CN100413375C - Method for deleting wireless link under out-of-step state - Google Patents
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Abstract
The present invention discloses a method for deleting wireless links under an out-of-step state. The method comprises the steps that when a user terminal (UE) receives a piece of RRC connection release message sent by a network side and responds a piece of message of finishing RRC connection release to the network side, the UE directly releases a link between the UE and the network side and deletes all local resource corresponding to the link if the UE detects that itself is out-of-step. When the network side sends the RRC connection release message to the UE and does not receive the message finishing RRC connection release responded by the UE within a period of time, the network resource occupied by the link is directly released if the network side detects that the link corresponding to the UE is out-of-step. When the network side receives a piece of cell update message about 'RL link failure' sent by the UE in a second cell and determines that the UE is in the RRC connection release process in a first cell, the network side utilizes the second cell to send the RRC connection release message to the UE; after receiving the RRC connection release message, the UE releases the link between the UE and the network side and deletes all local resource corresponding to the link. The method can save the electric consumption of terminals and can also decrease signal disturbance to other users.
Description
Technical field
The present invention relates to the mobile communication technology field, be meant a kind of method of deleting wireless link under out-of-step state especially.
Background technology
According to present agreement regulation, when user's normal talking finishes, network side can send Radio Resource control (RRC) connection release message to terminal, after the RRC of end side (UE-RRC) receives this message, if the current state of living in of UE is CELL_DCH, UE can send continuously RRC connection Release complete N308 time, each time be T308 at interval.Send 8 RRC if desired and connect Release complete, the time interval is 320ms each time, and UE-RRC need could normally discharge RL after 2 seconds so.If the user will converse once more in the meantime and can't insert.
If want to detect the RL failure by physical layer, it is in fact not too reliable that UE-RRC discharges RL in advance.Such as: if after the physical layer of UE is consecutively detected N313 bar step-out message, UE-RRC starts timer T313, because Radio Link Failure will be introduced once " call drop " process, therefore must guarantee only when communication quality can't guarantee really, could discharge RL, so defined a timer T313 in the agreement at present, have only that T313 is overtime to think that just signal can't recover really once more, could discharge RL afterwards.If the portable terminal signal quality improves again before T313 is overtime, then can continue to keep user's conversation, the default time of T313 is 3 seconds.In other words, UE-RRC also will wait for 3 second time after the physical layer of UE is consecutively detected N313 bar step-out message, could discharge the RL resource.
But in carrying out RRC connection dispose procedure, it is nonsensical starting T313.This is because UE this moment no longer needs to recover user's communications, and current is exactly the RL that needs to discharge the user.If network side has been deleted the RL of this user terminal correspondence, and the UE side does not slowly discharge RL, the very possible like this physical layer that causes is controlled entanglement, can't carry out ensuing normal process, also incured loss through delay simultaneously user's calling waiting time once more, and increased electromagnetic interference other user of this sub-district.
And, for under link signal poor quality's situation, RNC has sent the RRC connection release message to UE, and UE does not receive, perhaps UE has received the RRC connection release message of RNC, and, connecting Release complete but RNC receives the RRC that UE sends to RNC transmission RRC connection Release complete, the processing of this unusual flow process does not offer some clarification on agreement.
Therefore, can be well understood to from top introduction: according to present agreement regulation, when under desynchronizing state, deleting Radio Link, delete already at network side under the situation of user RL, the user can not in time delete RL, increased the power consumption of terminal and, also prolonged the time interval that the user calls out once more simultaneously other users' electromagnetic interference.And do not receive for UE under the situation of RRC connection release message that how network and UE do not offer some clarification on the operating protocol.Do not receive that for network side the RRC of UE connects Release complete, how network side does not offer some clarification on the operating protocol yet.
In addition, connect in the dispose procedure at RRC, the RL resource is not slowly deleted at user side under desynchronizing state, will produce following influence: connect Release complete if network side has been received user 1 RRC, and this user's 1 resource (setting up process by RB) has been distributed to user 2 with the sub-district, user 1 also continues using these code channels to send RRC connection Release complete, and user 2 also uses these code channels, will cause bigger interference to user 2.And, if user 2 interference strengthens, user 2 will increase transmitting power, because CDMA is an a kind of self-interference system, will certainly influence on this sub-district other subscriber signal with time slot, though user 1 code channel and time slot are deleted in base station side, user 1 also continues to send upstream data, just may detect these two users' signal on the same time slot of base station side and the code channel, like this since signal disturb to increase.If occur multiple this situation in the sub-district simultaneously, the most serious might make the paralysis of whole sub-district, though this situation seldom takes place.
Summary of the invention
In view of this, the object of the present invention is to provide a kind of method of deleting wireless link under out-of-step state, the shared resource of Radio Link that user terminal and network side can both in time be deleted discharged.
In order to achieve the above object, the invention provides a kind of method of deleting wireless link under out-of-step state, this method is achieved in that
When user terminal is received the radio resource control RRC connection release message that network side sends, and after connecting Release complete to network side response RRC, if user terminal detects self step-out, do not restart the T313 timer, directly discharge the link of self and network side, and delete all local resources of this link correspondence;
When network side sends the RRC connection release message to user terminal, if network side detects this user terminal link corresponding step-out, and the RRC that did not receive described user terminal response before detecting described step-out connects Release complete, then directly discharges the Internet resources that the step-out link takies;
When network side is received the cell update request that user terminal sends in second sub-district, and judge the current RRC that in first sub-district, is in of this user terminal and connect dispose procedure, then network side sends the RRC connection release message to this user terminal in second sub-district, after this user terminal is received this RRC connection release message, discharge the link between self and network side, and delete all local resources of this link correspondence.
The radio network controller (RNC) that described RRC connection release message is a network side sends.
When user terminal is received the RRC connection release message that network side sends, and after connecting Release complete to network side response RRC, if user terminal detects self step-out, discharging the link of self and network side, and deleting between all local resources of this link correspondence and further comprise:
A1, user terminal judge whether the number of times that has been consecutively detected self step-out is current pre-determined number, if then discharge the link of self and network side, and delete all local resources of this link correspondence;
And, described current pre-determined number be by relatively detecting current pre-determined number step-out message time with send the time that all RRC that finish are connected Release complete and customize.
Described current pre-determined number customizes as follows:
Calculating RRC detects the time of initial pre-determined number step-out message, and the time that sends all RRC connection Release completes that finish, and whether the time of relatively detecting the step-out message of described pre-determined number connect time of Release completes greater than transmission all RRC that finish, if greater than, then current pre-determined number is set to less than initial pre-determined number, and make time of detecting current pre-determined number step-out message connect time of Release completes smaller or equal to transmission all RRC that finish, otherwise, with initial pre-determined number as current pre-determined number;
Carrying out after described current pre-determined number is set to operation less than initial pre-determined number, this method further comprises: RRC connect discharge finish after, user terminal with the numerical value of initial pre-determined number as current pre-determined number.
Described first sub-district and second sub-district are same sub-districts, or different sub-districts.From the technical scheme of the invention described above as can be known, in time interval of conversation once more after using method of the present invention and can reducing user's communication and finish, just reduced user's time interval of MOC once more.RL owing to discharged the user fast in terminal can save the power consumption of terminal on the one hand, and the signal that can reduce on the other hand other user disturbs.And, connect in the dispose procedure at RRC if the present invention is clear and definite, if receiving the RRC of UE, network side do not connect Release complete, perhaps UE does not receive the processing of the RRC connection release message of network side, connects in the dispose procedure network side at RRC and realizes the method that resource discharges fast thereby reached.
Description of drawings
Fig. 1 is for realizing the specific embodiment schematic flow sheet of deletion RL link fast;
Handling process schematic diagram when Fig. 2 does not receive that for network side the RRC of UE transmission connects Release complete;
Handling process schematic diagram when Fig. 3 does not receive network side RRC connection release message for UE.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, the present invention is described in further detail below in conjunction with accompanying drawing.
Core concept of the present invention is: when user terminal is received the RRC connection release message that network side sends, and after connecting Release complete to network side response RRC, if user terminal detects self step-out, then do not restart timer T313, directly discharge the link of self and network side, and delete all local resources of this link correspondence; When network side sends the RRC connection release message to user terminal, and when the RRC that does not receive this user terminal response in a period of time connects Release complete, if network side detects this user terminal link corresponding step-out, then directly discharge the Internet resources that this link takies; When network side is received the cell update request that user terminal sends in second sub-district, and judge the current RRC that in first sub-district, is in of this user terminal and connect dispose procedure, then network side sends the RRC connection release message to this user terminal in second sub-district, after this user terminal is received this RRC connection release message, discharge the link between self and network side, and delete all local resources of this link correspondence.
Lift specific embodiment one below and describe the RRC connection release message of receiving the network side transmission when user terminal in detail, and after connecting Release complete,, delete the process of RL link fast if user terminal detects self step-out to network side response RRC.
Be under the CELL-DCH state at UE-RRC, in order to strengthen the reliability that the RRC Release complete can be received by network side, need UE-RRC to send N308 bar Release complete continuously to network side, after sending N308 bar Release complete, and in sending N308 bar Release complete process, or afterwards, UE discharges the RL of self again.But, so but incured loss through delay the time that discharges the RL resource in the UE side.
Simultaneously,, delete the RL of NodeB again, but connect Release complete, will directly delete the RL of Node B as long as network side is received a RRC because network side can not wait the N308 bar Release complete that collects UE.And UE sends after article one Release complete, begins to detect step-out, if UE detects step-out, just means that network side deleted RL.
Therefore, in the present embodiment, as long as physical layer is consecutively detected N313 bar step-out message, UE-RRC just discharges user's RL, does not restart timer T313.
Referring to shown in Figure 1, the process of present embodiment deletion Radio Link is as follows:
Step 101～103:RNC RRC sends RRC connection release message (RRCCONNECTION RELEASE) to UE RRC; After UE RRC receives this signaling message, start timer T308, and finish (RRC CONNECTION RELEASECOMPLETE) message, write down the current RRC of being simultaneously and connect dispose procedure to RNC RRC transmission RRC connection release.
Step 104:UE RRC judges that number of times that the RRC of current transmission connects Release complete whether less than the N308 numerical value that sets in advance, if be not less than, then discharges RL, process ends, if less than, then send a RRC to RNC RRC once more and connect Release complete, return step 104.
Step 105: after UE PHY detects N313 step-out, send the step-out Indication message to UE RRC.Here, as long as RNC receives a RRC and connects Release complete, RNC will delete self with the base station in the relevant resource of this RL, such as physical channel, information such as transmission channel, therefore, deleted the relevant information of RL of this UE as Node B PHY after, UE PHY can't detect or can't correctly detect the signal of Node B PHY, determine to detect step-out this moment.
After step 106:UE RRC receives this step-out Indication message, judge that according to the record of self whether carrying out RRC at present connects dispose procedure, if, then stop the T308 timer, execution in step 107, otherwise, start timer T313, jump out this flow process, according to the flow processing of present standard.
Step 107:UE RRC discharges the relevant information of this RL.
Step 108:UE RRC sends RRC to UE PHY and discharges request, after UE PHY receives this request, sends RRC to UE RRC and discharges response (P_PHY RRC_RL_RELEASE_CNF).
Step 109:UE RRC removes all local resources, such as channel resource, gap information etc., enters the IDLE state.
By above-mentioned steps as can be seen, after physical layer was consecutively detected N313 bar step-out message, UE-RRC judged the current RRC that carrying out and connects dispose procedure, and then UE-RRC does not restart the T313 timer, and directly discharges user's RL.If other signaling processes then according to normal flow processing, need be provided with the T313 timer.
Because in actual application, if with pre-determined number, be N313 numerical value, be provided with greatlyyer, such as N313=20, physical layer every 160ms under the CELL_DCH state judges a step-out, then to just can be judged as step-out through 3200ms, like this, it is also long to connect the used times of Release complete than 8 RRC of transmission, causes not having the effect of quick deletion link.So the present invention proposes: when the N313 numeric ratio is big, reduce N313 numerical value, N313 numerical value is set to connect the ratio of time with the time of detecting a step-out message of Release completes smaller or equal to transmission all RRC that finish.This kind method is only used in the RRC connection release message.
Therefore, for quicker deletion RL, can be when UE-RRC receives the RRC connection release message, calculating RRC detects the time of N313 bar step-out message, and relatively should the time and the size of the value of the T308 that sets in advance, if the T308 value that this time ratio sets in advance is big, then reduce the value of N313, otherwise the numerical value of keeping N313 is constant.Like this, then can delete the RL link as early as possible.Certainly, if connect the value that has reduced N313 in the dispose procedure at RRC, after RRC discharged and finishes by the time, RRC recovered the numerical value of former N313 again.
Now illustrate the scheme that reduces the N313 value.
On agreement: the N313 value is: Integer (1,2,4,10,20,50,100,200), the T308 value is: Integer (40,80,160,320) unit is ms, and the N308 value is Integer (1..8).After UE RRC received the RRC connection release message of network side transmission, the time that RRC calculates the normal RL of release was T1=T308*N308 (ms), and physical layer detects the time of N313 bar step-out: T2=N313*160 (ms).If when relatively big, RRC just reduces the numerical value of N313 to T2 greater than T1 and T1 numerical value, RRC connects and discharges the numerical value that recovers N313 after finishing again by the time.If T2 is less than T1, then the numerical value of N313 remains unchanged.
Lift the specific embodiment detailed description below and work as network side to user terminal transmission RRC connection release message, and when the RRC that does not receive this user terminal response in a period of time connects Release complete, if network side detects under the situation of this user terminal link corresponding step-out, the present invention deletes the detailed process of RL link.
In the present embodiment, after RNC sends the RRC connection release message, may be because link-quality be bad, network side receives that never RRC connects Release complete, and RNC can be after sending the RRC connection release message, in a period of time so, if the step-out of detecting is directly deleted this RL.
Referring to shown in Figure 2, the detailed process of present embodiment deletion link is as follows:
Step 201～203:RNC RRC sends the RRC connection release message to UE RRC; After UE RRC receives this message, start timer T308, and send RRC connection Release complete to RNC RRC.
Step 204:UE RRC judges that whether the RRC of current transmission connects the number of times of Release complete less than the N308 numerical value that sets in advance, if be not less than, then execution in step 206, if less than, then send a RRC to RNC RRC once more and connect Release complete, return step 204.
Step 206:UE sends deletion RL request to PHY, after physical layer is received this request, sends P_PHY RRC_RL_RELEASE_CNF message to UERRC, after UE RRC receives this message, removes all local resources, enters the IDLE state.
Lift the specific embodiment detailed description below and sent the RRC connection release message, but because signal quality is bad, UE does not receive the situation of this RRC connection release message at network side.
Referring to shown in Figure 3, the detailed process of present embodiment deletion link is as follows:
Step 301:RNC sends the RRC connection release message to UE.
Step 302: because the current demand signal poor quality, UE does not receive this RRC connection release message, and physical layer detects step-out message and reached the N313 bar, and the UE physical layer sends the step-out Indication message to UE RRC.
Step 303:UE RRC starts the T313 timer, behind the T313 timer expiry, UE RRC carries out Cell searching again and resident (this sub-district might be this sub-district to a proper cell, also might be other sub-districts), in this sub-district, set up common signal channel, and send cell update message to RNC RRC by common signal channel.
After step 304:RNC RRC receives this cell update message, judge that this user is carrying out RRC and connecting dispose procedure, network side is deleted all local resources of this link correspondence, and sends the RRC connection release message by above-mentioned common signal channel to UE RRC.
After step 305:UE RRC receives the RRC connection release message, delete all resources of this RL.
In the present embodiment, RNC sends the RRC connection release message to UE, because signal quality is bad, terminal is not received.Therefore, for UE, and do not know self should enter RRC and connect dispose procedure, so UE can not receive under the situation of any network signal, need carry out whole channel primary searching again, when UE search proper cell resident after, on this sub-district, set up common signal channel (RACH: Random Access Channel), initiate cell update by this common signal channel.Network side is after receiving cell update message on the RACH channel, judge this user terminal and in another sub-district, be in the link dispose procedure, then send the RRC connection release message to UE, and network side is deleted all local resources of this link correspondence by this corresponding FACH (forward access channel) channel.
In a word, the above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.
Claims (5)
1. the method for a deleting wireless link under out-of-step state, it is characterized in that: this method comprises:
When user terminal is received the radio resource control RRC connection release message that network side sends, and after connecting Release complete to network side response RRC, if user terminal detects self step-out, do not restart the T313 timer, directly discharge the link of self and network side, and delete all local resources of this link correspondence;
When network side after user terminal sends the RRC connection release message, if network side detects this user terminal link corresponding step-out, and the RRC that did not receive the response of described user terminal before detecting described step-out connects Release complete, then directly discharges the Internet resources that the link of step-out takies;
When network side is received the cell update request that user terminal sends in second sub-district, and judge the current RRC that in first sub-district, is in of this user terminal and connect dispose procedure, then network side sends the RRC connection release message to this user terminal in second sub-district, after this user terminal is received this RRC connection release message, discharge the link between self and network side, and delete all local resources of this link correspondence.
2. method according to claim 1 is characterized in that, the radio network controller (RNC) that described RRC connection release message is a network side sends.
3. method according to claim 1, it is characterized in that, when user terminal is received the RRC connection release message that network side sends, and after connecting Release complete to network side response RRC, if user terminal detects self step-out, discharging the link of self and network side, and deleting between all local resources of this link correspondence and further comprise:
A1, user terminal judge whether the number of times that has been consecutively detected self step-out is current pre-determined number, if then discharge the link of self and network side, and delete all local resources of this link correspondence;
And, described current pre-determined number be by relatively detecting current pre-determined number step-out message time with send the time that all RRC that finish are connected Release complete and customize.
4. method according to claim 3 is characterized in that, described current pre-determined number customizes as follows:
Calculating RRC detects the time of initial pre-determined number step-out message, and the time that sends all RRC connection Release completes that finish, and whether the time of relatively detecting the step-out message of described initial pre-determined number connect time of Release completes greater than transmission all RRC that finish, if greater than, then current pre-determined number is set to less than initial pre-determined number, and make time of detecting current pre-determined number step-out message connect time of Release completes smaller or equal to transmission all RRC that finish, otherwise, with initial pre-determined number as current pre-determined number;
Carrying out after described current pre-determined number is set to operation less than initial pre-determined number, this method further comprises: RRC connect discharge finish after, user terminal with the numerical value of initial pre-determined number as current pre-determined number.
5. method according to claim 1 is characterized in that, described first sub-district and second sub-district are same sub-districts, or different sub-districts.
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| CNB2005100711894A CN100413375C (en) | 2005-05-20 | 2005-05-20 | Method for deleting wireless link under out-of-step state |
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| CNB2005100711894A CN100413375C (en) | 2005-05-20 | 2005-05-20 | Method for deleting wireless link under out-of-step state |
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| TWI504190B (en) * | 2007-10-29 | 2015-10-11 | Interdigital Patent Holdings | Method and device for detecting radio link failure for transmission over enhanced dedicated channel in a cell_fach state |
| CN102625465B (en) * | 2007-12-29 | 2015-07-29 | 华为技术有限公司 | Method for releasing resource, terminal, network equipment and network system |
| CN102497674B (en) * | 2007-12-29 | 2015-03-18 | 华为技术有限公司 | Resource releasing method, terminal, network side equipment and network system |
| ES2448546T5 (en) * | 2007-12-29 | 2017-11-27 | Huawei Technologies Co., Ltd. | A method of resource release, a communication team and a network system |
| CN104581981B (en) * | 2007-12-29 | 2016-10-05 | 华为技术有限公司 | Schedule information method of sending and receiving, terminal and base station |
| CN101483916B (en) * | 2008-01-07 | 2010-09-22 | 大唐移动通信设备有限公司 | Method and apparatus for resource allocation |
| CN102714537B (en) * | 2010-01-13 | 2014-11-26 | Lg电子株式会社 | Communication method in a mobile communication system using MTC equipment, and device for same |
| CN102196522B (en) * | 2010-03-16 | 2013-09-25 | 鼎桥通信技术有限公司 | Cell-update method for E_FACH (enhanced-forward access channel) users |
| CN101951682A (en) * | 2010-09-21 | 2011-01-19 | 华为技术有限公司 | Method, equipment and chip for processing wireless resources |
| GB2547028B (en) * | 2016-02-05 | 2021-06-16 | Tcl Communication Ltd | Early connection release |
| CN111372291B (en) * | 2018-12-26 | 2021-04-16 | 大唐移动通信设备有限公司 | Radio Resource Control (RRC) connection reestablishment method and device |
| CN112312588B (en) * | 2019-07-31 | 2023-06-02 | 华为技术有限公司 | Method for transmitting data, terminal device and network device |
| CN113939000A (en) * | 2021-12-01 | 2022-01-14 | 江苏亨鑫众联通信技术有限公司 | Method, system and storage medium for reducing consumption of base station resources by connected terminal |
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