CN101426249B - Method, apparatus and system for uplink soft switching - Google Patents
Method, apparatus and system for uplink soft switching Download PDFInfo
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- H04W36/18—Performing reselection for specific purposes for allowing seamless reselection, e.g. soft reselection
Abstract
An embodiment of the invention discloses a method of ascending soft switching. The method comprises the following procedures: executing continuous packet data connection CPC deactivating operation to user equipment and a R7 district when the activating centralization of user equipment simultaneously comprises a R6 district and the R7 district; and informing the user equipment to switch from the current serving district to the target serving district. The embodiment of the invention discloses a device of ascending soft switching, wherein the device comprises a determining module, a collocating module and a switching module. The time delay of ascending soft switching can be effectively reduced through the method and the device. The ascending soft switching can be realized smoothly when the activation of UE coexists in the R7 district and R6 district.
Description
Technical field
The present invention relates to mobile communication technology, refer in particular to a kind of method, Apparatus and system of up soft handover.
Background technology
Commercial at present code division multiple access (CDMA, Code Division Multiple Access) system generally all supports polytype switching, main switching type has: direct-cut operation, soft handover and More Soft Handoff, described direct-cut operation is meant that Traffic Channel has the handoff procedure of instantaneous interruption in the business of switching; Soft handover is meant that when Radio Link need increase or discharge, subscriber equipment (UE) kept being connected of at least one wireless links with network all the time; More Soft Handoff then is meant the switching that has in same base station between the different sectors of same frequency.And then continued to use soft hand-off among most of former IS-95 standard and the CDMA2000 in Wideband Code Division Multiple Access (WCDMA) (WCDMA, the Wideband Code Division Multiple Access) system.For the UE that is in WCDMA system cell edge, soft handover is a kind of normality, and promptly UE almost is under the soft changing state always, thereby can guarantee the continuity and the stability of user's communication.
Forever wrap in line (CPC, Continues Packet Connection) technology is one of very important technology in the R7 agreement, by using the discontinuous transmission (DTX in the CPC technology, DiscontinuousTransmission) technology, can make as ascending reinforced special channel (E-DCH, when free of data sends Enhanced DedicatedChannel), need not to continue again to send unnecessary Dedicated Physical Control Channel (DPCCH, Dedicated Physical Control Channel) signaling, and only need discontinuous transmission DPCCH to happen suddenly, to keep communication link, it can not interrupted, thereby reduced unnecessary uplink transmitted power and uplink interference, increased up user's number.Therefore, the CPC technology can be used for the structure of the whole network R7 sub-district, to improve whole network capacity amount; The hot zones that perhaps the CPC technology is used for high traffic characteristics covers.And for the latter, the R7 sub-district of CPC and the phenomenon of the R6 sub-district coexistence of not supporting CPC in general can occur supporting, and the scene that UE switches between R7 sub-district and R6 sub-district takes place.
In existing technical scheme, can adopt hard handover approach to realize the switching of UE between R7 sub-district and R6 sub-district.Described direct-cut operation is meant when travelling carriage generation handover, disconnects earlier and the getting in touch of old sub-district, and sets up the handoff procedure of contact again with new sub-district.Fig. 1 is that UE realizes the schematic diagram that switch the sub-district by direct-cut operation in the prior art.As shown in Figure 1, switching to the R6 sub-district with UE from the R7 sub-district is example, and UE realizes that by direct-cut operation the sub-district switching comprises step as described below in the prior art:
101: when the UE in being in the R7 sub-district found new sub-district (R6 sub-district), UE reported the new sub-district of being found by the R7 sub-district to wireless access network equipment (RNC).At this moment, the base station in UE and the R7 sub-district (Node B) all keeps the R7 configuration, and the CPC in the R7 configuration is in the state of activation, i.e. R7 configuration support CPC technology.
102:RNC becomes the R6 configuration with newfound R6 cell configuration, and the Radio Link of increase and R6 minizone; By the physical channel reconfiguration course, UE is switched to the R6 sub-district then.
The 103:UE disconnection is connected with the R7 sub-district, connects with the R6 sub-district, regains the physical channel resources between UE and the R7 sub-district, thereby finishes direct-cut operation.
The characteristics of the method for above-mentioned direct-cut operation connect for having no progeny earlier, so the advantage of direct-cut operation is that algorithm is simple, the resource utilization height, and signaling consumption is few.But the WCDMA system is an a kind of self-interference system, therefore, be by the shortcoming with the switching of direct-cut operation realization UE from the R7 sub-district to the R6 sub-district frequently: handover delay is longer, and handover success rate is lower, and cutting off rate is higher, therefore will influence the subjective feeling of user's communication, and cause call drop easily.So, when carrying out network design, should avoid the generation of direct-cut operation as far as possible.
In existing technical scheme, can adopt the mode of soft handover to realize the switching of UE between R7 sub-district and R6 sub-district, promptly the mode of reshuffling by physical channel becomes the R7 cell configuration sub-district of non-CPC (promptly not supporting the CPC technology), then the R6 sub-district is added Active Set, thereby realize the soft handover of UE between R7 sub-district and R6 sub-district.Fig. 2 is that UE realizes the schematic diagram that switch the sub-district by soft handover in the prior art.As shown in Figure 2, switching to the R6 sub-district with UE from the R7 sub-district is example, and UE realizes that by soft handover the sub-district switching comprises step as described below in the prior art:
201: when the UE in being in the R7 sub-district found new sub-district (R6 sub-district), UE reported the new sub-district of being found by the R7 sub-district to wireless access network equipment (RNC).At this moment, the base station in UE and the R7 sub-district (Node B) all keeps the R7 configuration, and the CPC in the R7 configuration is in the state of activation.
202:RNC becomes R6 configuration (promptly using the cell of R6) with newfound R6 cell configuration, and the Radio Link of increase and R6 minizone; Realize wireless link reconfigured to the R7 sub-district original R7 cell configuration being become R6 configuration (promptly using the cell of R6) by the physical channel reconfiguration course then.Because the R7 allocating default is supported the CPC technology, and the CPC technology is not supported in the R6 configuration, therefore the R7 cell configuration is become the operation of R6 configuration can be referred to as the CPC operation, thereby makes original R7 sub-district to send control signaling continuously in ascending control channel; Then, going to former R7 sub-district behind the CPC is that UE carries out physical channel and reshuffles, and UE is configured to the R6 configuration, removes CPC.In addition, in this step, will attempt connecting in the R6 sub-district that increases newly with UE.
203:RNC is by the instruction of R7 sub-district to UE transmission activating set updating, and UE adds the R6 sub-district according to this instruction in Active Set; At this moment, the R6 sub-district begins to receive the uplink information of UE, and therefore, UE will return to RNC by the message that renewal is finished in the R6 sub-district.
204: when satisfying the switching judging condition, once more to the instruction of UE transmission activating set updating, UE switches to the R6 sub-district according to this instruction to RNC, and deletes the R7 sub-district in Active Set by the R7 sub-district.
The 205:UE disconnection is connected with the R7 sub-district, connects with the R6 sub-district, thereby finishes soft handover.
In the step 202 in above-mentioned soft handover method, when the physical channel reconfiguration course of UE still imperfect tense, UE still keeps the R7 configuration, and the CPC technology still is in state of activation.Therefore, when the trial of R6 sub-district connects with UE, because UE still uses the CPC technology to send the DPCCH signaling discontinuously, and the R6 sub-district that increases newly is not owing to support the CPC technology, therefore can't correctly discern the DPCCH signaling of the discontinuous transmission of UE, and may cause erroneous judgement, think self with UE between be connected existing problems or connection failure, thereby may cause the uplink loss between R6 sub-district and the UE, reduced R6 sub-district and UE and can't carry out synchronous probability, thereby increased the time delay of carrying out soft handover by up channel.In addition, owing in above-mentioned soft handover method, used the bigger physical channel reconfiguration course of time delay, therefore also will introduce bigger time delay inevitably.
Summary of the invention
In view of this, the main purpose of the embodiment of the invention is to provide a kind of method, Apparatus and system of up soft handover, reduces the time delay when carrying out up soft handover.
For achieving the above object, the technical scheme in the embodiment of the invention is achieved in that
The embodiment of the invention provides a kind of method of up soft handover, and this method comprises:
When comprising R6 sub-district and R7 sub-district in the Active Set of subscriber equipment simultaneously, described subscriber equipment and described R7 sub-district are forever wrapped in line CPC deactivating operation; Notifying user equipment switches to target serving district from current service cell.
The embodiment of the invention provides a kind of up soft switching system, and this system comprises: subscriber equipment and wireless access network equipment;
When comprising R6 sub-district and R7 sub-district in the Active Set of described subscriber equipment simultaneously, described wireless access network equipment carries out the CPC deactivating operation to described subscriber equipment and described R7 sub-district; Described subscriber equipment switches to target serving district from current service cell.
The embodiment of the invention provides a kind of up soft handover device, and this device comprises: judge module, configuration module and handover module;
Described judge module, be used for judging whether the Active Set of subscriber equipment comprises R6 sub-district and R7 sub-district simultaneously, when comprising R6 sub-district and R7 sub-district in the Active Set of subscriber equipment simultaneously, send the deexcitation indication information to configuration module, send indication message to handover module;
Described configuration module is used for according to described deexcitation indication information, and the R7 sub-district sends the signaling of carrying out CPC activation or CPC deactivating operation in subscriber equipment and described Active Set;
Described handover module is used for according to described indication message, and when satisfying switching condition, the activating set updating signaling that switch the sub-district is carried out in output.
A kind of method, Apparatus and system of up soft handover are provided in the embodiments of the invention in summary.By above-mentioned method and apparatus, can utilize CPC deactivating operation to R7 sub-district and UE, make subscriber equipment switch to target serving district from current service cell smoothly, and need not use the physical channel reconfiguration course, thereby reduced the time delay that the physical channel reconfiguration course is brought when carrying out up soft handover effectively, make when in the Active Set of UE, having R7 sub-district and R6 sub-district simultaneously, can realize up soft handover smoothly, guarantee the continuity that data send, increased the throughput of data.In addition, also can make newly-increased R6 sub-district can correctly discern the upstream discontinuous that UE sends and send information, increase the gain of up soft merging, avoided occurring in the prior art because the problem that increases the sub-district newly is deleted in the radio link failure judgement.
Description of drawings
Fig. 1 is that UE realizes the schematic diagram that switch the sub-district by direct-cut operation in the prior art.
Fig. 2 is that UE realizes the schematic diagram that switch the sub-district by soft handover in the prior art.
Fig. 3 is the flow chart of up soft handover method in the embodiment of the invention one.
Fig. 4 is the flow chart of up soft handover method in the embodiment of the invention two.
Fig. 5 is the flow chart of up soft handover method in the embodiment of the invention three.
Fig. 6 is the flow chart of the up soft handover decision method of RNC side in the embodiment of the invention four.
Fig. 7 is the flow chart of the up soft handover decision method of Node B side in the embodiment of the invention five.
Fig. 8 is the structure chart of up soft switching system in the embodiment of the invention.
Fig. 9 is the structure chart of up soft handover device in the embodiment of the invention.
Figure 10 is the structure chart of another up soft handover device in the embodiment of the invention.
Embodiment
For making the purpose, technical solutions and advantages of the present invention express clearlyer, the present invention is further described in more detail below in conjunction with drawings and the specific embodiments.
The method of the up soft handover that is provided in the embodiments of the invention mainly comprises: when comprising the R6 sub-district in the Active Set of UE simultaneously and during as the R7 sub-district of Serving cell, UE and R7 sub-district being carried out the CPC deactivating operation; Notice UE switches to target serving district from current service cell.Thereby when in the Active Set of UE, having R7 sub-district and R6 sub-district simultaneously, realize up soft handover smoothly.
Wherein, above-mentionedly the CPC deactivating operation is carried out in UE and R7 sub-district comprise: UE and R7 sub-district are carried out the CPC deactivating operation by the signaling that comprises the deexcitation cell.And the above-mentioned signaling that comprises the deexcitation cell can be to comprise deexcitation cell radio link reconfiguration signaling, comprise the Radio Link request of setting up of deexcitation cell, the activating set updating signaling that comprises the deexcitation cell and High-Speed Shared Control Channel (HS-SCCH, High Speed Shared Control Channel) signaling etc.
Below with reference to specific embodiment the method for above-mentioned up soft handover is further introduced.
Embodiment one:
Fig. 3 is the flow chart of up soft handover method in the embodiment of the invention one.As shown in Figure 3, switching to the R6 sub-district from the R7 sub-district with UE is example, and up soft handover method can comprise the steps: in the embodiment of the invention one
301, when the UE in being in the R7 sub-district found new sub-district (R6 sub-district), UE reported the new sub-district of being found by the R7 sub-district to RNC.At this moment, the base station in UE and the R7 sub-district all keeps the R7 configuration, and all supports the CPC technology, i.e. CPC in the R7 configuration is in state of activation.
302, RNC is that the CPC deactivating operation is carried out in the R7 configuration of R7 sub-district by the radio link reconfiguration signaling, promptly keep the cell of R7 configuration, but CPC is set to unactivated state, promptly uses the continuous sending mode in the CPC technology; Then, the base station in the R7 sub-district is that UE carries out the CPC deactivating operation by High-Speed Shared Control Channel (HS-SCCH, High Speed Shared Control Channel) physics signaling.
In this step, RNC also can send the signaling (this signaling can be an activating set updating signaling etc.) that comprises a deexcitation cell to the R7 sub-district, and the R7 sub-district is transmitted to UE with this activating set updating signaling.This deexcitation cell is set to deactivation status, is used to indicate R7 sub-district and UE to carry out the CPC deactivating operation.R7 sub-district and UE carry out the CPC deactivating operation according to this activating set updating signaling.By the method, RNC can directly notify UE to carry out CPC deexcitation or CPC activation manipulation.
In addition, the deexcitation cell can be a flag bit, and what R7 sub-district and UE can be according to this flag bits is worth knowing that carrying out the CPC activation manipulation still carries out the CPC deactivating operation.For example: the value of flag bit is 0 o'clock, and expression need be carried out the CPC activation manipulation; The value of flag bit is 1 o'clock, and expression need be carried out the CPC deactivating operation.The implication of the value of this flag bit also can be set in advance according to actual conditions.
303, RNC becomes the R6 configuration with newfound R6 cell configuration, and the Radio Link of increase and R6 minizone; In addition, in this step, will attempt connecting in the R6 sub-district that increases newly with UE.
304, RNC is by the instruction of R7 sub-district to UE transmission activating set updating, and UE adds the R6 sub-district according to this instruction in Active Set; At this moment, the R6 sub-district begins to receive the uplink information of UE, and therefore, UE will return to RNC by the message that renewal is finished in the R7 sub-district.
305, when satisfying the switch decision condition, once more to the instruction of UE transmission activating set updating, UE switches to the R6 sub-district according to this instruction to RNC, and deletes the R7 sub-district in Active Set by the R7 sub-district.
306, the UE disconnection is connected with the R7 sub-district, connects with the R6 sub-district, thereby finishes soft handover.
In the step 302 in above-mentioned up soft handover method, owing to need not to come the operation of removing CPC for R7 sub-district and UE by the physical channel reconfiguration course, and by the radio link reconfiguration signaling for as carrying out the CPC deactivating operation in the R7 sub-district of Serving cell, and be that UE carries out the CPC deactivating operation by HS-SCCH physics signaling; Or directly the activating set updating signaling by having increased the deexcitation cell to after carrying out the CPC deactivating operation as the R7 sub-district of Serving cell or UE, can make UE and as the R7 sub-district of Serving cell all the CPC technology be set to unactivated state, thereby realize compatible with initiate R6 sub-district.In above-mentioned operation, because the time delay that radio link reconfiguration signaling, HS-SCCH physics signaling and the activating set updating signaling of deexcitation cell of having increased are introduced is far smaller than the time delay that the physical channel reconfiguration course is introduced, therefore by above-mentioned up soft handover method, can significantly reduce UE from the R7 sub-district to the time delay for switching the R6 sub-district.
Embodiment two:
In the up soft handover method in embodiment one, in step 306, UE will disconnect and being connected of R7 sub-district.And in the application scenarios of reality, also can not disconnect and being connected of R7 sub-district, thereby make when UE can can't satisfy situations such as service quality in the R6 sub-district that increases newly, switch to the original R7 sub-district from the R6 sub-district once more.
Fig. 4 is the flow chart of up soft handover method in the embodiment of the invention two.As shown in Figure 4, switch to the R6 sub-district with UE from the R7 sub-district, switching go back to the R7 sub-district from the R6 sub-district again is example, and up soft handover method can comprise the steps: in the embodiment of the invention two
401, UE communicates by R7 sub-district and RNC, and wherein UE and R7 sub-district are the R7 configuration, and all support the CPC technology, and promptly the CPC in this R7 configuration is in the state of activation of acquiescence.
In order to make when having R6 sub-district and R7 sub-district in the Active Set of UE simultaneously, carry out level and smooth soft handover, when also can be in this step UE and R7 sub-district being configured, by setting up the mode that increases a deexcitation cell in the request at Radio Link, the CPC technology in the R7 configuration of R7 sub-district and UE that makes is in unactivated state, be that RNC sends the above-mentioned Radio Link foundation request that has increased the deexcitation cell to R7 sub-district and UE, the request of setting up is configured to the R7 configuration that the CPC technology is in unactivated state according to above-mentioned Radio Link for R7 sub-district and UE, thereby has directly realized the operation of CPC deexcitation.
In addition, the deexcitation cell can be a flag bit, and what R7 sub-district and UE can be according to this flag bits is worth knowing that carrying out the CPC activation manipulation still carries out the CPC deactivating operation.For example: the value of flag bit is 0 o'clock, and expression need be carried out the CPC activation manipulation; The value of flag bit is 1 o'clock, and expression need be carried out the CPC deactivating operation.The implication of the value of this flag bit also can be set in advance according to actual conditions.
402, the UE in being in the R7 sub-district finds that (for example: in the time of the R6 sub-district), UE reports the new sub-district of being found by the R7 sub-district to RNC in new sub-district.
403, R7 sub-district and UE all carry out deactivating operation.Concrete operating process is identical with the operating process in the above-mentioned steps 302.
404, RNC becomes the R6 configuration with newfound R6 cell configuration, and the Radio Link of increase and R6 minizone; In addition, in this step, will attempt connecting in the R6 sub-district that increases newly with UE.
405, RNC is by the instruction of R7 sub-district to UE transmission activating set updating, and UE adds the R6 sub-district according to this instruction in Active Set.
406, UE finishes from as the switching to the R6 sub-district of the R7 sub-district of Serving cell.At this moment, UE can return to RNC by the message that renewal is finished in the R6 sub-district, and UE and R6 sub-district begin to carry out transfer of data.
In this step, UE does not disconnect and being connected of R7 sub-district, but the R7 sub-district is in nonactivated state, promptly receives the transmitting uplink data of UE with continuous receiving mode, provides gain for realizing soft merging.
407, the service quality variation when the R6 sub-district, in the time of promptly can't satisfying data transmission service quality, UE reports the information of the service quality variation of R6 sub-district to RNC by the R6 sub-district.
408, RNC is by the instruction of R6 sub-district to UE transmission activating set updating, and UE is according to this instruction deletion R6 sub-district in Active Set; RNC deletes the Radio Link between itself and the R6 sub-district.
409, UE disconnects and being connected of R6 sub-district, and connects with the R7 sub-district, thereby finishes switching from the R6 sub-district to the R7 sub-district.When not comprising the R6 sub-district in the Active Set, RNC can carry out CPC activation manipulation by the HS-SCCH signaling to UE as the R7 sub-district of Serving cell by the radio link reconfiguration signaling for as carrying out the CPC activation manipulation in the R7 sub-district of Serving cell.
In the above-described embodiment, the initial Serving cell that inserts of UE is the R7 sub-district, after finding to have increased the R6 sub-district newly, then can realize the soft handover of UE from the R7 sub-district to the R6 sub-district; And switch to the R6 sub-district as UE, with the R6 sub-district as after the Serving cell, if the service quality of R6 sub-district is for some reason and during variation, UE then can switch to the R7 sub-district by above-mentioned method again from the R6 sub-district, and again with the R7 sub-district as Serving cell.
In the above-described embodiment, all operations at the activation of CPC or CPC deexcitation all are at the operation as the R7 sub-district of Serving cell, and do not comprise other R7 sub-districts of non-service cell and the CPC of R6 sub-district are activated or the CPC deactivating operation.
Embodiment three:
Present embodiment mainly is in order to illustrate that UE inserts as after its Serving cell from the R6 cell initial, to have new R7 sub-district to add, and Serving cell is switched to the basic process of R7 sub-district by the R6 sub-district.Wherein, when the R7 cell configuration was non-service cell, the R6 configuration information that UE sends continuously by up channel can be discerned in the R7 sub-district.Exist as the R6 sub-district, and the CPC activation manipulation is not carried out to R7 sub-district and UE as Serving cell during as Serving cell in the R7 sub-district.Have only as RNC and judge when not having the R6 sub-district in the current Active Set that RNC just carries out the CPC activation manipulation by the radio link reconfiguration signaling as the R7 sub-district of Serving cell.After the CPC that receives RNC as the R7 sub-district of Serving cell activates message, could send the HS-SCCH signaling UE is carried out the CPC activation manipulation.
Fig. 5 is the flow chart of up soft handover method in the embodiment of the invention three.As shown in Figure 5, switching to the R7 sub-district from the R6 sub-district with UE is example, and up soft handover method can comprise the steps: in the embodiment of the invention three
501, UE communicates by R6 sub-district and RNC, and wherein UE and R6 sub-district are the R6 configuration.The CPC technology is not supported in this R6 configuration.
502, the UE in being in the R6 sub-district finds that (for example: in the time of the R7 sub-district), UE reports the new sub-district of being found by the R6 sub-district to RNC in new sub-district.
503, RNC becomes the R7 configuration with newfound R7 cell configuration, and the Radio Link of increase and R7 minizone; At this moment, the CPC technology is supported in the R7 configuration in the R7 sub-district, and promptly the CPC in this R7 configuration is in the state of activation of acquiescence.In addition, in this step, will attempt connecting in the R7 sub-district that increases newly with UE.
504, RNC is by the instruction of R6 sub-district to UE transmission activating set updating, and UE adds the R7 sub-district according to this instruction in Active Set.
505, RNC carries out the CPC deactivating operation by the radio link reconfiguration signaling to the R7 sub-district, and the base station in the R7 sub-district is that UE carries out the CPC deactivating operation by HS-SCCH physics signaling then then; This CPC deactivating operation can for: keep the cell of R7 configuration, but CPC is set to unactivated state, promptly uses the continuous sending mode in the CPC technology.
506, when satisfying the switch decision condition, RNC sends the information that Serving cell changes the R7 sub-district into by the R6 sub-district to UE.
507, once more to the instruction of UE transmission activating set updating, UE is according to this instruction deletion R6 sub-district in Active Set by the R6 sub-district for RNC.
508, the UE disconnection is connected with the R6 sub-district, connects with the R7 sub-district; RNC deletes itself and being connected of R6 sub-district.
509, UE has finished the soft handover from the R6 sub-district to the R7 sub-district, and RNC carries out the CPC activation manipulation to the R7 sub-district as Serving cell, and the R7 sub-district as Serving cell is that UE carries out the CPC activation manipulation by HS-SCCH physics signaling then; This CPC activation manipulation can for: keep the cell of R7 configuration, CPC is set to state of activation, promptly uses the discontinuous sending mode in the CPC technology.After above-mentioned CPC activation manipulation was finished, UE can carry out transfer of data by R7 sub-district and the RNC as Serving cell, thereby has finished the soft handover from the R6 sub-district to the R7 sub-district.
In the step 503 and step 509 in above-mentioned up soft handover method, can carry out CPC deexcitation or CPC activation manipulation to R7 sub-district and UE by the Radio Link request of setting up that transmission has increased the deexcitation cell, consistent in this deactivating operation process and the above-mentioned step 401.Do not repeat them here.
In above-mentioned up soft handover method, the base station node B in RNC and the sub-district needs to carry out some decision operation in handoff procedure.Therefore, below with reference to specific embodiment the decision operation method of RNC and NodeB is further introduced.
Embodiment four: the up soft handover decision method of RNC side
Fig. 6 is the flow chart of the up soft handover decision method of RNC side in the embodiment of the invention four, and as shown in Figure 6, the up soft handover decision method of RNC side can comprise the steps:
601, RNC judges whether to satisfy the switch decision condition, if then carry out 602; Otherwise, carry out 606.
602, RNC judges in the Active Set of UE whether comprise the R6 sub-district, if then carry out 603; Otherwise, carry out 604.
603, RNC judges whether target serving district is the R7 sub-district, if then carry out 604; Otherwise, carry out 605.
604, the CPC deactivating operation is carried out in R7 sub-district as target serving district, promptly, carry out the CPC deactivating operation to sending the radio link reconfiguration signaling as the R7 sub-district of target serving district or having increased the new signaling (for example: increased the activating set updating signaling of deexcitation cell or increased the unlimited request for building link etc. of deexcitation cell) of deexcitation cell.
In this step, can revise (CHOICEDTX Information To Modify) cell or select deexcitation (Deactivate) cell under DRX information modification (CHOICE DRXInformation To Modify) cell to realize CPC deexcitation or CPC activation manipulation by the selection DTX information that the connective discontinuous transmission of the continuous packet data in the radio link reconfiguration signaling-discontinuous reception (DTX-DRX) information is revised under (Continuous Packet ConnectivityDTX-DRX Information To Modify) cell, when promptly comprising above-mentioned Deactivate cell in this radio link reconfiguration signaling, then expression need be carried out the CPC deactivating operation; And when not comprising above-mentioned Deactivate cell in this radio link reconfiguration signaling, then expression need be carried out the CPC activation manipulation.
605, by activating set updating signaling update Serving cell.
606, process ends.
Embodiment five: the up soft handover decision method of Node B side
Fig. 7 is the flow chart of the up soft handover decision method of Node B side in the embodiment of the invention five, and as shown in Figure 7, the up soft handover decision method of Node B side can comprise the steps:
701, judge whether other signalings of receiving the radio link reconfiguration signaling or having comprised the deexcitation cell, if then carry out 702; Otherwise, carry out 709.
702, judge whether to carry out the CPC deactivating operation, if then carry out 703; Otherwise, carry out 706.
703, judge whether sub-district, Node B place is Serving cell, if then carry out 704; Otherwise, carry out 705.
704, send the HS-SCCH signaling to UE, make UE carry out the CPC deactivating operation.
705, carry out the CPC deactivating operation, carry out 709.
706, judge whether sub-district, Node B place is Serving cell, if then carry out 707; Otherwise, carry out 708.
707, send the HS-SCCH signaling to UE, make UE carry out the CPC activation manipulation.
708, carry out the CPC activation manipulation, carry out 709.
709, process ends.
In above-mentioned method, before R7 sub-district and the coexistence of R6 sub-district, Node B notice UE carries out deactivating operation to R7 sub-districts all in the Active Set, guaranteed before carrying out the increase of R6 Radio Link, UE is in continuous sending mode in up channel, thereby make the R6 sub-district can discern and support the uplink information that UE sends, can participate in the soft merging of uplink information at once to guarantee the R6 sub-district.
Fig. 8 is the structure chart of up soft switching system in the embodiment of the invention.As shown in Figure 8, the up soft switching system in the embodiment of the invention comprises: RNC 801 and UE 802.
In addition, up soft switching system can also comprise: current service cell 803 and target serving district 804.
When comprising R6 sub-district and R7 sub-district in the Active Set of UE 802 simultaneously, the CPC deactivating operation is carried out in 801 couples of UE 802 of RNC and R7 sub-district; UE 802 switches to target serving district 804 from current service cell 803.
Wherein, above-mentionedly the CPC deactivating operation is carried out in UE and R7 sub-district comprise: UE and R7 sub-district are carried out the CPC deactivating operation by the signaling that comprises the deexcitation cell.And the above-mentioned signaling that comprises the deexcitation cell can be to comprise deexcitation cell radio link reconfiguration signaling, comprise the Radio Link request of setting up of deexcitation cell, the activating set updating signaling that comprises the deexcitation cell and HS-SCCH signaling etc.
Fig. 9 is the structure chart of up soft handover device in the embodiment of the invention, and present embodiment is that example describes with RNC.As shown in Figure 9, this RNC can also comprise: judge module 901, configuration module 902 and handover module 903;
Figure 10 is the structure chart of another up soft handover device in the embodiment of the invention, and present embodiment is that example describes with Node B.As shown in figure 10, the Node B in current service cell or the target serving district can also comprise: receiver module 1001 and active module 1002.
In above-mentioned up soft switching system and device, owing to need not to come the operation of removing CPC for R7 sub-district and UE by the physical channel reconfiguration course, and UE and R7 sub-district are carried out the CPC deactivating operation by the above-mentioned signaling of deexcitation cell that comprises, make UE and as the R7 sub-district of Serving cell all the CPC technology be set to unactivated state, thereby can realize compatible with the R6 sub-district in the Active Set.In above-mentioned operation, because the time delay that the above-mentioned signaling that comprises the deexcitation cell is introduced is far smaller than the time delay that the physical channel reconfiguration course is introduced, therefore by above-mentioned up soft handover method, can significantly reduce UE from the R7 sub-district to the time delay for switching the R6 sub-district.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (13)
1. the method for a up soft handover is characterized in that, this method comprises:
When comprising R6 sub-district and R7 sub-district in the Active Set of subscriber equipment simultaneously, described subscriber equipment and described R7 sub-district are forever wrapped in line CPC deactivating operation; Notifying user equipment switches to target serving district from current service cell.
2. method according to claim 1 is characterized in that, describedly the CPC deactivating operation is carried out in described subscriber equipment and described R7 sub-district comprises:
By comprising the signaling of deexcitation cell, described subscriber equipment and described R7 sub-district are carried out the CPC deactivating operation.
3. method according to claim 2 is characterized in that, and is described by comprising the signaling of deexcitation cell, the CPC deactivating operation carried out in described subscriber equipment and described R7 sub-district comprise:
By comprising the radio link reconfiguration signaling of deexcitation cell, the CPC deactivating operation is carried out in described R7 sub-district; By high-speed shared control channel signaling described subscriber equipment is carried out the CPC deactivating operation.
4. method according to claim 2 is characterized in that, and is described by comprising the signaling of deexcitation cell, the CPC deactivating operation carried out in described subscriber equipment and described R7 sub-district comprise:
Set up increase deexcitation cell in the request at Radio Link, described R7 sub-district and subscriber equipment are set up according to described Radio Link and are asked to carry out the CPC deactivating operation.
5. method according to claim 2 is characterized in that, and is described by comprising the signaling of deexcitation cell, described subscriber equipment carried out the CPC deactivating operation comprise:
Increase the deexcitation cell in the activating set updating signaling, described subscriber equipment carries out the CPC deactivating operation according to described activating set updating signaling.
6. according to each described method in the claim 2～5, it is characterized in that, when target serving district is the R6 sub-district, when current service cell is the R7 sub-district, after described CPC deactivating operation, also comprise:
Set up the Radio Link with the R6 minizone, upgrade the Active Set of described subscriber equipment.
7. according to each described method in the claim 2～5, it is characterized in that, when target serving district is the R7 sub-district, when current service cell is the R6 sub-district, before described CPC deactivating operation, also comprise:
Set up the Radio Link with the R7 minizone, upgrade the Active Set of described subscriber equipment.
8. method according to claim 1 is characterized in that, described subscriber equipment also comprises after current service cell switches to target serving district:
When target serving district is the R7 sub-district, described target serving district and subscriber equipment are carried out the CPC activation manipulation.
9. method according to claim 8 is characterized in that, describedly described R7 sub-district and subscriber equipment are carried out the CPC activation manipulation comprises:
By comprising the radio link reconfiguration signaling of deexcitation cell, the CPC activation manipulation is carried out in described R7 sub-district; By high-speed shared control channel signaling subscriber equipment is carried out the CPC activation manipulation.
10. method according to claim 8 is characterized in that, describedly described R7 sub-district and subscriber equipment are carried out the CPC activation manipulation comprises:
Increase the deexcitation cell that activation manipulation is carried out in indication in the activating set updating signaling, UE carries out the CPC activation manipulation according to described activating set updating signaling.
11. a up soft switching system is characterized in that, this system comprises: subscriber equipment and wireless access network equipment;
When comprising R6 sub-district and R7 sub-district in the Active Set of described subscriber equipment simultaneously, described wireless access network equipment carries out the CPC deactivating operation to described subscriber equipment and described R7 sub-district; Described subscriber equipment switches to target serving district from current service cell.
12. system according to claim 11 is characterized in that, describedly the CPC deactivating operation is carried out in subscriber equipment and described R7 sub-district comprises:
By comprising the signaling of deexcitation cell, described subscriber equipment and described R7 sub-district are carried out the CPC deactivating operation.
13. a up soft handover device is characterized in that this device comprises: judge module, configuration module and handover module;
Described judge module, be used for judging whether the Active Set of subscriber equipment comprises R6 sub-district and R7 sub-district simultaneously, when comprising R6 sub-district and R7 sub-district in the Active Set of subscriber equipment simultaneously, send the deexcitation indication information to configuration module, send indication message to handover module;
Described configuration module is used for according to described deexcitation indication information, and the R7 sub-district sends the signaling of carrying out CPC activation or CPC deactivating operation in subscriber equipment and described Active Set;
Described handover module is used for according to described indication message, and when satisfying switching condition, the activating set updating signaling that switch the sub-district is carried out in output.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007101682722A CN101426249B (en) | 2007-10-31 | 2007-10-31 | Method, apparatus and system for uplink soft switching |
| PCT/CN2008/072908 WO2009059556A1 (en) | 2007-10-31 | 2008-10-31 | Method, apparatus and system for uplink soft handover |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2007101682722A CN101426249B (en) | 2007-10-31 | 2007-10-31 | Method, apparatus and system for uplink soft switching |
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| CN101426249A CN101426249A (en) | 2009-05-06 |
| CN101426249B true CN101426249B (en) | 2010-10-20 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101170718A (en) * | 2006-10-26 | 2008-04-30 | 中兴通讯股份有限公司 | Method and system for obtaining continuous packet connection technology support capability information |
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| US8094595B2 (en) * | 2005-08-26 | 2012-01-10 | Qualcomm Incorporated | Method and apparatus for packet communications in wireless systems |
| WO2007060994A1 (en) * | 2005-11-28 | 2007-05-31 | Kyocera Corporation | Communication method, mobile terminal, and base station |
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| CN101170718A (en) * | 2006-10-26 | 2008-04-30 | 中兴通讯股份有限公司 | Method and system for obtaining continuous packet connection technology support capability information |
Non-Patent Citations (5)
| Title |
|---|
| 3GPP."3rd Generation Partnership Project: TechnicalSpecificationGroup Radio Access Network |
| 3GPP."3rd Generation Partnership Project: TechnicalSpecificationGroup Radio Access Network ContinuousConnectivity forPacket Data User(Release 7)".3GPP TR 25.903 V1.2.1.2007,(V1.2.1),全文. * |
| ContinuousConnectivityforPacketDataUser(Release7)".3GPPTR25.903V1.2.1.2007 (V1.2.1) |
| St Julian＇s,Malta."Uplink power control in SHO with CPC feature".3GPP TSG-RAN WG1 Meeting #48bis R1-071827.2007,(R1-071827),第1页. |
| St Julian＇s,Malta."Uplink power control in SHO with CPC feature".3GPP TSG-RAN WG1 Meeting #48bis R1-071827.2007,(R1-071827),第1页. * |
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| CN101426249A (en) | 2009-05-06 |
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