CN103327537A

CN103327537A - Activating/deactivating method, wireless network controller, user equipment and base station

Info

Publication number: CN103327537A
Application number: CN2012100725011A
Authority: CN
Inventors: 徐文颖; 汪凡; 马雪利
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2012-03-19
Filing date: 2012-03-19
Publication date: 2013-09-25
Anticipated expiration: 2032-03-19
Also published as: CN103327537B

Abstract

The invention provides an activating/deactivating method, wireless network controller, user equipment and base station. The method comprises the steps that an RNC receives activating/deactivating instructions, sent by a first base station, of some user equipment in a community, the RNC can inform a second base station that the some user equipment is activated/deactivated, the first base station is a base station belonging to a service community or a base station belonging to an auxiliary service community, and correspondingly the second base station is the base station belonging to the auxiliary service community or the base station belonging to the service community. In an activating/deactivating process, an embodiment of the activating/deactivating method, wireless network controller, user equipment and base station can keep the states of the base stations and the state of the user equipment to be identical, and transmission of downlink data is not affected.

Description

The method of activation/deactivation, radio network controller, subscriber equipment and base station

Technical field

The present invention relates to mobile communication technology, relate in particular to a kind of method, radio network controller, subscriber equipment and base station of activation/deactivation.

Background technology

High-speed packet down link access (High-Speed Downlink Packet Access, HSPDA) technology can improve downlink transmission data rate, reduce the user data transmission time delay, can allow the user in universal mobile telecommunications system (Universal Mobile Telecommunication System, UMTS) network, better experience be arranged.The channel that HSDPA relates to comprises high-speed physical downlink shared channel (HS-PDSCH) (High Speed Physical Downlink Shared Channel, HS-PDSCH) and corresponding downlink high-speed shared control channel (High Speed Shared Control Channel, HS-SCCH) and up link High-Speed Dedicated Physical Control Channel (Uplink High-Speed Dedicated Physical Control Channel, HS-DPCCH).The physical layer operation principle of HSDPA technology is as follows: base station (NodeB) sends data to subscriber equipment (User Equipment, UE) by the HS-PDSCH of physical layer, sends the control signal relevant with HS-PDSCH etc. by HS-SCCH simultaneously; UE is after receiving HS-SCCH, utilize carrying control information thereon that HS-PDSCH is carried out demodulation, decoding etc., then UE is according to the HS-SCCH reception condition, and to HS-PDSCH decoding correctness generation affirmation (Acknowledgement, ACK), deny (Non-Acknowledgement, NACK) or do not have data to send information such as (no transmission, DTX); In addition, UE also measures the down channel situation, generate channel quality indication (Channel Quality Indicator, CQI) information, UE is carried on ACK/NACK/DTX information and CQI information and sends to NodeB on the HS-DPCCH, and NodeB is according to the foundation of UE feedack as the business scheduling.

Introducing multiple-input and multiple-output (Multiple Input Multiple Output, MIMO) after, UE also needs to generate precoding control indication (Precoding Control Indication when generating CQI, PCI) information is carried on the upper foundation for professional scheduling and HS-PDSCH precoding of HS-DPCCH with CQI information and PCI information.

After introducing two carrier waves/residential quarter high-speed downlink packet access (Dual Carrier/Cell HSDPA), can improve peak rate.The principle of DC-HSPDA is: when UE initiates in the zone that double small district covers when professional, network side can be configured as DC-HSPDA, and this moment, UE can receive the HSPDA business simultaneously in two residential quarters, thereby peak rate is improved.In DC-HSDPA, require the double small district be adjacent frequently, descending timing is identical, must be in same NodeB, and have identical coverage property, a residential quarter is called the main plot, another residential quarter is called auxiliary residential quarter.Utilize similar principle, multicarrier/many cellular technology occurred subsequently.

Multithread transmission (Multiflow Transmission, MF-Tx) technology is to utilize working in coordination with between the interior a plurality of residential quarters of collaborative or a plurality of NodeB between a plurality of residential quarters in the NodeB, sends different data to a UE.MF-Tx can be regarded as the expansion of multicarrier/many residential quarters, and maximum difference is, the residential quarter that participates in MF-Tx can be with frequently or frequently adjacent, can belong to different sectors, even can belong to different NodeB; Descending timing can be different, have greater flexibility.MF-Tx can be divided in the base station (inter-NodeB) two large class scenes between (intra-NodeB) and base station, and the former all residential quarters belong to a NodeB, and all residential quarters of the latter belong at least two NodeB.Main plot and auxiliary residential quarter among the corresponding DC-HSPDA, the residential quarter among the MF-Tx is divided into Serving cell and assistant service residential quarter.Certainly, cell name also can be continued to use, and therefore, follow-up Serving cell also can be called the main plot, and the assistant service residential quarter also can be called auxiliary residential quarter.

Behind network side configuration MF-Tx, no matter be to adopt a HS-DPCCH to unite the feedback information that feedback participates in the MF-Tx residential quarter, still adopt many HS-DPCCH independent feedback to participate in the feedback information of MF-Tx residential quarter, the total power consumption that carries the up HS-DPCCH of this feedback information all needs to increase, these additional power consumptions have increased uplink interference to a certain extent, thereby cut down the wireless network coverage, affected simultaneously the performance of UE.In addition, the UE of MF-Tx must monitor the HS-SCCH of auxiliary/auxiliary residential quarter always, even if should auxiliary/auxiliary residential quarter because limited this UE data dispatching of not giving of self scheduling resource can cause the waste of UE electric weight like this.Based on above-mentioned 2 considerations, after network side has configured MF-Tx, can consider to the downlink data transmission of UE in the assistant service residential quarter activate, deactivating operation is with Optimal performance.

Because in the existing DC-HSDPA scheme, the residential quarter belongs to same NodeB, but under the inter-NodeB of MF-Tx scene, the residential quarter is the NodeB's that belongs to different, if continue to use DC-HSDPA to the activation of assistant service residential quarter, the deexcitation scheme can there are the following problems: the base station under the Serving cell and the state of UE are inconsistent, and for example, the channel format of the HS-DPCCH of base station and UE is inconsistent, may cause the data decode failure, affect downlink data transmission.

Summary of the invention

The embodiment of the invention provides a kind of method, radio network controller, subscriber equipment and base station of activation/deactivation, may inconsistent problem in order to the state that solves the base station that exists in the prior art and UE side.

The embodiment of the invention provides a kind of method of activation/deactivation, is applied in the multithread transmission situation between the base station, comprising:

Radio network controller (RNC) receives the activation/deactivation indication of certain subscriber equipment in the residential quarter that the first base station sends;

Described RNC notifies described certain subscriber equipment in the second base station to be activated/deexcitation;

Described the first base station is the affiliated base station in base station or assistant service residential quarter under the Serving cell, corresponding, described the second base station is base station or the affiliated base station of Serving cell under the assistant service residential quarter.

User equipment (UE) receives the activation/deactivation order of certain subscriber equipment in the residential quarter that the first base station sends, and carries out activation/deactivation according to described activation/deactivation indication and processes;

Described UE carries out activation/deactivation and processes;

Described UE notifies described certain subscriber equipment in the second base station to be activated/deexcitation;

The first base station determines that initiation is to the activation/deactivation of certain subscriber equipment in the residential quarter;

The first base station notifies described certain subscriber equipment in the second base station to be activated/deexcitation by radio network controller (RNC) or user equipment (UE);

The embodiment of the invention provides a kind of radio network controller (RNC), comprising:

Receiver module be used for to receive the activation/deactivation indication of certain subscriber equipment of the residential quarter that the first base station sends;

Sending module is used for notifying described certain subscriber equipment in the second base station to be activated/deexcitation;

The embodiment of the invention provides a kind of subscriber equipment, comprising:

Receiver module be used for to receive the activation/deactivation order of certain subscriber equipment of the residential quarter that the first base station sends, and carries out activation/deactivation according to described activation/deactivation indication and processes;

Processing module is used for carrying out activation/deactivation and processes;

The embodiment of the invention provides a kind of base station, comprising:

Initiation module is used for determining that initiation is to the activation/deactivation of certain subscriber equipment of residential quarter;

Notification module is used for notifying described certain subscriber equipment in the second base station to be activated/deexcitation by radio network controller (RNC) or user equipment (UE);

As shown from the above technical solution, after the embodiment of the invention received the activation/deactivation indication of the first base station transmission by RNC or UE, notice can guarantee the state consistency of base station and UE to the second base station, can guarantee the data decode success as far as possible, not affect downlink data transmission.

Description of drawings

Fig. 1 is the schematic flow sheet of activation/deactivation method one embodiment of the present invention;

Fig. 2 a is the schematic flow sheet of another embodiment of activation/deactivation method of the present invention;

Fig. 2 b is the schematic flow sheet of another embodiment of activation/deactivation method of the present invention;

Fig. 3 is the system configuration schematic diagram among the present invention;

Fig. 4 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention;

Fig. 5 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention;

Fig. 6 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention;

Fig. 7 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention;

Fig. 8 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention;

Fig. 9 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention;

Figure 10 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention;

Figure 11 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention;

Figure 12 is the schematic flow sheet of another embodiment of method of activating among the present invention;

Figure 13 is the schematic flow sheet of another embodiment of method of activating among the present invention;

Figure 14 is the schematic flow sheet of another embodiment of method of activating among the present invention;

Figure 15 is the schematic flow sheet of another embodiment of method of activating among the present invention;

Figure 16 is the schematic flow sheet of another embodiment of method of activating among the present invention;

Figure 17 is the structural representation of RNC one embodiment of the present invention;

Figure 18 is the structural representation of UE one embodiment of the present invention;

Figure 19 is the structural representation of base station one embodiment of the present invention.

Embodiment

Fig. 1 is the schematic flow sheet of activation/deactivation method one embodiment of the present invention, and the method is applied in the multithread transmission situation between the base station, and the method comprises:

Step 11: the activation/deactivation indication of certain subscriber equipment in the residential quarter that radio network controller (Radio Network Controller, RNC) reception the first base station sends;

Step 12: described RNC notifies described certain subscriber equipment in the second base station to be activated/deexcitation;

Referring to Fig. 2 a, describe and can comprise from the UE side:

Step 201:UE receives the activation/deactivation order of certain subscriber equipment in the residential quarter that the first base station sends, and carries out activation/deactivation according to described activation/deactivation indication and processes;

Step 202: described UE carries out activation/deactivation and processes;

Step 203: described UE notifies described certain subscriber equipment in the second base station to be activated/deexcitation;

Referring to Fig. 2 b, describe and can comprise from base station side:

Step 211: the first base station determines that initiation is to the activation/deactivation of certain subscriber equipment in the residential quarter;

Step 212: the first base station notifies described certain subscriber equipment in the second base station to be activated/deexcitation by radio network controller (RNC) or user equipment (UE);

In the embodiment of the invention, Serving cell also can be called the main plot, corresponding, the assistant service residential quarter also can be called auxiliary residential quarter.

In the embodiment of the invention, deexcitation comprises: residential quarter deexcitation, descending discontinuous reception (Discontinuous Downlink Reception, DRX) deexcitation.Accordingly, activation comprises: the residential quarter is activated, DRX activates.

For the residential quarter deexcitation, can be that deexcitation of UE is known in the base station under the Serving cell;

For the DRX deexcitation, can be that deexcitation of UE is known in the base station under the Serving cell, perhaps, also can be that deexcitation of UE is known in the base station under the assistant service residential quarter.Concrete, the base station under the Serving cell can pass through radio network controller (Radio Network Controller, RNC) and knows that UE carries out the deexcitation processing; Perhaps, preferred, the base station under the Serving cell knows that by physical layer signaling UE carries out deexcitation and processes, and physical layer signaling refers to the command transmitting of eating dishes without rice or wine between base station and the UE.

Wherein, for the deexcitation of residential quarter, the channel format that the base station under the Serving cell and UE can change HS-PDCCH, perhaps both also can keep the channel format of HS-PDCCH.Further, it regularly is the channel timing of single residential quarter that the base station under the Serving cell and UE can change simultaneously, perhaps, keeps simultaneously the channel of MF-Tx regularly.

For the DRX deexcitation, the base station under the Serving cell need to know that UE behind the deexcitation DRX, carries out the DRX deexcitation and processes.

Can be specifically referring to follow-up embodiment for different scenes.

After the present embodiment received the activation/deactivation indication of the first base station transmission by RNC or UE, notice can guarantee the state consistency of base station and UE to the second base station, can guarantee the data decode success as far as possible, does not affect downlink data transmission.

Fig. 3 is the system configuration schematic diagram among the present invention, referring to Fig. 3, the embodiment of the invention is mainly used in the MF-Tx of inter-NodeB scene, comprise NodeB1 and NodeB2 in this system, wherein, NodeB1 is the base station under the Serving cell, and NodeB2 is the base station under the assistant service residential quarter, the mode that both can adopt MF-Tx is UE service, and both coexist under the management of a RNC.

Based on system shown in Figure 3, the present invention can provide following embodiment.

Fig. 4 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention, and the present embodiment is initiated assistant service residential quarter deexcitation request and sent the deexcitation order as example take NodeB2, and the HS-PDCCH form is constant in the present embodiment.By the deexcitation of NodeB1 residential quarter of physical layer notice, referring to Fig. 4, the present embodiment comprises in the present embodiment:

Step 401:NodeB2 determines to initiate deexcitation.

NodeB2 can too during high reason, determine the MF-Tx of certain UE of this assistant service residential quarter of deexcitation in the scheduling resource anxiety of finding the assistant service residential quarter or load.

In the embodiment of the invention, the deexcitation of residential quarter is take the base station or the sector is unit, all residential quarters under the deexcitation NodeB2, or all residential quarters in the sector under the deexcitation assistant service residential quarter.As for specifically take the base station or the sector is unit, can be pre-configured.

Step 402:NodeB2 sends the deexcitation indication information to RNC.

This deexcitation indication information can carry by signaling or Frame, reuses as far as possible current mechanism.This deexcitation indication information indicating cell will be deactivated.

The data that step 403:RNC stops at the assistant service residential quarter send.

Wherein, RNC stops at that this assistant service residential quarter sends the data of this UE but the link of not deleting RNC and NodeB mouth.

Step 404:NodeB2 is sent the data in this UE buffering.

Step 405:NodeB2 sends the deexcitation order to UE.

This deexcitation order can be HS-SCCH order.

Step 406:UE is to NodeB2 feedback acknowledgment information.

Step 407:UE sends to NodeB1 and shows the indication information of deexcitation of assistant service residential quarter.

In the embodiment of the invention, this show the assistant service residential quarter the indication information of deexcitation be CQI0 or CQI31.The CQI form that has used in the prior art is CQI1～CQI30, and CQI0 and CQI31 are the CQI that does not have use that keeps, and adopts CQI0 or CQI31 in order to realize that UE is to the notice of the indication information of NodeB1 in the embodiment of the invention.

The present embodiment is to send a plurality of CQI0 or CQI31 as example.

Step 406,407 is without the sequential restriction relation.

After step 408:NodeB1 receives a plurality of CQI0 or CQI31, keep the channel reception form of HS-DPCCH constant.

Wherein, the number of the number of the CQI0 that receives of NodeB 1 or the CQI31 CQI0 that can send from UE or CQI31 is identical or different.

NodeB1 can be known the deexcitation of assistant service residential quarter after receiving a plurality of CQI0 or CQI31, because the form with HS-PDCCH does not become example in the present embodiment, therefore, the channel that NodeB1 does not need to change HS-DPCCH receives form.

Further, NodeB1 can keep the timing of channel, namely can keep the channel of MF-Tx regularly.Optionally, NodeB1 also can regularly regularly change to channel by the channel of MF-Tx the channel timing of single residential quarter, and at this moment, UE also needs channel is regularly regularly changed to by the channel of MF-Tx the channel timing of single residential quarter.

Step 409: optional, NodeB1 sends the deexcitation order to UE.

The deexcitation order can be used for having finished deexcitation to UE notice NodeB 1, and this deexcitation order can to send to the deexcitation order of UE identical or different from NodeB2, this deexcitation order even also can be remaining notification message.

Step 410:UE sends CQI0 or CQI31 all the time in the position of the CQI of the carrying assistant service residential quarter of HS-PDCCH.

Because the form of HS-DPCCH does not change in the present embodiment, can there be so the position of the CQI of carrying assistant service residential quarter on the HS-DPCCH, at this moment, can send some particular values in these positions, such as CQI0 or CQI31.

The present embodiment by UE behind deexcitation assistant service residential quarter, send a plurality of CQI0 or CQI31 to NodeB1, NodeB1 judges whether deexcitation assistant service residential quarter by detecting CQI0 or CQI31, realization is by the deexcitation of assistant service residential quarter of physical layer signaling notice, can keep the state consistency of NodeB1 and UE side, avoid the impact on downlink data transmission.In addition, NodeB sends to RNC with the deexcitation indication information, can provide foundation for the shunting of RNC.

Fig. 5 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention, and the present embodiment is initiated assistant service residential quarter deexcitation request and sent the deexcitation order as example to UE take NodeB2, and the HS-PDCCH form is constant in the present embodiment.By RNC notice NodeB1 deexcitation of assistant service residential quarter, referring to Fig. 5, the present embodiment comprises in the present embodiment:

Step 501:NodeB2 determines to initiate deexcitation.

Step 502:NodeB2 sends the deexcitation indication information to RNC.

The data that step 503:RNC stops at the assistant service residential quarter send.

Step 504:RNC sends the deexcitation indication information to NodeB1.

RNC can know that the assistant service residential quarter carried out deexcitation after receiving the deexcitation indication information, the NodeB1 in the present embodiment still keeps the form of HS-DPCCH constant.

The particular content of step 501～503 can be referring to step 401～403.

Step 503 and step 504 are without the sequential restriction relation.

Step 505:NodeB2 is sent the data in this UE buffering.

Step 506:NodeB2 sends the deexcitation order to UE.

Step 507:UE is to NodeB2 feedback acknowledgment information.

The particular content of step 505～507 can be referring to step 404～406.

Step 508:UE sends CQI0 or CQI31 all the time in the position of the CQI of the carrying assistant service residential quarter of HS-PDCCH.

The particular content of step 508 can be referring to step 410.

The present embodiment by deexcitation assistant service residential quarter after, NodeB2 sends the deexcitation indication information by RNC to NodeB1, can carry out the deexcitation of assistant service residential quarter so that NodeB1 is known, to guarantee the state consistency of NodeB1 and UE side, avoid the impact on downlink data transmission.In addition, NodeB sends to RNC with the deexcitation indication information, can provide foundation for the shunting of RNC.

Fig. 6 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention, and the present embodiment is initiated assistant service residential quarter deexcitation request and sent the deexcitation order as example to UE take NodeB2, and the HS-PDCCH form changes in the present embodiment.By physical layer notice NodeB1 deexcitation of assistant service residential quarter, referring to Fig. 6, the present embodiment comprises in the present embodiment:

Step 601:NodeB2 determines to initiate deexcitation.

NodeB2 lifting (Rise Over Thermal, the RoT) value of can making an uproar the end of at too during high reason, determines to initiate deexcitation greater than the thresholding of setting or scheduling resource anxiety or load.

Step 602:NodeB2 sends the deexcitation indication information to RNC.

The data that step 603:RNC stops at the assistant service residential quarter send.

Step 604:NodeB2 is sent the data in this UE buffering.

Step 605:NodeB2 sends the deexcitation order to UE.

Step 606:UE is to NodeB2 feedback acknowledgment information.

The particular content of step 602～606 can be referring to step 402～406.

Step 607:UE sends CQI0 or CQI31 to NodeB1.

CQI0 or CQI31 are be used to showing the indication information of deexcitation of assistant service residential quarter.

Can send one or many CQI0 or CQI31 in the present embodiment.

Step 606,607 is without the sequential restriction relation.

Step 608:NodeB1 sends the deexcitation order to UE.

This deexcitation order can to send to the deexcitation order of UE identical or different from NodeB2, this deexcitation order even also can be remaining notification message.

After step 609:UE received the deexcitation order, the channel of change HS-DPCCH sent form.

After UE receives the deexcitation order of NodeB1 transmission, the channel transmission form of HS-DPCCH is changed to the channel transmission form of single residential quarter.

Step 610: optional, UE is to NodeB1 feedback acknowledgment information.

Step 609,610 is without the sequential restriction relation.

Step 611: in the some time, after 12 time slots or 18 time slots, the channel of NodeB1 change HS-DPCCH sends form.

Further, UE and NodeB1 also can keep channel regularly constant, perhaps all change to the channel of single residential quarter regularly.

The present embodiment is by behind deexcitation assistant service residential quarter, UE sends CQI0 or CQI31 to NodeB1, NodeB1 judges whether deexcitation assistant service residential quarter by detecting CQI0 or CQI31, realization is by the deexcitation of assistant service residential quarter of physical layer signaling notice, and UE and NodeB1 all change the HS-DPCCH form after knowing the deexcitation of assistant service residential quarter, can keep the state consistency of NodeB1 and UE side, avoid the impact on downlink data transmission.In addition, NodeB sends to RNC with the deexcitation indication information, can provide foundation for the shunting of RNC.

Fig. 7 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention, and the present embodiment is initiated assistant service residential quarter deexcitation request, NodeB2 to UE transmission deexcitation order as example take NodeB1, and the HS-PDCCH form changes in the present embodiment.By physical layer notice NodeB1 deexcitation of assistant service residential quarter, referring to Fig. 7, the present embodiment comprises in the present embodiment:

Step 701:NodeB1 determines to initiate deexcitation.

NodeB1 can too during high reason, determine to initiate deexcitation greater than the thresholding of setting or scheduling resource anxiety or load in the RoT value.

Step 702:NodeB1 sends the deexcitation indication information to RNC.

The data that step 703:RNC stops at the assistant service residential quarter send.

RNC keeps the LI(link interface) with NodeB2 simultaneously.

Step 704:RNC sends the deexcitation indication information to NodeB2.

Step 705:NodeB2 is sent the data in this UE buffering.

Step 706:NodeB2 sends the deexcitation order to UE.

Step 707:UE is to NodeB2 feedback acknowledgment information.

Step 708:UE sends CQI0 or CQI31 to NodeB1.

Step 709:NodeB1 sends the deexcitation order to UE.

After step 710:UE received the deexcitation order, the channel of change HS-DPCCH sent form.

Step 711:UE is to NodeB1 feedback acknowledgment information.

Step 712: in the some time, after 12 time slots or 18 time slots, the channel of NodeB1 change HS-DPCCH sends form.

The particular content of step 705～712 can be referring to step 604～611.

Fig. 8 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention, and the present embodiment is initiated assistant service residential quarter deexcitation request, NodeB1 to UE transmission deexcitation order as example take NodeB2, and the HS-PDCCH form does not change in the present embodiment.Referring to Fig. 8, the present embodiment comprises:

Step 801:NodeB2 determines to initiate deexcitation.

Step 802:NodeB2 sends the deexcitation indication information to RNC.

The data that step 803:RNC stops at the assistant service residential quarter send.

The particular content of step 801～803 can be referring to step 401～403.

Step 804: will distribute to the assistant service residential quarter but do not receive the data of feedback transmission successful information, and shift to be assigned in the Serving cell and transmits.

Step 805:RNC sends the deexcitation indication information to NodeB1.

Step 804 and step 805 are without the sequential restriction relation.

Step 806:NodeB1 sends the deexcitation order to UE.

Step 807:UE is to NodeB1 feedback acknowledgment information.

Step 808:UE sends CQI0 or CQI31 all the time in the position of the CQI of the carrying assistant service residential quarter of HS-PDCCH.

The present embodiment by deexcitation assistant service residential quarter after, NodeB2 sends the deexcitation indication information by RNC to NodeB1, NodeB1 is deexcitation UE after receiving indication information, NodeB1 and UE keep the form of HS-PDCCH constant, can guarantee the state consistency of NodeB1 and UE side, avoid the impact on downlink data transmission.In addition, NodeB sends to RNC with the deexcitation indication information, can provide foundation for the shunting of RNC.

Fig. 9 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention, and the present embodiment is initiated assistant service residential quarter deexcitation request, NodeB1 to UE transmission deexcitation order as example take NodeB2, and the HS-PDCCH form changes in the present embodiment.Referring to Fig. 9, the present embodiment comprises:

Step 901:NodeB2 determines to initiate deexcitation.

Step 902:NodeB2 sends the deexcitation indication information to RNC.

The data that step 903:RNC stops at the assistant service residential quarter send.

Step 904: will distribute to the assistant service residential quarter but do not receive the data of feedback transmission successful information, and shift to be assigned in the Serving cell and transmits.

Step 905:RNC sends the deexcitation indication information to NodeB1.

Step 906:NodeB1 sends the deexcitation order to UE.

Step 907:UE is to NodeB1 feedback acknowledgment information.

The channel of step 908:UE change HS-DPCCH sends form.

UE perhaps passes through the some time when feedback acknowledgment information, behind 12 or 18 time slots, the channel transmission form of HS-DPCCH is changed to the channel transmission form of single residential quarter.Step 907 and step 908 are without the sequential restriction relation.

The channel of step 909:NodeB1 change HS-DPCCH receives form.

NodeB1 perhaps passes through the some time when receiving the confirmation information, behind 12 or 18 time slots, the channel reception form of HS-DPCCH is changed to the channel reception form of single residential quarter.

The present embodiment by deexcitation assistant service residential quarter after, NodeB2 sends the deexcitation indication information by RNC to NodeB1, NodeB1 is deexcitation UE after receiving indication information, NodeB1 and UE change the form of HS-PDCCH, can guarantee the state consistency of NodeB1 and UE side, avoid the impact on downlink data transmission.In addition, NodeB sends to RNC with the deexcitation indication information, can provide foundation for the shunting of RNC.

Figure 10 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention, and the present embodiment is initiated the DRX deexcitation as example take NodeB1, and referring to Figure 10, the present embodiment comprises:

Step 1001:NodeB1 determines to initiate deexcitation.

Wherein, NodeB1 can determine the DRX of certain UE of deexcitation Serving cell when the data traffic of Serving cell is crossed high reason.

Step 1002: optional, NodeB1 initialization and opening timing device.

Wherein, timer can increase progressively or countdown.

Step 1003:NodeB1 sends the deexcitation indication information to RNC.

Step 1004:RNC sends the deexcitation indication information to NodeB2.

Above-mentioned deexcitation indication information can carry by signaling or Frame, reuses as far as possible current mechanism.The down link DRX of this indication information indication RNC or this UE of NodeB2 will be deactivated.

Step 1005:NodeB2 sends the deexcitation order to UE.

This deexcitation order for example is HS-SCCH order.

After step 1006:UE process some time (such as 12 time slots or 18 time slots), carry out the DRX deexcitation.

Step 1007:UE is to NodeB2 feedback acknowledgment information.

Step 1008:NodeB2 carries out the DRX deexcitation.

After NodeB2 receives the confirmation information, the DRX state will be deactivated.

Step 1009:UE sends CQI0 or CQI31 to NodeB1, indicates the down link DRX of this UE to be deactivated.

The present embodiment is to send a plurality of CQI0 or CQI31 as example.

Step 1010: optional, NodeB1 judges according to the count value of timer whether deactivation process is failed.

If be provided with timer, then NodeB 1 does not receive several CQI0 or CQI31 that this UE reports when timer is decremented to zero or is incremented to maximum number, then deactivation process failure, and step stops.Otherwise carry out:

Step 1011:NodeB1 carries out the DRX deexcitation when receiving a plurality of CQI0 or CQI31.

Step 1007 and 1008 and step 1009～1011 without the sequential restriction relation.

Step 1012: optional, NodeB1 sends the deexcitation order to UE.

This deexcitation order can be HS-SCCH order, the deexcitation order that NodeB1 sends can be identical with the deexcitation order that NodeB2 sends can be not identical yet.

Step 1013: optional, UE is to NodeB1 feedback acknowledgment information.

The present embodiment to NodeB1 notice DRX deexcitation information, can realize that base station side and UE side all point to the DRX deexcitation by CQI0 or CQI31, guarantees the both sides state consistency.

Figure 11 is the schematic flow sheet of another embodiment of method of deexcitation among the present invention, comprising:

Step 1101:NodeB1 determines to initiate deexcitation.

Step 1102: in DRX cycle agreement by the non-gap time slot of transfer of data with the DRX deexcitation.Step 1103:NodeB1 sends the deexcitation indication information to RNC.

Step 1104:RNC sends the deexcitation indication information to NodeB2.

Step 1105:NodeB2 sends the deexcitation order to UE.

Step 1106:UE carries out the DRX deexcitation.

Step 1107:UE is to NodeB2 feedback acknowledgment information.

Step 1108:NodeB2 carries out the DRX deexcitation.

The particular content of step 1103～1108 can be referring to step 1003～1008.

In the present embodiment, alternatively, in step 1101 and step 11022, when NodeB1 determined to initiate deexcitation, NodeB1 arranged one " deexcitation entry-into-force time ", when " deexcitation entry-into-force time " arrives, and ability deexcitation DRX.Alternatively, in step 1103 and 1104, increase " deexcitation entry-into-force time " indication; If NodeB2 receives " indication of deexcitation entry-into-force time ", execution in step 1105 after NodeB2 judge to arrive " deexcitation entry-into-force time " then, this moment, applying step 1106 arrived step 1108.

In the present embodiment, because the DRX state of activation of assistant service residential quarter and UE is consistent all the time, can downlink data transmission not impacted owing to the failure of communication between RNC and the NodeB; And Serving cell can guarantee that by the mode that realizes its downlink data sends and can be received reliably by UE, such as (1) after deexcitation DRX is initiated in judgement, the non-gap subframe constantly that Serving cell only is chosen in DRX cycle agreement and the has transfer of data DRX deexcitation that comes into effect, and guarantee that two continuous packet intervals are less than the DRX inertia thresholding cycle (2) after judgement is initiated to activate DRX, because the continuous receive data of UE side, this moment is also no problem.The above has described respectively deactivation process, corresponding, activation process can be as follows.

Figure 12 is the schematic flow sheet of another embodiment of method of activating among the present invention, and the present embodiment is initiated the assistant service residential quarter take NodeB2 and activated as example, and the HS-PDCCH form is constant in the present embodiment.Referring to Figure 12, the present embodiment comprises:

Step 1201:NodeB2 determines to initiate to activate.

During the reasons such as NodeB2 is well-to-do at the scheduling resource of assistant service residential quarter, load is lower, determine to activate the MF-Tx to certain UE of assistant service residential quarter.

Step 1202:NodeB2 sends to RNC and activates indication information.

This activation indication information can carry by Frame or signaling, reuses as far as possible current mechanism.

The assistant service residential quarter that this activation indication information is used to indicate this UE place of RNC will be activated.

In addition, NodeB2 can also detect according to the channel time opening HS-DPCCH of HS-DPCCH under the MF-Tx.

Step 1203:RNC sends to NodeB1 and activates indication information.

The assistant service residential quarter that this activation indication information is used to indicate this UE place of NodeB1 will be activated.

Step 1204:NodeB1 sends activation command to UE.

Activation command can be HS-SCCH order.

Step 1205:UE is to NodeB1 feedback acknowledgment information.

Step 1206:NodeB1 sends MF-Tx to RNC and has activated indication information.

MF-Tx has activated indication information and can carry by signaling or Frame, reuses as far as possible current mechanism.

MF-Tx has activated indication information and has indicated should being activated auxiliary/auxiliary residential quarter of this UE place, and what RNC can give this UE place should auxiliary/auxiliary cell allocation data.

The present embodiment send to activate indication information by RNC to NodeB1, can be so that NodeB1 activates the MF-Tx of UE, and NodeB1 sends to RNC after UE activates and activated indication information, can so that RNC in time to the assistant service cell data transmission.

Figure 13 is the schematic flow sheet of another embodiment of method of activating among the present invention, and the present embodiment is initiated the assistant service residential quarter take NodeB2 and activated as example, and the HS-PDCCH form is constant in the present embodiment.Referring to Figure 13, the present embodiment comprises:

Step 1301:NodeB2 determines to initiate to activate.

Particular content can be referring to step 1201.

Step 1302:NodeB2 presses MF-Tx time opening HS-DPCCH and detects.

Step 1303:NodeB2 sends to RNC and activates indication information.

Step 1304:RNC sends to NodeB1 and activates indication information.

Step 1305:NodeB1 sends activation command to UE.

Step 1306:UE is to NodeB1 feedback acknowledgment information.

The particular content of step 1303～1306 can be referring to step 1202～1205.

Step 1307:NodeB2 detects the arbitrary value among CQI1～CQI30.

Step 1308:NodeB2 sends activation command to UE.

Step 1309:UE is to NodeB2 feedback acknowledgment information.

If this UE has entered the MF-Tx state, then this UE is to auxiliary/auxiliary residential quarter feedback acknowledgment information, otherwise send the information of denying, and repeating step 1507～1509, until this UE is to auxiliary/auxiliary residential quarter feedback acknowledgment information, acknowledge message and deny that message needs in advance agreement expression mode, representative is confirmed such as ACK, the NACK representative is denied;

Step 1308 and step 1309 are optional.

Step 1310:NodeB2 sends MF-Tx to RNC and has activated indication information.

The detection CQI value of the present embodiment by NodeB2 determines that UE activates, and sends to RNC and to have activated indication information, can so that RNC in time to the assistant service cell data transmission.

Figure 14 is the schematic flow sheet of another embodiment of method of activating among the present invention, and the present embodiment is initiated the assistant service residential quarter take NodeB2 and activated as example, and HS-PDCCH change of format in the present embodiment.Referring to Figure 14, the present embodiment comprises:

Step 1401:NodeB2 determines to initiate deexcitation.

Step 1402:NodeB2 presses MF-Tx time opening HS-DPCCH and detects.

Step 1403:NodeB2 sends to RNC and activates indication information.

Step 1404:RNC sends to NodeB1 and activates indication information.

Step 1405:NodeB1 sends activation command to UE.

Step 1406:UE is to NodeB1 feedback acknowledgment information.

Step 1407:NodeB1 is in the some time, and after 12 time slots or 18 time slots, the change channel format is that the channel of the HS-DPCCH of MF-Tx receives form.

Step 1408:UE changes the HS-DPCCH channel and sends form, the CQI of feedback assistant service residential quarter.

Wherein, UE can send form from the HS-DPCCH channel of single residential quarter with channel format and change to the MF-Tx channel and send form, and detects the HS-SCCH of assistant service residential quarter, according to the CQI of testing result in HS-DPCCH feedback assistant service residential quarter.

Step 1407 and step 1408 are without the sequential restriction relation.

Step 1409:NodeB2 detects the HS-DPCCH channel format and changes.

Step 1410: optional, NodeB2 sends activation command to UE.

Step 1411: optional, UE is to NodeB2 feedback acknowledgment information.

Step 1412:NodeB2 is in the some time, and after 12 time slots or 18 time slots, the change channel format is that the channel of the HS-DPCCH of MF-Tx receives form.

Step 1413:NodeB2 sends MF-Tx to RNC and has activated indication information.

The present embodiment determines that by the channel format of the detection HS-DPCCH of NodeB2 UE activates, and sends to RNC and to have activated indication information, can so that RNC in time to the assistant service cell data transmission.

Figure 15 is the schematic flow sheet of another embodiment of method of activating among the present invention, and the present embodiment is initiated DRX take NodeB1 and activated as example, and referring to Figure 15, the present embodiment comprises:

Step 1501:NodeB1 determines to initiate to activate.

Wherein, NodeB1 can determine to activate the DRX of certain UE of Serving cell when the data traffic of Serving cell is crossed the reason such as low.

Step 1502: optional, NodeB1 initialization and opening timing device.

The timer computing that can increase progressively or successively decrease.

Step 1503:NodeB1 sends to RNC and activates indication information.

Step 1504:RNC sends to NodeB2 and activates indication information.

Activating indication information can carry by signaling or Frame, reuses as far as possible current mechanism.The DRX that this activation indication information is used to indicate certain UE of RNC or NodeB2 Serving cell will be activated.

Step 1505:NodeB2 sends activation command to UE.

Step 1506:UE is to NodeB2 feedback acknowledgment information.

Step 1507:UE sends CQI0 or CQI31 to NodeB1, indicates the down link DRX of this UE to be activated.

The present embodiment is to send a plurality of CQI0 or CQI31 as example.

Wherein, step 1507 and step 1506 are without the sequential restriction relation.

Step 1508:NodeB2 carries out DRX and activates.

Step 1509: optional, UE carries out DRX and activates after the some time (such as 12 time slots or 18 time slots).

Step 1510: optional, if be provided with timer, NodeB1 judges according to the count value of timer whether activation is failed.

If be provided with timer, then NodeB1 does not receive several CQI0 or CQI31 that this UE reports when timer is decremented to zero or is incremented to maximum number, then activation failure, and step stops.Otherwise carry out:

Step 1511:NodeB1 carries out DRX and activates when receiving a plurality of CQI0 or CQI31.

Step 1512: optional, NodeB1 sends activation command to UE.

Step 1513: optional, UE is to NodeB1 feedback acknowledgment information.

Optionally, if UE does not activate DRX during step 1509, also can be after step 1513, to be carried out by UE to activate DRX.

The present embodiment sends CQI0 or CQI31 by UE to NodeB1, can notify UE to activate to NodeB1.

Figure 16 is the schematic flow sheet of another embodiment of method of activating among the present invention, comprising:

Step 1601:NodeB1 determines to initiate to activate.

Step 1602:NodeB1 activates DRX.

Step 1603:NodeB1 sends to RNC and activates indication information.

Step 1604:RNC sends to NodeB2 and activates indication information.

Step 1605:NodeB2 sends activation command to UE.

Step 1606:UE carries out DRX and activates.

Step 1607:UE is to NodeB2 feedback acknowledgment information.

Step 1608:NodeB2 carries out DRX and activates.

In the present embodiment, optional, in step 1601 and step 1602, when NodeB1 determined to initiate to activate, NodeB1 arranged one " activating the entry-into-force time ", when arriving, just activates DRX " activating the entry-into-force time ".Alternatively, in step 1603 and 1604, increase " activating the entry-into-force time " indication; If NodeB2 receives " activate entry-into-force time indication ", then when judging, NodeB2 arrives execution in step 1605 after " activating the entry-into-force time ", and applying step 1606 arrives step 1608 at this moment.

In the present embodiment, because the DRX state of activation of assistant service residential quarter and UE is consistent all the time, can downlink data transmission not impacted owing to the failure of communication between RNC and the NodeB; And Serving cell can guarantee that by the mode that realizes its downlink data sends and can be received reliably by UE, such as (1) after deexcitation DRX is initiated in judgement, the non-gap subframe constantly that Serving cell only is chosen in DRX cycle agreement and the has transfer of data DRX deexcitation that comes into effect, and guarantee that two continuous packet intervals are less than the DRX inertia thresholding cycle (2) after judgement is initiated to activate DRX, because the continuous receive data of UE side, this moment is also no problem.

Need to prove, among all embodiment when NodeB and RNC information interaction, can be unidirectional as shown in FIG., also can be two-way, receive namely that information side need to send that feedback information indication is confirmed or confirmation not, be specially: indicate to transmit leg if the recipient sends the feedback information of " affirmation " or " success ", then transmit leg still keeps current state; If the recipient sends the feedback information of " non-affirmation " or " failure " and indicates to transmit leg, then transmit leg need to be set to send indication information to the state before the recipient at transmit leg by current state.

Figure 17 is the structural representation of RNC one embodiment of the present invention, comprises receiver module 171 and sending module 172; Receiver module 171 is for the activation/deactivation indication of certain subscriber equipment of the residential quarter that receives the transmission of the first base station; Sending module 172 is used for notifying described certain subscriber equipment in the second base station to be activated/deexcitation; Described the first base station is the affiliated base station in base station or assistant service residential quarter under the Serving cell, corresponding, described the second base station is base station or the affiliated base station of Serving cell under the assistant service residential quarter.

Optionally, the activation/deactivation of certain subscriber equipment in the described residential quarter is designated as: the multithread transmission activation/deactivation indication of certain subscriber equipment in the assistant service residential quarter, described sending module specifically is used for: send indication information to the second base station, indicate the multithread transmission of described certain subscriber equipment in the second base station in the assistant service residential quarter will be activated/deexcitation.

Optionally, this RNC can also comprise: processing module, be used for receiving the deexcitation indication that the first base station sends after, stop at described assistant service residential quarter and the data of this UE are sent but do not delete link between the base station under RNC and the assistant service residential quarter.

Optionally, described processing module also is used for: will distribute to the assistant service residential quarter but do not receive the data of feedback transmission successful information, and shift to be assigned in the Serving cell and transmits.

Optionally, the activation/deactivation of certain subscriber equipment in the described residential quarter is designated as: the discontinuous transmission DRX activation/deactivation indication of certain subscriber equipment in the Serving cell that the base station under the Serving cell sends, described sending module specifically is used for: the base station under the assistant service residential quarter sends indication information, and the DRX of described certain subscriber equipment in base station under the indication assistant service residential quarter will be activated/deexcitation.

Optionally, the indication of described activation/deactivation is used to indicate and carries out activation/deactivation process in the sector at described certain subscriber equipment place or all residential quarters in the base station.After the present embodiment received the activation/deactivation indication of the first base station transmission by RNC or UE, notice can guarantee the state consistency of base station and UE to the second base station, can guarantee the data decode success as far as possible, does not affect downlink data transmission.

Figure 18 is the structural representation of UE one embodiment of the present invention, comprises receiver module 181, processing module 182 and sending module 183; Receiver module 181 is carried out the activation/deactivation processing for the activation/deactivation order of certain subscriber equipment of the residential quarter that receives the transmission of the first base station according to described activation/deactivation indication; Processing module 182 is used for carrying out activation/deactivation and processes; Sending module 183 is used for notifying described certain subscriber equipment in the second base station to be activated/deexcitation; Described the first base station is the affiliated base station in base station or assistant service residential quarter under the Serving cell, corresponding, described the second base station is base station or the affiliated base station of Serving cell under the assistant service residential quarter.

Optionally, the activation/deactivation order of certain subscriber equipment in the described residential quarter is: the multithread transmission activation/deactivation order of certain subscriber equipment in the assistant service residential quarter, described sending module specifically is used for: reporting channel quality indication CQI0 or CQI31 are to the base station under the Serving cell, and the described UE in base station under the indication Serving cell is activated/deexcitation in the multithread transmission of assistant service residential quarter.

Optionally, this UE can also comprise: reporting module sends CQI0 or CQI31 all the time for the position of carrying the CQI of assistant service residential quarter at up link High-Speed Dedicated Physical Control Channel HS-DPCCH; Perhaps, the channel of change HS-DPCCH sends form.

Optionally, the activation/deactivation order of certain subscriber equipment in the described residential quarter is: the discontinuous transmission DRX deexcitation/activation command of certain subscriber equipment in the Serving cell, described sending module specifically is used for: report CQI0 or CQI31 to the base station under the Serving cell, the DRX of the described UE in base station under the indication Serving cell is deactivated/activates.

Described activation/deactivation order is used to indicate carries out the activation/deactivation processing in the sector at described certain subscriber equipment place or all residential quarters in the base station.

Figure 19 is the structural representation of base station one embodiment of the present invention, and this base station comprises initiation module 191 and notification module 192; Initiation module 191 is used for determining that initiation is to the activation/deactivation of certain subscriber equipment of residential quarter; Notification module 192 is used for notifying described certain subscriber equipment in the second base station to be activated/deexcitation by radio network controller (RNC) or user equipment (UE); Described the first base station is the affiliated base station in base station or assistant service residential quarter under the Serving cell, corresponding, described the second base station is base station or the affiliated base station of Serving cell under the assistant service residential quarter.

Optionally, described base station is the base station under the Serving cell; Described initiation module specifically is used for: determine that initiation is to the multithread transmission activation/deactivation of certain subscriber equipment of assistant service residential quarter; Described notification module specifically is used for: send the activation/deactivation indication to RNC, so that the assistant service residential quarter at described certain the subscriber equipment place, base station under the described RNC indication assistant service residential quarter will be activated/deexcitation.

Optionally, the indication of described RNC is so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, described activation/deactivation order sends form and transmitting channel quality indicator (CQI) 0 or CQI31 so that UE changes the channel of HS-DPCCH, described base station also comprises: the change module, after being used for receiving the CQI0 or CQI31 of UE transmission, the channel that changes HS-DPCCH receives form.

Optionally, described base station is the base station under the Serving cell; Described initiation module specifically is used for: determine that initiation is to the activation/deactivation of the discontinuous transmission DRX of certain subscriber equipment of Serving cell; Described notification module specifically is used for: send the activation/deactivation indication to RNC, so that the DRX of described certain subscriber equipment in base station under the described RNC indication assistant service residential quarter will be activated/deexcitation, and so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, CQI0 or CQI31 are processed and sent to described activation/deactivation order so that UE carries out the DRX activation/deactivation.

Optionally, this base station also comprises: the startup module, be used for after initiating activation/deactivation, starting timer, and so that after within the time that timer is set, receiving the CQI0 or CQI31 of UE transmission, carry out the DRX activation/deactivation and process.

Optionally, described base station is the base station under the Serving cell; Described initiation module specifically is used for: determine that initiation is to the activation/deactivation of the discontinuous transmission DRX of certain subscriber equipment of Serving cell; Described base station also comprises: processing module, the non-gap time slot that is used for arranging transfer of data is arranged in DRX cycle are with the DRX deexcitation, and perhaps, the described base station of Serving cell is carried out the DRX activation and processed after initiating the DRX activation; Described notification module specifically is used for: send the activation/deactivation indication to RNC, so that the DRX of described certain subscriber equipment in base station under the described RNC indication assistant service residential quarter will be activated/deexcitation, and so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, described activation/deactivation order is so that UE carries out the processing of DRX activation/deactivation.

Optionally, described base station is the base station under the assistant service residential quarter; Described initiation module specifically is used for: determine that initiation is to the multithread transmission activation/deactivation of certain subscriber equipment of assistant service residential quarter; Described notification module specifically is used for: send the activation/deactivation order to UE, send CQI0 or CQI31 so that UE receives the affiliated base station of the backward Serving cell of described activation/deactivation order; Perhaps, send the activation/deactivation indication to RNC, so that the assistant service residential quarter of described certain subscriber equipment in base station under RNC indication Serving cell activation/deactivation.

Optionally, this base station also comprises: command module is used for the data in the buffering being sent, and sending the deexcitation order to UE after determining to initiate deexcitation; Perhaps, after determine to initiate activating, detect by the time opening HS-DPCCH of multithread transmission MF-Tx, and when arbitrary value that to detect CQI be CQI0 in the CQI30, perhaps, after the channel format that detects HS-DPCCH changes, to UE transmission activation command.

Optionally, described notice is used to indicate and carries out activation/deactivation process in the sector at described certain subscriber equipment place or all residential quarters in the base station.

One of ordinary skill in the art will appreciate that: all or part of step that realizes above-mentioned each embodiment of the method can be finished by the relevant hardware of program command.Aforesaid program can be stored in the computer read/write memory medium.This program is carried out the step that comprises above-mentioned each embodiment of the method when carrying out; And aforesaid storage medium comprises: the various media that can be program code stored such as ROM, RAM, magnetic disc or CD.

It should be noted that at last: above each embodiment is not intended to limit only in order to technical scheme of the present invention to be described; Although with reference to aforementioned each embodiment the present invention is had been described in detail, those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that aforementioned each embodiment puts down in writing, and perhaps some or all of technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the scope of various embodiments of the present invention technical scheme.

Claims

1. the method for an activation/deactivation is applied in the multithread transmission situation between the base station, it is characterized in that, comprising:

2. method according to claim 1 is characterized in that, the activation/deactivation of certain subscriber equipment in the described residential quarter is designated as: the multithread transmission activation/deactivation indication of certain subscriber equipment in the assistant service residential quarter;

Described RNC notify described certain subscriber equipment in the second base station be activated/deexcitation is: described RNC sends indication information to the second base station, indicate the multithread transmission of described certain subscriber equipment in the second base station in the assistant service residential quarter will be activated/deexcitation.

3. method according to claim 1 and 2 is characterized in that, also comprises:

After described RNC receives the deexcitation indication that the first base station sends, stop at described assistant service residential quarter and the data of this UE are sent but do not delete link between the base station under RNC and the assistant service residential quarter.

4. method according to claim 3 is characterized in that, also comprises:

Described RNC will distribute to the assistant service residential quarter but not receive the data of feedback transmission successful information, shift to be assigned in the Serving cell and transmit.

5. method according to claim 1, it is characterized in that, the activation/deactivation of certain subscriber equipment in the described residential quarter is designated as: the discontinuous transmission DRX activation/deactivation indication of certain subscriber equipment in the Serving cell that the base station under the Serving cell sends;

Described RNC notify described certain subscriber equipment in the second base station be activated/deexcitation is: described RNC sends indication information to the base station under the assistant service residential quarter, and the DRX of described certain subscriber equipment in base station under the indication assistant service residential quarter will be activated/deexcitation.

6. method according to claim 1 is characterized in that, described activation/deactivation indication is used to indicate carries out the activation/deactivation processing in the sector at described certain subscriber equipment place or all residential quarters in the base station.

7. the method for an activation/deactivation is applied in the multithread transmission situation between the base station, it is characterized in that, comprising:

Described UE carries out activation/deactivation and processes;

8. method according to claim 7 is characterized in that,

The activation/deactivation order of certain subscriber equipment in the described residential quarter is: the multithread transmission activation/deactivation order of certain subscriber equipment in the assistant service residential quarter;

Described UE notify described certain subscriber equipment in the second base station be activated/deexcitation is: described UE reporting channel quality indication CQI0 or CQI31 are to the base station under the Serving cell, and the described UE in base station under the indication Serving cell is activated/deexcitation in the multithread transmission of assistant service residential quarter.

9. method according to claim 8 is characterized in that, also comprises:

Described UE sends CQI0 or CQI31 all the time in the position of the CQI of up link High-Speed Dedicated Physical Control Channel HS-DPCCH carrying assistant service residential quarter; Perhaps,

The channel of UE change HS-DPCCH sends form.

10. method according to claim 8 is characterized in that,

The activation/deactivation order of certain subscriber equipment in the described residential quarter is: the discontinuous transmission DRX deexcitation/activation command of certain subscriber equipment in the Serving cell;

Described UE notify described certain subscriber equipment in the second base station be activated/deexcitation is: described UE reports CQI0 or CQI31 to the base station under the Serving cell, and the DRX of the described UE in base station under the indication Serving cell is deactivated/activates.

11. method according to claim 7 is characterized in that, described activation/deactivation order is used to indicate carries out the activation/deactivation processing in the sector at described certain subscriber equipment place or all residential quarters in the base station.

12. the method for an activation/deactivation is applied in the multithread transmission situation between the base station, it is characterized in that, comprising:

13. method according to claim 12 is characterized in that,

Described the first base station determines that initiation to the activation/deactivation of certain subscriber equipment in the residential quarter, comprising:

Base station under the Serving cell determines that initiation is to the multithread transmission activation/deactivation of certain subscriber equipment in the assistant service residential quarter;

Described the first base station notifies described certain subscriber equipment in the second base station to be activated/deexcitation by RNC or UE, comprising:

Base station under the Serving cell sends the activation/deactivation indication to RNC, so that the assistant service residential quarter at described certain the subscriber equipment place, base station under the described RNC indication assistant service residential quarter will be activated/deexcitation.

14. method according to claim 13, it is characterized in that, the indication of described RNC is so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, described activation/deactivation order sends form and transmitting channel quality indicator (CQI) 0 or CQI31 so that UE changes the channel of HS-DPCCH, and described method also comprises:

After base station under the Serving cell received the CQI0 or CQI31 of UE transmission, the channel that changes HS-DPCCH received form.

15. method according to claim 12 is characterized in that,

Base station under the Serving cell determines that initiation is to the activation/deactivation of the discontinuous transmission DRX of certain subscriber equipment in the Serving cell;

Base station under the Serving cell sends the activation/deactivation indication to RNC, so that the DRX of described certain subscriber equipment in base station under the described RNC indication assistant service residential quarter will be activated/deexcitation, and so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, CQI0 or CQI31 are processed and sent to described activation/deactivation order so that UE carries out the DRX activation/deactivation.

16. method according to claim 15 is characterized in that, also comprises:

Base station under the Serving cell starts timer after initiating activation/deactivation, so that receive the CQI0 or CQI31 of UE transmission within the time that timer is set after, carry out the DRX activation/deactivation and process.

17. method according to claim 12 is characterized in that,

Described method also comprises:

Transfer of data is arranged in base station under the Serving cell in DRX cycle non-gap time slot is with the DRX deexcitation, and perhaps, the described base station of Serving cell is carried out DRX and activated processing after initiating the DRX activation;

Base station under the Serving cell sends the activation/deactivation indication to RNC, so that the DRX of described certain subscriber equipment in base station under the described RNC indication assistant service residential quarter will be activated/deexcitation, and so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, described activation/deactivation order is so that UE carries out the processing of DRX activation/deactivation.

18. method according to claim 12 is characterized in that,

Base station under the assistant service residential quarter determines that initiation is to the multithread transmission activation/deactivation of certain subscriber equipment in the assistant service residential quarter;

Base station under the assistant service residential quarter sends the activation/deactivation order to UE, sends CQI0 or CQI31 so that UE receives the affiliated base station of the backward Serving cell of described activation/deactivation order; Perhaps,

Base station under the assistant service residential quarter sends the activation/deactivation indication to RNC, so that the assistant service residential quarter of described certain subscriber equipment in base station under RNC indication Serving cell activation/deactivation.

19. method according to claim 18 is characterized in that, the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, comprising:

Base station under the assistant service residential quarter is sent the data in the buffering after determining to initiate deexcitation, and sends the deexcitation order to UE; Perhaps,

Base station under the assistant service residential quarter is after determining to initiate activation, time opening HS-DPCCH by multithread transmission MF-Tx detects, and when arbitrary value that to detect CQI be CQI0 in the CQI30, perhaps, after detecting the channel format change of HS-DPCCH, send activation command to UE.

20. method according to claim 12 is characterized in that, described notice is used to indicate carries out the activation/deactivation processing in the sector at described certain subscriber equipment place or all residential quarters in the base station.

21. a radio network controller (RNC) is characterized in that, comprising:

22. RNC according to claim 21 is characterized in that, the activation/deactivation of certain subscriber equipment in the described residential quarter is designated as: the multithread transmission activation/deactivation indication of certain subscriber equipment in the assistant service residential quarter, and described sending module specifically is used for:

Send indication information to the second base station, indicate the multithread transmission of described certain subscriber equipment in the second base station in the assistant service residential quarter will be activated/deexcitation.

23. according to claim 21 or 22 described RNC, it is characterized in that, also comprise:

Processing module, be used for receiving the deexcitation indication that the first base station sends after, stop at described assistant service residential quarter and the data of this UE are sent but do not delete link between the base station under RNC and the assistant service residential quarter.

24. RNC according to claim 23 is characterized in that, described processing module also is used for:

To distribute to the assistant service residential quarter but do not receive the data of feedback transmission successful information, shift to be assigned in the Serving cell and transmits.

25. RNC according to claim 21, it is characterized in that, the activation/deactivation of certain subscriber equipment in the described residential quarter is designated as: the discontinuous transmission DRX activation/deactivation indication of certain subscriber equipment in the Serving cell that the base station under the Serving cell sends, and described sending module specifically is used for:

Base station under the assistant service residential quarter sends indication information, and the DRX of described certain subscriber equipment in base station under the indication assistant service residential quarter will be activated/deexcitation.

26. a user equipment (UE) is characterized in that, comprising:

27. UE according to claim 26 is characterized in that, the activation/deactivation order of certain subscriber equipment in the described residential quarter is: the multithread transmission activation/deactivation order of certain subscriber equipment in the assistant service residential quarter, and described sending module specifically is used for:

Reporting channel quality indication CQI0 or CQI31 are to the base station under the Serving cell, and the described UE in base station under the indication Serving cell is activated/deexcitation in the multithread transmission of assistant service residential quarter.

28. UE according to claim 27 is characterized in that, also comprises:

Reporting module sends CQI0 or CQI31 all the time for the position of carrying the CQI of assistant service residential quarter at up link High-Speed Dedicated Physical Control Channel HS-DPCCH; Perhaps, the channel of change HS-DPCCH sends form.

29. UE according to claim 27 is characterized in that, the activation/deactivation order of certain subscriber equipment in the described residential quarter is: the discontinuous transmission DRX deexcitation/activation command of certain subscriber equipment in the Serving cell, and described sending module specifically is used for:

Report CQI0 or CQI31 to the base station under the Serving cell, the DRX of the described UE in base station under the indication Serving cell is deactivated/activates.

30. a base station is characterized in that, described base station is the first base station, and described base station comprises:

31. base station according to claim 30 is characterized in that,

Described base station is the base station under the Serving cell;

Described initiation module specifically is used for: determine that initiation is to the multithread transmission activation/deactivation of certain subscriber equipment of assistant service residential quarter;

Described notification module specifically is used for: send the activation/deactivation indication to RNC, so that the assistant service residential quarter at described certain the subscriber equipment place, base station under the described RNC indication assistant service residential quarter will be activated/deexcitation.

32. base station according to claim 31, it is characterized in that, the indication of described RNC is so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, described activation/deactivation order sends form and transmitting channel quality indicator (CQI) 0 or CQI31 so that UE changes the channel of HS-DPCCH, and described base station also comprises:

The change module, after being used for receiving the CQI0 or CQI31 of UE transmission, the channel that changes HS-DPCCH receives form.

33. base station according to claim 30 is characterized in that,

Described base station is the base station under the Serving cell;

Described initiation module specifically is used for: determine that initiation is to the activation/deactivation of the discontinuous transmission DRX of certain subscriber equipment of Serving cell;

Described notification module specifically is used for: send the activation/deactivation indication to RNC, so that the DRX of described certain subscriber equipment in base station under the described RNC indication assistant service residential quarter will be activated/deexcitation, and so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, CQI0 or CQI31 are processed and sent to described activation/deactivation order so that UE carries out the DRX activation/deactivation.

34. base station according to claim 33 is characterized in that, also comprises:

The startup module is used for starting timer after initiating activation/deactivation, so that receive the CQI0 or CQI31 of UE transmission within the time that timer is set after, carries out the DRX activation/deactivation and processes.

35. base station according to claim 30 is characterized in that,

Described base station is the base station under the Serving cell;

Described initiation module specifically is used for: determine that initiation is to the activation/deactivation of the discontinuous transmission DRX of certain subscriber equipment of Serving cell; Described base station also comprises:

Processing module, the non-gap time slot that is used for arranging transfer of data is arranged in DRX cycle are with the DRX deexcitation, and perhaps, the described base station of Serving cell is carried out the DRX activation and processed after initiating the DRX activation;

Described notification module specifically is used for: send the activation/deactivation indication to RNC, so that the DRX of described certain subscriber equipment in base station under the described RNC indication assistant service residential quarter will be activated/deexcitation, and so that the base station under the described assistant service residential quarter sends the activation/deactivation order to UE, described activation/deactivation order is so that UE carries out the processing of DRX activation/deactivation.

36. base station according to claim 30 is characterized in that,

Described base station is the base station under the assistant service residential quarter;

Described notification module specifically is used for: send the activation/deactivation order to UE, send CQI0 or CQI31 so that UE receives the affiliated base station of the backward Serving cell of described activation/deactivation order; Perhaps, send the activation/deactivation indication to RNC, so that the assistant service residential quarter of described certain subscriber equipment in base station under RNC indication Serving cell activation/deactivation.

37. base station according to claim 36 is characterized in that, also comprises:

Command module is used for the data in the buffering being sent, and sending the deexcitation order to UE after determining to initiate deexcitation; Perhaps, after determine to initiate activating, detect by the time opening HS-DPCCH of multithread transmission MF-Tx, and when arbitrary value that to detect CQI be CQI0 in the CQI30, perhaps, after the channel format that detects HS-DPCCH changes, to UE transmission activation command.