CN102026229B - Device for avoiding access terminal monitoring from aliasing, system and device - Google Patents
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Abstract
The invention discloses a method for avoiding access terminal monitoring from aliasing, system and device, relating to wireless communication technology, wherein an access network is configured with suitable minimum reuse time interval that is notified to an access terminal; the access terminal release the connection when not receiving QuickConfig message in the minimum reuse time interval so as to further shorten the minimum reuse time interval; since the reuse rate of resource is improved, the length of the QuickConfig message is correspondingly shortened so as to improve use ratio of the network resource while reducing aliasing of the access terminal monitoring.
Description
Technical field
The present invention relates to mobile communication technology, relate in particular to a kind of avoid accessing terminal monitor the method, system and device of obscuring.
Background technology
In current CDMA 1X EV-DO air interface version (3GPP2C.S0024-B), in forward traffic channel MAC agreement, having defined a forward business can be with monitoring flow process.In this flow process, the QuickConfig message in Overhead (Overhead Message) agreement that AT (accessing terminal) reception forward control channel sends, realizes the monitoring that accesses terminal.The definition of QuickConfig message is as shown in table 1:
Table 1 QuickConfig message definition
Wherein, there is the Traffic Channel that the resource that corresponding use MacIndex (media interviews control index) numerical value is 64-n is set up the n time of ForwardTraffic Valid63To0 field.
Occur, corresponding the Traffic Channel that uses resource that MacIndex value is 128-n to set up the n time of ForwardTraffic Valid127To64 field.
Occur for the n time of ForwardTraffic Valid130To383 field, in the time that reverse link MACIndex is odd number, the corresponding Traffic Channel that uses MACIndex value to set up for the resource of 130+ (n-1)/2; In the time that reverse link MACIndex is even number, the Traffic Channel that the resource that corresponding use MACIndex value is 257+n/2 is set up;
The ForwardTraffic Valid63To0 of AT from QuickConfig message, in ForwardTraffic Valid127To64 or ForwardTraffic Valid130To383 territory, whether this ForwardTraffic Valid (forward business can with) field that is connected corresponding MACIndex is True (1) with AT self in retrieval, if True represent this MACIndex the corresponding Traffic Channel connecting be available, False (0) represents that this Traffic Channel is discharged by AN (Access Network) if, disabled, after AT monitors this and connects corresponding Traffic Channel and discharged, just can close the operation that this Traffic Channel connects.
But there is situation as follows: in the time there is AT1 and two AT of AT2 simultaneously, AT1 is discharged by AN by the Traffic Channel that MACIndex N sets up, but AN is that AT2 has distributed Traffic Channel with MACIndex N again, and the structure of the QuickConfig message of AN is to take situation according to the MACIndex of AN side to fill in.Can not distinguish MACIndex N is that in former and later two users, which user is shared, referring to Fig. 1, on time shaft, T1 moment AN uses MACIndex N to set up Traffic Channel for AT1, at T2 moment AN, the Traffic Channel of AT1 is discharged, in the T3 moment, AN uses again MACIndex N to set up Traffic Channel for AT2.In Fig. 1, time point TA, TB, TC are the time points of AN QuickConfig message in forward control channel sends Overhead agreement to AT, according to the regulation of agreement, send the transmission cycle (CCsynSS) of the control channel synchronized sleep state that the is spaced apart bag (Control Channel Synchronous Sleep State capsule) of QuickConfig message twice, be called the control channel cycle, the duration in this cycle is 256 CDMA time slots (slots).
In this time period of T1～T2, AN is AT1 distribution service channel, and after distribution service channel, in the ForwardTraffic of QuickConfig message Valid list of fields, corresponding value is True.
In this time period of T2～T3, AN has discharged and has distributed Traffic Channel for AT1.
At this time point of T3, AN is that AT2 has set up Traffic Channel.In the ForwardTraffic of QuickConfig message Valid list of fields, corresponding value is also True.
When losing due to idle message or reason such as mistake frame etc., AT1 does not receive the release message that AN sends, and AN has been released to the Traffic Channel of AT1, but AT1 still thinks that Traffic Channel is in hold mode, and continues to open backward channel and monitoring, reception forward channel message.Like this, AT1 and AT2 are on two time points of TB, TC, and it is True that the MACIndex that can distribute to it according to AN finds corresponding ForwardTraffic Valid field in QuickConfig message.AT1 can continue to keep being connected open mode with AT2, causes reverse interference.
At present, for addressing the above problem, AN can arrange a timer Timer_LockMACIndex, for locking certain d/d MACIndex, within a period of time, just d/d MACIndex does not distribute to new user, thus the conflict of avoiding MACIndex to use.
But the present inventor's discovery is too short if Timer_LockMACIndex arranges, be less than the time of a CCsynSS, so still there will be problem above:
If the duration that Timer_LockMACIndex arranges is less than the time in AT monitoring control channel cycle, the time in AT monitoring control channel cycle is defaulted as 12 control channel cycles conventionally, so contingent situation as shown in Figure 2, equally on time shaft, T1 moment AN uses MACIndex N to set up Traffic Channel for AT1, at T2 moment AN, the Traffic Channel of AT1 is discharged, in the T3 moment, AN uses again MACIndex N to set up Traffic Channel for AT2.In Fig. 2, this section of duration of TA～TD is Timer_LockMACIndex, and this section of duration of TA～TE is the duration in AT monitoring control channel cycle, if AT1 at TA～TD during this period of time, the reason such as demodulation is poor because eat dishes without rice or wine, do not have to demodulate control channel bag, whether the value that cannot know corresponding ForwardTraffic Valid field in QuickConfig message changes, AT1 can also receive QuickConfig message after the TD time so, and think that according to QuickConfig message its corresponding MACIndex resource still exists by mistake, so continue to keep connecting, cause to monitor and obscure.
And if the duration that AN arranges Timer_LockMACIndex is greater than the time in AT monitoring control channel cycle, as shown in Figure 3, on time shaft, T1 moment AN uses MACIndex N to set up Traffic Channel for AT1, at T2 moment AN, the Traffic Channel of AT1 is discharged, in the T3 moment, AT1 monitors and unsuccessfully discharges Traffic Channel because of control channel, in the T4 moment, AN just uses again MACIndex N to set up Traffic Channel for AT2.In Fig. 3, setting this section of duration of TA～TE is the time in AT monitoring control channel cycle, and this section of duration of TA～TD is Timer_LockMACIndex.If AT1 at TA～TB during this period of time, the reason such as demodulation is poor because eat dishes without rice or wine, do not have to demodulate control channel bag, whether the value that cannot know corresponding ForwardTraffic Valid field in QuickConfig message there is variation, so at TE time point, AT1, because monitoring control channel is overtime, will discharge the connection of Traffic Channel voluntarily.Because TD time point is after TE time point, so AN reuses MACIndexN and sets up Traffic Channel to AT2 after TD time point, just can not cause obscuring of MACIndex.
But, because Timer_LockMACIndex must be greater than time in AT monitoring control channel cycle, could effectively avoid monitoring and obscure, and this time is 12 control channel cycles, be about 5.12 seconds, if must waiting for 5.12 seconds, each Connection Release just can reuse its used MACIndex, calling out under the scene of busy or overload, probably cause MACIndex to distribute not, and the length of QuickConfig message can be increased to theoretical maximum length, increased the message of control channel, serious waste Internet resources.
Summary of the invention
The embodiment of the present invention provide a kind of avoid accessing terminal monitor the method, system and device of obscuring, realize when minimizing accesses terminal and monitors and obscure, improve the utilance of Internet resources.
Avoid accessing terminal and monitor a method of obscuring, comprising:
Access terminal and set up rear monitoring control channel in Traffic Channel, and receive the rapid configuration message that Access Network sends according to control channel cycle t;
Access terminal do not receive described rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, wherein, it is that described Access Network reuses that current to set up the resource that Traffic Channel uses be that other accesses terminal and sets up the stand-by period before Traffic Channel that described minimum is reused time interval T, and t≤T.
Avoid accessing terminal and monitor a method of obscuring, comprising:
Access Network uses first resource and accesses terminal sets up Traffic Channel, and sends rapid configuration message according to control channel cycle t;
Access Network is determining that described and the first traffic channel resource release accessing terminal reaches minimum and reuses after time interval T, allow to use described first resource and second to access terminal and set up Traffic Channel, wherein, described first accesses terminal do not receive described rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, and t≤T.
Avoid accessing terminal and monitor a system of obscuring, comprising:
Access terminal, setting up monitoring control channel after Traffic Channel, and receiving rapid configuration message, and do not receive described rapid configuration message in minimum is reused the time interval T time, discharge Traffic Channel and connect, wherein, t≤T;
Access Network, reuses time interval T for configuring minimum, uses first resource and accesses terminal to set up Traffic Channel, and send rapid configuration message according to control channel cycle t; Determining that described and the first traffic channel resource release accessing terminal reaches minimum and reuses after time interval T, allow to use described first resource and second to access terminal and set up Traffic Channel.
Avoid accessing terminal and monitor a device of obscuring, comprising:
Monitoring unit, for setting up monitoring control channel after Traffic Channel, and receives the rapid configuration message that Access Network sends according to control channel cycle t;
Releasing unit, while being used for not receiving described rapid configuration message in minimum is reused time interval T, release Traffic Channel connects, wherein, it is that described Access Network reuses that current to set up the resource that Traffic Channel uses be that other accesses terminal and sets up the stand-by period before Traffic Channel that described minimum is reused time interval T, and t≤T.
Avoid accessing terminal and monitor a device of obscuring, comprising:
Transmitting element, sets up Traffic Channel for using first resource and accessing terminal, and sends rapid configuration message according to control channel cycle t;
Set up unit, for determining that described and the first traffic channel resource release accessing terminal reaches minimum and reuses after time interval T, allow to use described first resource and second to access terminal and set up Traffic Channel, wherein, described first accesses terminal do not receive described rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, and t≤T.
The embodiment of the present invention provide a kind of avoid accessing terminal monitor the method, system and device of obscuring, Access Network is set suitable minimum and is reused the time interval, this minimum being reused to the time interval notifies to accessing terminal again, access terminal and at this, minimum is reused while not receiving QuickConfig message in the time interval, it is release connection, and then shorten minimum and reuse the time interval, and because resource reuse rate improves, the length of QuickConfig message is corresponding shortening also, realize when minimizing accesses terminal and monitors and obscure, improved the utilance of Internet resources.
Brief description of the drawings
Fig. 1 is that in prior art, multiple terminals are reused resource and set up one of schematic diagram of Traffic Channel;
Fig. 2 be in prior art multiple terminals reuse resource set up Traffic Channel schematic diagram two;
Fig. 3 be in prior art multiple terminals reuse resource set up Traffic Channel schematic diagram three;
Fig. 4 avoids in the embodiment of the present invention accessing terminal monitoring one of method flow diagram of obscuring;
Fig. 5 is the schematic diagram that in the embodiment of the present invention, multiple terminals are reused resource and set up Traffic Channel;
Fig. 6 avoids in the embodiment of the present invention accessing terminal monitoring two of the method flow diagram obscured;
Fig. 7 avoids in the embodiment of the present invention accessing terminal monitoring the system configuration schematic diagram of obscuring;
Fig. 8 avoids in the embodiment of the present invention accessing terminal monitoring one of apparatus structure schematic diagram of obscuring;
Fig. 9 avoids in the embodiment of the present invention accessing terminal monitoring two of the apparatus structure schematic diagram obscured.
Embodiment
The embodiment of the present invention provide a kind of avoid accessing terminal monitor the method, system and device of obscuring, Access Network is set suitable minimum and is reused the time interval, again this time interval is notified to accessing terminal, access terminal and at this, minimum is reused while not receiving QuickConfig message in the time interval, it is release connection, and then shorten minimum and reuse the time interval, and because resource reuse rate improves, the length of QuickConfig message is corresponding shortening also, realize when minimizing accesses terminal and monitors and obscure, improved the utilance of Internet resources.
As shown in Figure 4, what the embodiment of the present invention provided avoid accesses terminal and monitors the method for obscuring, and it is characterized in that, comprising:
Step S401, the monitoring control channel after Traffic Channel is set up that accesses terminal, and receive the rapid configuration message that Access Network sends according to control channel cycle t;
Step S402, access terminal do not receive rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, wherein, it is that Access Network reuses that current to set up the resource that Traffic Channel uses be that other accesses terminal and sets up the stand-by period before Traffic Channel that minimum is reused time interval T, and t≤T.
AT is after Traffic Channel is set up, monitor synchronization control channel message, and determine that according to the QuickConfig message that each synchronization control channel cycle receives keeping Traffic Channel to connect still discharges Traffic Channel connection, if AN has discharged the traffic channel resource of AT within certain synchronization control channel cycle, AN also should be in the starting point in next synchronization control channel cycle so, by the QuickConfig message informing AT of overhead message protocol, the Traffic Channel of this AT is discharged by AN, AT is receiving after the QuickConfig message of carrying release information, release Traffic Channel connects.
For avoiding occurring as in Fig. 1, T2 and the T3 time point situation in a synchronization control channel cycle, AN can not reuse same MACIndex within a synchronization control channel cycle.For this reason, need to define minimum and reuse time interval T, this minimum interval T should be at least the length in a synchronization control channel cycle, and this minimum is reused to time interval T configure to AT, AT is not in the time receiving QuickConfig message, needn't wait for again that 12 synchronization control channel cycles discharge Traffic Channel again and connect, reuse after time interval T but reach minimum, discharging Traffic Channel connects, like this, AN reaches minimum and reuses time interval T after release traffic channel resource, reuse afterwards this MACIndex access terminal can not cause access terminal monitor obscure.
Like this, even if AT is because eat dishes without rice or wine the reasons such as demodulation is poor, there is no to demodulate control channel bag, cannot know whether ForwardTraffic Valid field value corresponding in QuickConfig message sends variation.In minimum is reused time interval T, do not obtain QuickConfig message, AT just thinks can release connection.If received QuickConfig message in minimum is reused time interval T, AT still trusts the ForwardTraffic Valid field in this message so, and again minimum is reused to time interval T timing.
As shown in Figure 5, in the T1 moment, AN uses MACIndex N to set up Traffic Channel for AT1, TA, TB and TC are the time points of AN QuickConfig message in forward control channel sends Overhead agreement to AT, it is the starting point in synchronization control channel cycle, if AN discharged the Traffic Channel of AT1 in the T2 moment, AT1 should receive the QuickConfig message that carries release information at TC time point, if receive QuickConfig message, can determine that Traffic Channel is released according to ForwardTrafficValid field wherein, AT1 release connection, no longer monitoring control channel.Because minimum is reused time interval T and is set to identical with synchronization control channel Cycle Length, if so AT1 does not normally receive QuickConfig message at TC time point, think that having exceeded minimum reuses time interval T, AT1 still discharges Traffic Channel and connects, no longer monitoring control channel.AN is that to set up Traffic Channel be can not produce the monitoring accessing terminal to obscure to other AT as long as re-use this MACIndex after the TC moment like this.In Fig. 5, AN uses MACIndex N can not produce the monitoring accessing terminal and obscure for AT2 sets up Traffic Channel in the T3 moment.
Certainly, according to actual needs can T be set to be more than or equal to the arbitrary value of synchronization control channel cycle t, but in order to reduce the waste of resource, reuse as much as possible resource, it is better that T is set to the integral multiple of control channel cycle t.
Because AT is not in the time receiving QuickConfig message, 12 synchronization control channel cycles of default waiting are release connection, so in order to reduce the waste of resource, reuse as much as possible resource, T is set to be less than the duration in 12 synchronization control channel cycles conventionally.
In the time that network is busier, in order to reduce the stand-by period accessing terminal, what T value can be arranged is less, Access Network just can be reused time interval T according to this minimum, carries out reusing of resource, has increased resource utilization, reduce the waste of resource, in the time that network is more idle, what T value can be arranged is larger, and then provides preferably service for setting up accessing terminal of Traffic Channel.
Access Network is reused time interval T or change minimum while reusing time interval T minimum is set, and need to notify all the accessing terminal in Access Network, also can only notify accessing terminal of known this function of support.Access Network and access terminal and can mode through consultation configure minimum and reuse time interval T.
Concrete, a kind of execution mode is: can in air protocol, define the minimum interval attribute of a multiplexing MACIndex, the value of being carried minimum and reused time interval T by this attribute.For example, in the overhead message protocol (Overhead Message Protocol) of 3GPP2C.S0024-B, increase attribute a: MACIndexReuseInterval.As shown in table 2, this attribute is defined as follows:
Property ID: 0xfb;
Attribute: MACIndexReuseInterval;
Values：
0x00: do not limit;
The length of 0x01～0xFF:MACIndexReuseInterval, unit is a synchronization control channel cycle interval.
If T is set is the synchronization control channel cycle duration of 3 times, directly 0x01～0xFF is set to 3.
Carry out Session (session) while consulting at AT and AN, also the MACIndexReuseInterval attribute of defined Overhead Message is held consultation simultaneously, if accessing terminal, some does not support this attribute, access terminal and reuse after the negotiation request of value of time interval T in the minimum that comprises that receives Access Network transmission, do not return to any message, or return to default parameters 0x00, represent not carry out the restriction at interval.For supporting accessing terminal of this attribute, reuse after the negotiation request of value of time interval T in the minimum that comprises that receives Access Network transmission, confirm to configure minimum and reuse after time interval T success, return to acknowledge message to Access Network.
As shown in Figure 6, what the embodiment of the present invention provided avoid accesses terminal and monitors the method for obscuring, and can comprise the steps:
Step S601, Access Network use first resource and access terminal sets up Traffic Channel, and sends rapid configuration message according to control channel cycle t;
Step S602, discharge and reach minimum and reuse after time interval T determining with the first traffic channel resource of accessing terminal, allow to use first resource and second to access terminal and set up Traffic Channel, wherein, first accesses terminal do not receive rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, and t≤T.
Accordingly, the embodiment of the present invention also provide a kind of avoid accessing terminal monitor the system of obscuring, as shown in Figure 7, this system comprises and accesses terminal 701 and Access Network 702, wherein:
In the time carrying out the configuration that minimum reuses time interval T, can adopt the mode of negotiation, now, Access Network 702 also for, comprise that to 701 transmissions that access terminal minimum reuses the negotiation request of the value of time interval T, and access terminal and 701 confirming that configuration minimum reuses after time interval T success, the acknowledge message of returning;
Accordingly, access terminal 701 also for, receive the minimum that comprises that sends of Access Network 702 and reuse the negotiation request of the value of time interval T, and confirming that configuration minimum reuses after time interval T success, return to acknowledge message to Access Network 702.
The embodiment of the present invention also provide a kind of avoid accessing terminal monitor the device of obscuring, this device can be specially and access terminal, as shown in Figure 8, this device comprises monitoring unit 801 and releasing unit 802, wherein:
Releasing unit 802, while being used for not receiving rapid configuration message in minimum is reused time interval T, release Traffic Channel connects, wherein, it is that Access Network reuses that current to set up the resource that Traffic Channel uses be that other accesses terminal and sets up the stand-by period before Traffic Channel that minimum is reused time interval T, and t≤T.
Hold consultation configuration minimum while reusing time interval T at needs, in accessing terminal, also comprise: dispensing unit 803, for when the access Access Network, receives the minimum that comprises that Access Network sends and reuse the negotiation request of the value of time interval T; And confirm to configure minimum and reuse after time interval T success, return to acknowledge message to Access Network.
The embodiment of the present invention also provide a kind of avoid accessing terminal monitor the device of obscuring, this device can be specially Access Network, as shown in Figure 9, this device comprises transmitting element 901 and sets up unit 902, wherein:
Transmitting element 901, sets up Traffic Channel for using first resource and accessing terminal, and sends rapid configuration message according to control channel cycle t;
Set up unit 902, for determining that the traffic channel resource release accessing terminal with first reaches minimum and reuses after time interval T, allow to use first resource and second to access terminal and set up Traffic Channel, wherein, first accesses terminal do not receive rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, and t≤T.
Hold consultation configuration minimum while reusing time interval T at needs, in this device, also comprise: negotiation element 903, in the time accessing terminal access, sends to accessing terminal and comprise that minimum reuses the negotiation request of the value of time interval T; And access terminal and confirming that configuration minimum reuses after time interval T success, the acknowledge message of returning.
The embodiment of the present invention provide a kind of avoid accessing terminal monitor the method, system and device of obscuring, Access Network is set suitable minimum and is reused the time interval, again this time interval is notified to accessing terminal, access terminal and reuse while not receiving QuickConfig message in the time interval in this minimum, it is release connection, and then shorten minimum and reuse the time interval, and because resource reuse rate improves, the length of QuickConfig message is corresponding shortening also, realize when minimizing accesses terminal and monitors and obscure, improved the utilance of Internet resources.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if these amendments of the present invention and within modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (12)
1. avoid accessing terminal and monitor a method of obscuring, it is characterized in that, comprising:
Access terminal and set up rear monitoring control channel in Traffic Channel, and receive the rapid configuration message that Access Network sends according to control channel cycle t;
Access terminal do not receive described rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, wherein, it is that described Access Network reuses that current to set up the resource that Traffic Channel uses be that other accesses terminal and sets up the stand-by period before Traffic Channel that described minimum is reused time interval T, and t≤T.
2. the method for claim 1, is characterized in that, also comprises:
Described accessing terminal in the time of the described Access Network of access, the minimum that comprises that receives described Access Network transmission is reused the negotiation request of the value of time interval T; And
Confirm to configure minimum and reuse after time interval T success, return to acknowledge message to described Access Network.
3. the method for claim 1, is characterized in that, described minimum is reused time interval T and be specially the integral multiple of described control channel cycle t.
4. the method for claim 1, is characterized in that, described minimum is reused time interval T and is less than 12 times of control channel cycle t.
5. avoid accessing terminal and monitor a method of obscuring, it is characterized in that, comprising:
Access Network uses first resource and accesses terminal sets up Traffic Channel, and sends rapid configuration message according to control channel cycle t;
Access Network is determining that the traffic channel resource release accessing terminal with first reaches minimum and reuses after time interval T, allow to use described first resource and second to access terminal and set up Traffic Channel, wherein, described first accesses terminal do not receive described rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, and t≤T.
6. method as claimed in claim 5, is characterized in that, also comprises:
Accessing terminal when access, to described access terminal to send comprise that minimum reuses the negotiation request of the value of time interval T; And
Described in reception, access terminal and confirming that configuring minimum reuses after time interval T success, the acknowledge message of returning.
7. avoid accessing terminal and monitor a system of obscuring, it is characterized in that, comprising:
Access terminal, setting up monitoring control channel after Traffic Channel, and receiving rapid configuration message, and do not receive described rapid configuration message in minimum is reused the time interval T time, discharge Traffic Channel and connect, wherein, t≤T;
Access Network, reuses time interval T for configuring minimum, uses first resource and accesses terminal to set up Traffic Channel, and send rapid configuration message according to control channel cycle t; Determining that described and the first traffic channel resource release accessing terminal reaches minimum and reuses after time interval T, allow to use described first resource and second to access terminal and set up Traffic Channel.
8. system as claimed in claim 7, it is characterized in that, described Access Network also for, send and comprise that minimum reuses the negotiation request of the value of time interval T to accessing terminal, and described in receiving, access terminal and confirming that configuration minimum reuses after time interval T success, the acknowledge message of returning;
Described also access terminal for, receive the minimum that comprises that described Access Network sends and reuse the negotiation request of the value of time interval T, and confirming that configuration minimum reuses after time interval T success, return to acknowledge message to described Access Network.
9. avoid accessing terminal and monitor a device of obscuring, it is characterized in that, comprising:
Monitoring unit, for setting up monitoring control channel after Traffic Channel, and receives the rapid configuration message that Access Network sends according to control channel cycle t;
Releasing unit, while being used for not receiving described rapid configuration message in minimum is reused time interval T, release Traffic Channel connects, wherein, it is that described Access Network reuses that current to set up the resource that Traffic Channel uses be that other accesses terminal and sets up the stand-by period before Traffic Channel that described minimum is reused time interval T, and t≤T.
10. device as claimed in claim 9, is characterized in that, also comprises:
Dispensing unit, in the time accessing described Access Network, the minimum that comprises that receives described Access Network transmission is reused the negotiation request of the value of time interval T; And confirm to configure minimum and reuse after time interval T success, return to acknowledge message to described Access Network.
Avoid accessing terminal for 11. 1 kinds and monitor the device of obscuring, it is characterized in that, comprising:
Transmitting element, sets up Traffic Channel for using first resource and accessing terminal, and sends rapid configuration message according to control channel cycle t;
Set up unit, for determining that the traffic channel resource release accessing terminal with first reaches minimum and reuses after time interval T, allow to use described first resource and second to access terminal and set up Traffic Channel, wherein, described first accesses terminal do not receive described rapid configuration message in minimum is reused the time interval T time, release Traffic Channel connects, and t≤T.
12. devices as claimed in claim 11, is characterized in that, also comprise:
Negotiation element, for accessing terminal when access, to described access terminal to send comprise that minimum reuses the negotiation request of the value of time interval T; And described in receiving, access terminal and confirming that configuration minimum reuses after time interval T success, the acknowledge message of returning.
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| PCT/CN2011/072688 WO2012079323A1 (en) | 2010-12-17 | 2011-04-12 | Method, system and device for avoiding monitoring confusion of access terminal |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2006109161A2 (en) * | 2005-04-15 | 2006-10-19 | Nokia Corporation | Method and apparatus for providing control channel monitoring in a multi-carrier system |
| CN101137242A (en) * | 2007-09-21 | 2008-03-05 | 华为技术有限公司 | Time section distribution method of terminal monitoring message and access network equipment and access terminal |
| CN101765138A (en) * | 2009-12-17 | 2010-06-30 | 中兴通讯股份有限公司 | Method and system for realizing multi-carrier supervision over control channel |
-
2010
- 2010-12-17 CN CN201010593504.0A patent/CN102026229B/en active Active
-
2011
- 2011-04-12 WO PCT/CN2011/072688 patent/WO2012079323A1/en active Application Filing
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2006109161A2 (en) * | 2005-04-15 | 2006-10-19 | Nokia Corporation | Method and apparatus for providing control channel monitoring in a multi-carrier system |
| CN101137242A (en) * | 2007-09-21 | 2008-03-05 | 华为技术有限公司 | Time section distribution method of terminal monitoring message and access network equipment and access terminal |
| CN101765138A (en) * | 2009-12-17 | 2010-06-30 | 中兴通讯股份有限公司 | Method and system for realizing multi-carrier supervision over control channel |
Non-Patent Citations (2)
| Title |
|---|
| 季炎.无线传感器网络基于调度的MAC层协议的研究.《合肥工业大学硕士学位论文》.2009,全文. |
| 无线传感器网络基于调度的MAC层协议的研究;季炎;《合肥工业大学硕士学位论文》;20091231;全文 * |
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| WO2012079323A1 (en) | 2012-06-21 |
| CN102026229A (en) | 2011-04-20 |
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