Said counter is used for the startup of timer or restarts number of times counting.
Said transmitting element is used for after receiving the notice of control module, sends the above-mentioned register requirement of going to serving BS.
In another embodiment, counter can also send or retransmit and go the number of times of register requirement to count MS.At this moment, second control unit is about to this counter after register requirement is gone in the transmission of notice transmitting element count value adds one, judges whether it reaches preset value again, as not reaching, restarts timer again, otherwise does not handle.If the inferior counting number of log-in command is removed in transmission, first control unit sends at the notice transmitting element and is about to this counter when going register requirement and adds one.The function of other modules all is the same with the device of the foregoing description.
The present invention will be described to combine a concrete applying examples below again, this applying examples BS initiates require MS to get into idle pulley immediately after, it is as shown in Figure 2 that MS gets into the implementation method of idle pulley, may further comprise the steps:
Step 201: serving BS broadcasts is that the DREG-CMD message of 0x05 is sent to MS with Action Code, requires the MS that is in normal mode of operation to get into idle pulley, to reduce power loss;
Step 202: serving BS broadcasts starts timer T46 and timer Management_Resource_Holding_Timer when sending DREG-CMD message, wait for the DREG-REQ message that MS sends as response, and DREG command retry count value adds one;
It is the response of the DREG-REQ message conduct of 0x02 to serving BS broadcasts message that step 203:MS sends the De-registration_Request_Code value;
Step 204:MS starts timer MS-ENTER-IDLE-Timer when sending DREG-REQ message, counter ENTER-IDLE-Timer Retries adds one, notices that this applying examples is when timer starts for the first time, to begin counting.Here " MS-ENTER-IDLE-Timer " will be used as example, and its title can be different, so long as set being used for waiting for that the timer that gets into the idle pulley timing gets final product of MS.The value of MS-ENTER-IDLE-Timer can be got the engineering experience value in practical application, for example be not less than the value of BS timer T46;
Step 205: when the DREG-REQ of step 203 transmission of messages was made mistakes, T46 was overtime for the BS timer, and BS will retransmit DREG-CMD message;
Restart timer T46 and timer Management_Resource_Holding_Timer when step 206:BS sends DREG-CMD message, DREG command retry count adds one;
Step 207:MS has received the DREG-CMD message that retransmits before timer MS-ENTER-IDLE-Timer is overtime, send DREG-REQ message once more;
Step 208:MS inspection counter ENTER-IDLE-Timer Retries does not reach preset value; Then restart timer MS-ENTER-IDLE-Timer; ENTER-IDLE-Timer Retries value adds one; When then MS send DREG-REQ message do not restart timer MS-ENTER-IDLE-Timer if ENTER-IDLE-Timer Retries reaches preset value this moment;
Step 209: timer MS-ENTER-IDLE-Timer is overtime, and MS gets into idle pulley by appointment;
Step 210:BS has received DREG-REQ message before timer T46 is overtime; Think that MS has got into idle pulley; The DREG-CMD message of will not redispatching, the overtime back of waiting timer Management_Resource_Holding_Timer discharges the link information that MS uses.
In sum; The problem that the base station can't in time obtain mobile station state when the new timer that the present invention proposes can solve the administrative messag transmission that causes owing to the channel quality problem and accept failure; Thereby reduce the number of times that BS sends identical administrative messag; Reduce the waste of BS resource, practice thrift the interface-free resources between BS and the MS.
The present invention also can have other various embodiments; Under the situation that does not deviate from spirit of the present invention and essence thereof; Those of ordinary skill in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
For example, in another embodiment, see also the step 6 of above-mentioned implementation method, after judging that count value reaches preset value, also waiting timer is not overtime, directly gets into idle pulley.Accordingly, when second control unit reaches preset value in the count value of judging counter, directly notify the 3rd control unit, after the 3rd control unit was received this notice, promptly control terminal changed idle pulley over to.
Claims (12)
1. the implementation method of a terminal access idle mode comprises:
Configuration one timer and a counter in said terminal after the order of the entering idle pulley that serving BS sends is received at the terminal that is in normal mode of operation, sends the response message of said order to said serving BS, and starts said timer;
Before said timer expiry; Said terminal is as receiving the order of the entering idle pulley that said serving BS is retransmitted; Then send said response message once more, restart said timer, and count; Repeat this step when the count value of said counter reaches preset value, no longer restart said timer;
Like said timer expiry, then said terminal access idle mode.
2. implementation method as claimed in claim 1 is characterized in that, and is further comprising the steps of:
After said response message is sent at said terminal once more, as judge that the count value of said counter does not reach preset value, then restart said timer once more and said count value is added one, carry out next step;
Said terminal is before said timer expiry, as the order of receiving the entering idle pulley that said serving BS is retransmitted, and then return a step and continue to carry out, otherwise said terminal gets into idle pulley when said timer expiry;
Said counter begins counting when perhaps start said timer the second time for the first time.
3. implementation method as claimed in claim 1 is characterized in that, and is further comprising the steps of:
After said response message is sent at said terminal once more, said count value is added one, as judge that the count value of said counter does not reach preset value, then restart said timer once more, carry out next step;
Said terminal is before said timer expiry, as the order of receiving the entering idle pulley that said serving BS is retransmitted, and then return a step and continue to carry out, otherwise said terminal gets into idle pulley when said timer expiry;
Said counter begins counting when perhaps send said response message the second time for the first time.
4. like claim 1,2 or 3 described implementation methods, it is characterized in that:
Said terminal reaches preset value like the count value of judging said counter, and then the overtime back of waiting timer gets into idle pulley, perhaps directly gets into idle pulley.
5. like claim 1 or 2 or 3 described implementation methods, it is characterized in that:
This implementation method is applied to BWA; Said BWA is a micro-wave access global inter communication WiMAX system; Said terminal is the travelling carriage in the WiMAX system; The order of said entering idle pulley is that action code Action Code is the log-in command that goes of 0x05, and said response message is the go register requirement of De-registration_Request_Code value for 0x02.
6. implementation method as claimed in claim 5 is characterized in that:
Said timer is that travelling carriage gets into idle waiting timer MS-ENTER-IDLE-Timer; Be used for receiving the order that requires travelling carriage to get into idle pulley immediately that serving BS is initiatively initiated, sent and removed the register requirement sign indicating number the going after the login request message that be the De-registration_Request_Code value for 0x02 to getting into the stand-by period timing of idle pulley at travelling carriage;
Said counter is for getting into idle waiting timer restart counter ENTER-IDLE-Timer Retries, is used for travelling carriage got into the startup of idle waiting timer or restart number of times counting.
7. a terminal comprises control module, receiver module and sending module, it is characterized in that, also comprises a timer and a counter, wherein:
Said receiver module is used for after the order that receives the entering idle pulley that serving BS sends, notifying said control module;
Said control module comprises:
First control unit is used for after the order of receiving said entering idle pulley first, the response message of notifying said sending module to send said order, and start said timer;
Second control unit; When being used for before said timer expiry, receiving the order of said entering idle pulley once more; Notify said sending module to send said response message once more; As the count value of judging said counter do not reach preset value, restarts said timer, otherwise no longer restarts said timer;
The 3rd control unit is used for when said timer expiry, changing idle pulley over to;
Said timer is used for the stand-by period that gets into idle pulley is carried out timing;
Said counter is used for the startup of said timer or restarts number of times, and perhaps the transmission of said response message or repeating transmission number of times are counted;
Said sending module is used for after receiving the notice of said control module, sending said response message to said serving BS.
8. terminal as claimed in claim 7 is characterized in that, wherein:
Said counter is used for the number of times of restarting of said timer is counted; Said second control unit also is used for after notifying said sending module to send said response message once more, judges whether the count value of said counter reaches preset value, as not reaching, restarts said timer and the count value of said counter is added one; Perhaps
Said counter is used for the number of starts of said timer is counted; Said first control unit also is used for after starting said timer, and the count value of said counter is added one; Said second control unit also is used for after notifying said sending module to send said response message once more, judges whether the count value of said counter reaches preset value, as not reaching, restarts said timer and the count value of said counter is added one.
9. terminal as claimed in claim 7 is characterized in that, wherein:
Said counter is used for the number of times of transmission once more of said response message is counted; Said second control unit also is used for after notifying said sending module to send said response message once more, and the count value of said counter is added one, judges whether the count value of said counter reaches preset value again, as not reaching, restarts said timer; Perhaps
Said counter is used for the transmission number of times of said response message is counted; Said first control unit also is used for behind the response message of notifying said sending module to send said order, and the count value of said counter is added one; Said second control unit also is used for after notifying said sending module to send said response message once more, and the count value of said counter is added one, judges whether the count value of said counter reaches preset value again, as not reaching, restarts said timer.
10. like claim 7,8 or 9 described terminals, it is characterized in that:
Said second control unit does not process after judging that the count value of said counter reaches preset value; Perhaps
After said second control unit judges that the count value of said counter reaches preset value, notify said the 3rd control unit, said the 3rd control unit directly changes idle pulley over to after receiving this notice.
11., it is characterized in that like claim 7 or 8 or 9 described terminals:
This terminal is the terminal in the BWA; Said BWA is a micro-wave access global inter communication WiMAX system; Said terminal is the travelling carriage in the WiMAX system; The order of the entering idle pulley that receive at said terminal is that the action code Action Code that serving BS sends is the log-in command that goes of 0x05, and the response message that send at said terminal is the go register requirement of register requirement sign indicating number De-registration_Request_Code value for 0x02.
12. terminal as claimed in claim 11 is characterized in that:
Said timer is that travelling carriage gets into idle waiting timer MS-ENTER-IDLE-Timer; Be used for receiving the order that requires travelling carriage to get into idle pulley immediately that serving BS is initiatively initiated, sent and gone register requirement sign indicating number De-registration_Request_Code value going after the login request message for 0x02 to getting into the stand-by period timing of idle pulley at travelling carriage;
Said counter is for getting into idle waiting timer restart counter ENTER-IDLE-Timer Retries, is used for travelling carriage got into the startup of idle waiting timer or restart number of times counting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101289615A CN101610597B (en) | 2008-06-21 | 2008-06-21 | Method for terminal entering idle mode and corresponding terminal |
Applications Claiming Priority (1)
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| WO2013107059A1 (en) * | 2012-01-21 | 2013-07-25 | Renesas Mobile Corporation | Method and apparatus for communications device duty cycles |
| US10342066B2 (en) * | 2014-11-07 | 2019-07-02 | Nokia Solutions And Networks Oy | Method and apparatus for dual connectivity management |
| CN107820305B (en) * | 2016-09-14 | 2020-07-28 | 华为技术有限公司 | Method and device for transmitting WUR message |
| CN109246856A (en) * | 2017-05-16 | 2019-01-18 | 中国移动通信有限公司研究院 | Release radio resource method, timer configuration method, equipment and storage medium |
| CN110430318B (en) * | 2019-07-04 | 2021-02-19 | 惠州Tcl移动通信有限公司 | Mobile terminal WIFI calling control method, mobile terminal and storage medium |
| CN110609504B (en) * | 2019-09-28 | 2020-09-11 | 湖北理工学院 | Transmission method and system for control information of intelligent robot |
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| CN1852573A (en) * | 2005-11-02 | 2006-10-25 | 华为技术有限公司 | Method for controlling mobile station to get in idling mode in WIMAX system |
| CN101060707A (en) * | 2006-04-19 | 2007-10-24 | 中兴通讯股份有限公司 | A method for the terminal access idle mode in mobile broad band wireless access system |
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| CN1852573A (en) * | 2005-11-02 | 2006-10-25 | 华为技术有限公司 | Method for controlling mobile station to get in idling mode in WIMAX system |
| CN101060707A (en) * | 2006-04-19 | 2007-10-24 | 中兴通讯股份有限公司 | A method for the terminal access idle mode in mobile broad band wireless access system |
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