WO2010145514A1 - Multi-carrier handoff method, system and device - Google Patents

Abstract

A multi-carrier handoff method is disclosed in the embodiment of the present invention, which includes that: a target base station receives configuration information of one or more source member carriers from a source base station; the target base station obtains incremental configuration information of whole configuration information of the target member carriers relative to the source member carriers; the target base station sends the incremental configuration information to a User Equipment (UE) via the source base station, so that the UE performs a parameter configuration on each of the target member carriers according to the incremental configuration information and performs handoff from the source base station to the target base station. In the embodiment of the present invention, the target base station obtains the incremental configuration information of each of the target member carriers relative to the source member carriers, and sends the incremental configuration information to the UE via the source base station, thus enables the UE to perform the parameter configuration for each of the target member carriers according to the incremental configuration information, so as to realize the multi-carrier handoff.

Description

 Method, system and device for multi-carrier switching

 ( ) submitted to the China Bureau of Trade, 2009 5 17 , 5 200910086679. X, "small switching method, system and device"

 (2) submitted to Zhongli Bureau, 200910162733.4, "Multi-Carrier Switching Method, System and Device" in 2009 8 12

 (3) In 2010 6 11 submitted to the China Council, 201010197490.0, "Methods, systems and devices for multi-carrier switching", the entire contents of which are incorporated herein by reference.

 Wood field

5 This paper deals with the field of communication wood, especially the methods, systems and devices for multi-carrier switching. Background

In PP TE (3d Ge eaoae hp oec og Te0 Evo o, third-generation partner) and earlier meta-communication systems, the medium-sized carrier only accommodates the carrier, and the carrier's maximum 2 z is in the TE system. Carrier, E (e Eq pe, user) On this carrier, first, the phase parameters of the carrier are E, so that all the E energy information and other specified carriers are fully configured. If more configuration is required, only the carrier increment (e) configuration is required, that is, only the configuration information E, E of the parameter that generated the 在 receives the parameter configuration information, and only the parameters contained therein are reconfigured, while others Parameters, no, special instructions, will be used before the configuration. E small switch, will put E is in the small configuration information interface message ring. It is necessary to compare the configuration information with small configuration information, and the partial (incremental) switching command is reversed, and then the air interface is E. As described in E, the switch command is received, the carrier configuration of the incremental configuration information is small, and the small to small handover is completed.

 In the GP TEAdva ced system, the downlink rate is required to be bp, and the uplink rate is up to 5 bp. If only the carrier with a maximum of 2 z is used, the rate is required. Therefore, the 3GPP TEAdva ced terminal can be used to include multiple carriers in the medium or to aggregate the multiple carriers, and the CA (C e Aggega o, carrier aggregation), the upcoming or non-connected multi-carrier (General carrier) is concentrated in the sheep carrier to meet the rate requirements, the same terminal. Under normal circumstances, the terminal can work under each carrier, and the maximum per carrier is not 2 z. The TE-A CA wood principle indicates that there are 4 carriers that can be aggregated under the TE-A system. It can be on the same 4 carrier and terminal to increase the rate.

 In multi-carrier switching, before the handover, the multi-aggregated carrier used in the carrier becomes "," and E is switched,

 The multi-aggregated carrier used is a carrier."

In the existing wood of the present invention, at least the following terminals of the TE-A system can use the same multi-carrier, so it is required to support the multi-carrier switching of E, that is, E is small multi-carrier, and the switch is small, and the multi-carrier can be the same. . However, at present, there is no wooden scheme for multi-carrier switching in the existing wood. Content The present invention provides a method, system and device for multi-carrier switching, and multi-carrier switching.

 This provides a method of multi-carrier switching.

 Receiving configuration information of the non-self or multiple carriers, the incremental configuration information of the complete configuration information of the carrier with respect to the carrier

 The destination configuration information of the incremental configuration information is such that the incremental configuration information of the root is configured as a carrier parameter configuration and a handover to the destination.

 This provides a multi-carrier switching system.

 , and E, where,

 Said, in the configuration information of the carrier or the carrier

 For the purpose of receiving the configuration of each carrier that is not from the foregoing, the incremental configuration information of the complete configuration information of each carrier into the carrier is the incremental configuration information of the station friend. E, Yu Gen does not change the configuration information from the destination to the carrier parameter configuration, and the handover.

 This is provided recently,

 Receiving sheep, receiving configuration information of not being self-contained or multi-carrier

 Incremental configuration information of the complete configuration information of the carrier formed by the carrier in each of the receiving sheep

 The sheep, in the incremental configuration information of the sheep, the station friend E, so that the incremental configuration information of the E root is configured as a carrier parameter.

 This is provided by users,

Sheep, incremental configuration information of the complete configuration information of the carrier phase into the carrier Switching the sheep, the incremental configuration information of the sheep in the root is configured as a carrier parameter and a switch to the destination.

 Compared with existing wood, this has the following

 In this case, each target is in the incremental configuration information of the carrier, and the incremental configuration information is set to the station friend, so that the root incremental configuration information is configured as a carrier parameter, and the multi-carrier switching is performed. Description

 1 is the schematic of CA wood principle

 2 is the method flow of multi-carrier switching in the present

 3 is the method flow of multi-carrier switching in the medium

 4 is the method flow of the multi-carrier switching in the medium

 5 is the method flow of the multi-carrier switching in the medium

 6 is the method flow of the multi-carrier switching in the medium

 7 is the method flow of multi-carrier switching in the medium

 8 is the method flow of the multi-carrier switching in the medium

 9 is the method flow ratio of multi-carrier switching in this

 10 is the integration of multi-carrier switching

 11 is the tenth. Hugh way

 In this case, the carrier is configured with the incremental configuration information of the carrier, and the configuration information is added to the station friend E, so that the E incremental configuration information is configured as a carrier parameter, and the multi-carrier switching is performed.

This method provides multi-carrier switching, as shown in Hugh 2, the following steps Step 201: Receive configuration information that is not self-mediated or multi-carrier.

 Step 202: The incremental configuration information of the complete configuration information of the carrier into the carrier.

 The incremental configuration information of the complete configuration information of the carrier phase into the carrier can receive the configuration information of the carrier that is not self-intermediate, and then the carrier is configured as the incremental configuration information of the complete configuration information of the carrier. Can

 Carrier. After receiving the configuration information of the multiple carrier that is not self-contained, it may be the incremental configuration information of the complete configuration information of the carrier corresponding to the carrier or the carrier carrier of the carrier.

 Incremental configuration information for the complete configuration information of the carrier relative to the carrier.

 In the case of Hugh, the incremental configuration information of the complete information of the carrier phase into the carrier can be closer to the carrier than the carrier, and all the carrier-forming carriers of the carrier are established, and the incremental configuration information of the carrier is established and the remaining carrier is established. Carrier,

 The incremental configuration information of the carrier.

 The carrier becomes equal to the carrier, and all the carriers of each carrier are established.

Each destination is the incremental configuration information of the carrier.

 The carrier becomes smaller than the carrier, and the carrier is formed into a carrier, and 吋

Each destination is the incremental configuration information of the carrier.

 Step 203: The incremental configuration information is set to the station friend E, and the root incremental configuration information is configured as a carrier parameter and

 Switch to .

Presented in the method provided herein, In the case, E is on the carrier 1, 2, 3 on the carrier, carrier 1 is the carrier, E needs to be switched to, as shown in Hugh 3, the following steps

 In step 301, information about the parameters of E, carrier 2, and carrier 3, and information of carrier 1 being the carrier are punctured.

 Step 302: Carry a carrier of each E.

 In this case, carrier 4, carrier 5 and carrier 6 work to carry each carrier of E.

 Step 303: Incremental configuration information of configuration information of each carrier with respect to the medium carrier. In this case, the incremental configuration information of carrier 4, carrier 5 and carrier 6 with respect to carrier 1 is required.

 The incremental parameter configuration information of carriers 4, 5, and 6 refers to information on the configuration of carrier 1 on carriers 4, 5, and 6. For example, when the measurement 9 in the measurement configuration information of the carrier 4 is different, the incremental parameter configuration information of the carrier 4 includes the measurement 9 of the carrier 4, and the information of the carrier 1 with the same parameter configuration on the carrier 4 is not increased. In the quantity parameter configuration information, for example, the P SC (hy c ow Sh ed Cha e) configuration information carrier 1 in the physical configuration of the carrier 4 is the same, and the carrier parameter of the incremental parameter configuration information of the carrier 4 does not include the carrier. 4 PDSC configuration information.

 Step 304: Incremental configuration information of each destination carrier

 .

 In this case, carrier 4, carrier 5 and carrier 6 need to be associated with carrier increment configuration information E. For the rest, the RRC command shown in Table 1 will increment the configuration information.

 1

 Configuration information

 Carrier 4 carrier 4 incremental configuration information for carrier 1

Carrier 5 carrier 5 incremental configuration information for carrier 1 Carrier 6 carrier 6 incremental configuration information for carrier 1

 Step 305, the incremental configuration information that is not from the air interface E

 Step 306, E incremental configuration information is configured to be a carrier parameter configuration, and the handover is completed.

 In this case, E requires carrier 4, carrier 5, and carrier 6 to phase 1 the incremental configuration information carrier 4, carrier 5, and carrier 6 parameter configuration, and E does not exist in the incremental configuration information of carrier 4, carrier 5, and carrier 6. The parameters appearing are the same parameters as carrier 1, and the parameters will be configured according to the parameters of carrier 1.

 In this case, each target carrier is configured with the incremental configuration information of the carrier wave, and the configuration information of the station is increased, so that the E root incremental configuration information is configured as a carrier parameter, and the multi-carrier switching is performed.

 In the method provided by this, in the present, E, multi-carrier on carrier 1, 2, 3, E needs to be switched to, shown in Hume 4, the following step 401, E will be on carrier 1, carrier 2 and The parameter configuration information of carrier 3 is passed through the ring.

 Step 402: Carry each carrier of E and switch the carrier.

 In this case, carrier 4, carrier 5 and carrier 6 work to carry the carriers of each E, and carrier 2 switches the carrier.

 Step 403: Incremental configuration information of the complete configuration information of each carrier with respect to the switching carrier. In this case, the incremental configuration information of carrier 4, carrier 5 and carrier 6 with respect to carrier 2 is required.

 Step 404, incremental configuration information of each target carrier

. In this case, the carrier configuration information E of the carrier 4, the carrier 5, and the carrier 6 on the carrier 2 is required. Hugh, the RRC order shown in Table 2 will be incremental configuration information.

 2

 Configuration information

 Carrier 4 carrier 4 incremental configuration information for carrier 2

 Carrier 5 carrier 5 incremental configuration information for carrier 2

 Carrier 6 carrier 6 incremental configuration information for carrier 2

 Step 405: The incremental configuration information is not obtained from the air interface step 406, and the incremental configuration information is configured as a carrier parameter to complete the handover.

 In this case, E requires carrier 4, carrier 5, and carrier 6 to phase 2 the incremental configuration information carrier 4, carrier 5, and carrier 6 parameter configuration, and E does not exist in the incremental configuration information of carrier 4, carrier 5, and carrier 6. The parameters appearing are the same parameters as carrier 2, and in the parameter, E will be configured according to the parameters of carrier 2.

 In this case, each target carrier is configured with the incremental configuration information of the wave, and the configuration information station A is incrementally configured, so that the E root incremental configuration information is configured as a carrier parameter, and multi-carrier switching is performed.

 In the method provided by the present invention, E, the multi-carrier on the carrier 1, 2, 3, E needs to be switched to, the carrier of each E is greater than the carrier, as shown by the rest 5, including the following steps

Step 501: The parameter configuration information of E on carrier 1, carrier 2, and carrier 3 is ring-by-wire. Step 502, carrying each carrier.

 In this case, carrier 4, carrier 5, carrier 6 and carrier 7 are forced to carry each carrier.

 Step 503: Establish 增量, 吋 part of the carrier into the carrier, and add the incremental configuration information of the carrier.

 In this case, carrier 1, carrier 2 and carrier 3 carrier 4, carrier 5, carrier 6 and carrier 7 carrier are established, for example, (carrier 1, carrier 4), (carrier 2, carrier 5), (carrier 3, carrier 6) However, the incremental configuration information of the carrier 4 is generated in the configuration of the carrier 1, the incremental configuration information of the carrier 5 is generated in the configuration of the carrier 2, and the incremental configuration information of the carrier 6 is generated in the configuration of the carrier 3.

 Step 504: Establish incremental configuration information of the remaining carrier into a carrier.

 In this example, any one of the carrier 7 carrier 1, the carrier 2 or the carrier 3 is established, for example, the carrier 7 carrier 1 is established, and the carrier 7 is added to the carrier 1 incremental configuration information.

 Step 505, incremental configuration information of each destination carrier

 .

 In this case, it is necessary to set the carrier 4 phase to the carrier 1 increment information, the carrier 5 phase to the carrier 2 incremental configuration information, the carrier 6 phase to the carrier 3 incremental configuration information, and the carrier 7 phase to the carrier 1 increment. Configuration information

 For the rest, the RRC order shown in Table 3 will be incrementally configured.

 3

 Configuration information

Carrier 4 Carrier 1 Carrier 4 Incremental Configuration Information for Carrier 1 Carrier 5 Carrier 2 Carrier 5 Incremental Configuration Information for Carrier 2 Carrier 6 Carrier 3 Carrier 6 Incremental Configuration Information for Carrier 3 Carrier 7 Carrier 1 Carrier 7 In the incremental configuration information of carrier 1, in step 506, the non-incremental configuration information air interface step 507, E incremental configuration information is configured as a carrier parameter, and the completed handover is completed.

 In this case, E requires carrier 4, carrier 5, carrier 6 and carrier 7 with respect to carrier 1, carrier 2, carrier 3 and carrier 1 incremental configuration information carrier 4, carrier 5, carrier 6 and carrier 7 parameter configuration.

 In this case, each target carrier is in the incremental configuration information of the carrier wave, and the incremental configuration information is sent to the station friend E, so that the E incremental configuration information is configured as a carrier parameter, and the multi-carrier switching is performed.

 In the method provided by this method, the multi-carriers on the carriers 1, 2, and 3 of the present, E, E, and E need to be switched to, the carrier of each E is greater than the carrier, as shown in Hugh 6, the following steps

 In step 601, the parameter configuration information of E on carrier 1, carrier 2, and carrier 3 is circulated.

 Step 602, carrying each carrier of E.

 In the present, carrier 4, carrier 5, carrier 6 and carrier 7 act as bearers for each of E.

 Step 603: Establish 增量, 吋 part of the carrier into the incremental configuration information of the carrier.

In this case, carrier 1, carrier 2 and carrier 3 carrier 4, carrier 5, carrier 6 and carrier 7 carrier are established, for example, (carrier 1, carrier 4), (carrier 2, carrier 5), (carrier 3, carrier 6), of course, the carrier 1 configuration generates carrier 4 incremental configuration information, and the carrier 2 configuration generates carrier 5 The incremental configuration information generates the incremental configuration information of the carrier 6 in the configuration of the carrier 3.

 Step 604, the remaining configuration information of the carrier. In this case, full configuration information of carrier 7 is required. In step 605, the configuration information of each carrier is set. In this case, the carrier 4 needs to be configured with the incremental configuration of the carrier, the incremental configuration information of the carrier 5 with respect to the carrier 2, the incremental configuration information of the carrier 6 with respect to the carrier 3, and the complete configuration information of the carrier 7. Hugh,

 The incremental configuration information can be RRC ordered as shown in Table 4 4

 Configuration information

 Carrier 4 Carrier 1 Carrier 4 Incremental configuration information on Carrier 1 Carrier 5 Carrier 2 Carrier 5 Incremental configuration information on Carrier 2 Carrier 6 Carrier 3 Carrier 6 Incremental configuration information on Carrier 3 Carrier 7 Complete configuration information for Carrier 7 Step 606: The non-self-configured information air interface step 607, the configuration information is configured as a carrier parameter, and the completed handover is performed.

 In this case, E requires carrier 4, carrier 5, carrier 6 with carrier 1, carrier 2, carrier 3 incremental configuration information carrier 4, carrier 5, carrier 6 parameter configuration, carrier 7 complete configuration information carrier 7 parameter configuration.

 In this case, each target carrier is configured with the incremental configuration information of the carrier wave, and the configuration information of the station is increased, so that the E root incremental configuration information is configured as a carrier parameter, and the multi-carrier switching is performed.

In the method provided by the present invention, E, multicarrier on carrier 1, 2, 3, E The carrier to be switched to, the carrier of each bearer is equal to the carrier, as shown in Hugh 7, the following steps

 In step 701, the information of E is set to the parameters of carrier 1, carrier 2, and carrier 3.

 Step 702, carrying each carrier of E.

 In this case, carrier 4, carrier 5 and carrier 6 work to carry each carrier of E.

 In step 703, all the carriers of each of the target carriers are set up, and the incremental configuration information of each target carrier is established.

 In this case, carrier 1, carrier 2 and carrier 3 carrier 4, carrier 5, carrier 6 and carrier 7 carrier are established, for example, (carrier 1, carrier 4), (carrier 2, carrier 5), (carrier 3, carrier 6) However, the incremental configuration information of the carrier 4 is generated in the configuration of the carrier 1, the incremental configuration information of the carrier 5 is generated in the configuration of the carrier 2, and the incremental configuration information of the carrier 6 is generated in the configuration of the carrier 3.

 Step 704, adding incremental configuration information of each target carrier

 .

 In this case, it is necessary to add carrier 4 to carrier 1 increment information, carrier 5 to carrier 2 incremental configuration information, and carrier 6 to carrier 3 incremental configuration information E. For the rest, the RRC command shown in Table 5 will increment the configuration information.

 5

 Configuration information

Carrier 4 Carrier 1 Carrier 4 Incremental configuration information on Carrier 1 Carrier 5 Carrier 2 Carrier 5 Incremental configuration information on Carrier 2 Carrier 6 Carrier 3 Carrier 6 Incremental configuration information on Carrier 3 Step 705, will not be air interface E

 Step 706, E incremental configuration information is configured to be a carrier parameter configuration, and the handover is completed.

 In this case, E requires carrier 4, carrier 5 and carrier 6 to phase 3, carrier 2 and carrier 3 incremental configuration information carrier 4, carrier 5 and carrier 6 parameter configuration, E on carrier 4, carrier 5 and carrier 6 The parameters that do not appear in the incremental configuration information are the same for each carrier.

 In this case, each target carrier is in the incremental configuration information of the carrier wave, and the incremental configuration information is sent to the station friend E, so that the E incremental configuration information is configured as a carrier parameter, and the multi-carrier switching is performed.

 In the method provided by this method, the multi-carriers on the carriers 1, 2, and 3 of the present, E, E, and E need to be switched to, the carrier of each E is smaller than the carrier, as shown in Fig. 8, the following steps

 In step 801, the parameter configuration information of E on carrier 1, carrier 2, and carrier 3 is circulated.

 Step 802, carrying each carrier of E.

 In this case, carrier 4 and carrier 5 work hard to carry each carrier of E.

 Step 803, establishing 增量, 增量 each of the target carrier components into carrier incremental configuration information.

 In this example, a carrier carrier 4 carrier 5 in carrier 1, carrier 2, and carrier 3 is established, (carrier 1, carrier 4), (carrier 2, carrier 5), and carrier 4 is generated in the configuration of carrier 1. The incremental configuration information generates the incremental configuration information of the carrier 5 in the configuration of the carrier 2.

Step 804, adding incremental configuration information of each destination carrier .

 In this case, the incremental configuration information of carrier 4 to carrier 1 and the incremental configuration information of carrier 5 to carrier 2 are required. For the rest, the RRC command shown in Table 6 will increment the configuration information.

 6

 Configuration information

 Carrier 4 Carrier 1 Carrier 4 Incremental configuration information for Carrier 1 Carrier 5 Carrier 2 Carrier 5 Incremental configuration information for Carrier 2 Step 805, Incremental Configuration Information Not Available

 Step 806, E increments the configuration information into a carrier parameter, and completes the handover.

 In this case, E requires carrier 4 and carrier 5 to phase 3 and carrier 2 incremental configuration information carrier 4 and carrier 5 parameter configuration, and E does not appear in carrier 4 and carrier 5 incremental configuration information. the same.

 In this case, each target carrier is in the incremental configuration information of the carrier wave, and the configuration information station A is incrementally configured, so that the E root incremental configuration information is configured as a carrier, and multi-carrier switching is performed.

 In the method provided by this method, in the present, E, the carrier on carriers 1, 2, 3, E needs to be switched to, shown in Hume 9, the following step 901, the rule is 1 carrier in the carrier ( l , the carrier), the parameter configuration information of the carrier is passed through the ring.

In this case, the parameter configuration information of the carrier 2 is passed. Step 902, carrying a carrier of each E.

 In this case, carrier 4, carrier 5 and carrier 6 work hard to carry the carrier of each E.

 Step 903: Incremental configuration information of complete configuration information of each carrier that is not self-carrier. In this case, the incremental configuration information of carrier 4, carrier 5 and carrier 6 with respect to carrier 2 is required.

 Step 904, incremental configuration information of each target carrier

 .

 In this case, carrier 4, carrier 5, and carrier 6 need to be associated with the incremental configuration information of carrier 2. Hugh, you can increase the configuration information by the RRC command shown in Table 7.

 7

 Configuration information

 Carrier 4 Carrier 4 Incremental Configuration Information for Carrier 2 Carrier 5 Carrier 5 Incremental Configuration Information for Carrier 2 Carrier 6 Carrier 6 Incremental Configuration Information for Carrier 2 Step 905, the incremental configuration information is not taken from the air interface step 906 , E Incremental configuration information is configured for each carrier parameter, and the completed handover is completed.

 In this case, E requires carrier 4, carrier 5, and carrier 6 to phase 2 the incremental configuration information carrier 4, carrier 5, and carrier 6 parameter configuration, and E does not exist in the incremental configuration information of carrier 4, carrier 5, and carrier 6. The same parameter of parameter carrier 2 appears, and the parameter E will be configured according to the parameters of carrier 2.

 This provides a multi-carrier switching system, shown at 10, 1001, 1002, and E 003, where

1001, on the 1002 or more carrier Configuration information.

 1002. In order to receive the configuration information of each carrier that is not from 1001, the configuration information of the complete configuration information of each carrier with respect to the carrier is incremental configuration information 1001 0

 Hugh, 1002, an incremental configuration information of the complete configuration information of the carrier in which each carrier is in the carrier phase, or each of the carrier-intermediate carriers, and an incremental configuration information of the complete configuration information of the carrier in which each carrier is phase-to-carrier, The carrier becomes larger than the carrier, and all the carriers that form the carrier into the carrier are established.

 增量 Partially into the incremental configuration information of the carrier, establishing the residual carrier into a carrier, and the incremental configuration information of the remaining carrier is equal to the carrier, establishing all the carriers of each carrier, and increasing the carrier of each destination. The quantity configuration information becomes less than the carrier, and the frame configuration of each of the carrier components is established, and the incremental configuration information of each target carrier is established.

 E 003, Yu Gen The incremental configuration information from 1002 is changed to carrier parameter configuration, to switch.

 In this case, each target carrier is configured with the incremental configuration information of the carrier wave, and the configuration information of the station is increased, so that the E root incremental configuration information is configured as a carrier parameter, and the multi-carrier switching is performed.

 Ben 10 provides, as shown in Figure 11, inserting sheep 1101, sheep 1102 and sheep 1103, of which

 Receiving sheep 1101, receiving configuration information of not being self-contained or multi-carrier

Sheep 1102, incremental configuration information of the complete configuration information of the carrier formed by the receiving carrier 1001 in each target carrier phase 1001 In the sheep 1103, the incremental configuration information of the sheep 1102 is stationed, and the root incremental configuration information is configured as a carrier parameter.

 Wherein, if the receiving sheep 1101 receives the configuration information of the carrier carrier that is not self, then the sheep 1102, rests,

 The incremental configuration information of the complete configuration information of the carrier with respect to the carrier.

 Wherein, if the receiving sheep 1101 receives the configuration information of the multi-carrier not obtained, the sheep 1102, rests,

 Incremental configuration information of the complete configuration information of each carrier corresponding to the carrier or

 Each of the carrier carriers is an intermediate carrier, and each of the destinations is an incremental configuration information of the complete configuration information of the carrier.

 Wherein, if the receiving sheep 1101 receives configuration information of the multi-carrier that is not self-contained, and the carrier becomes greater than the carrier, the sheep 1102, rests,

 Establish part of the carrier's 吋, 吋 part of the carrier's incremental configuration information

 Establishing the remaining carrier into a carrier,

 The incremental configuration information of the carrier.

 Wherein, if the receiving sheep 1101 receives the configuration information of the multi-carrier that is not self-contained, and the carrier becomes equal to the carrier, the sheep 1102, rests,

 增量 成 吋 所有 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成

 Wherein, if the receiving sheep 1101 receives the configuration information of the multiple carrier that is not self-contained, and the carrier becomes smaller than the carrier, the sheep 1102, rests,

Establishing a carrier for each carrier component into a carrier, 增量 Incremental configuration information for each carrier.

 In this case, each target carrier is in the incremental configuration information of the carrier wave, and the incremental configuration information is stationed, so that the root incremental configuration information is configured as a carrier parameter, and multi-carrier switching is performed. This ten provides users,

 Sheep, the incremental configuration information of the complete configuration information of the carrier into the carrier.

 Switching the sheep, the incremental configuration information of the root sheep is configured as the carrier parameter configuration and the switch to .

 In the case that the configuration information of the carrier carrier is not received, the incremental configuration information of the carrier is the incremental configuration information of the carrier's complete configuration information of the carrier.

 In the case of the received carrier configuration information, the incremental configuration information of the sheep is the incremental configuration information of the complete configuration information of the carrier corresponding to the carrier.

 In the case that the configuration information of the multi-carrier is not received, the incremental configuration information of the sheep arrives as the incremental configuration information of the complete configuration information of the carrier with the carrier phase, or the carrier phase is formed in the multiple carrier. Incremental configuration information for the complete configuration information of the carrier.

 After receiving the configuration information of the multi-carriers that are not self-contained, and the carrier is larger than the carrier, all the incremental configuration information of the arrival of the carrier is the incremental configuration information of the part of the carrier, and the carrier is established. Incremental configuration information of the remaining carrier.

After receiving the configuration information of the multi-carrier that is not self-contained, and the carrier is larger than the carrier, the sheep arrives The delta configuration information is all the incremental configuration information of the carrier-generated part of the carrier, and the complete configuration information of the remaining carrier.

 In the case that the configuration information of the multiple carriers that are not self-received is received, and the carrier is equal to the carrier, the incremental configuration information of all the carriers is established as the incremental configuration information of each target carrier.

 In the case that the configuration information of the multiple carriers that are not self-received is received, and the carrier is smaller than the carrier, the incremental configuration information of the sheep is the incremental configuration information of each target carrier of the carrier establishment.

 In this case, each target carrier is in the incremental configuration information of the carrier wave, and the incremental configuration information is stationed, so that the root incremental configuration information is configured as a carrier parameter, and multi-carrier switching is performed.

 The description of the above methods, the wood in this field can clearly understand the way to use the common hardware platform necessary for the software, but also the hardware, but in many cases the former is a better way. Under the understanding that the form of the software is not available, the software is stored in the storage

 A number of instructions are used to cause each of the methods (which may be, each, or the like) to perform the methods described herein.

 The wood in this field can be understood as just a schematic, medium or process is not required. The descriptions are distributed in the device and can also be phased in different media or devices. The above can be combined with wells, or it can be divided into multiple mesons.

The above description is not representative. Above the liters of the power of the Hugh, but this non Here,

Claims

Claim 1. A method of multi-carrier switching, which is characterized in that  The eye cup receives the configuration information of the carrier or the multiple carrier. The destination configuration of the carrier is the incremental configuration information of the complete configuration information of the carrier.  The destination configuration information of the incremental configuration information is such that the incremental configuration information of the root is configured as a carrier parameter configuration and a handover to the destination.  2. The method of claim 1, wherein, if the configuration information of the carrier carrier is not received, the destination is Incremental configuration information of the complete configuration information of the carrier into the carrier,  The target configuration is incremental configuration information of the complete configuration information of the carrier.  3. The method of claim 2, wherein the carrier is a carrier wave.  4. The method of claim 1, wherein if the configuration information of the multi-carrier is not received, the destination is Incremental configuration information of the complete configuration information of the carrier into the carrier,  The incremental configuration information of the complete configuration information of the carrier corresponding to the carrier or  The destination carrier is a carrier, and the incremental configuration information of the complete configuration information of the carrier corresponding to the carrier wave.  5. The method of claim 1, wherein if the configuration information of the multi-carrier is not received, and the carrier is greater than the carrier, the destination carrier is incremented by the complete configuration information of the carrier. Configuration information, The target establishes a part of the carrier into all carriers, and the part of the carrier is an incremental configuration letter of the carrier. The objective is to establish incremental configuration information of the remaining carrier into a carrier.  6. The method according to claim 1, wherein, if the configuration information of the multi-carrier not obtained is received, and the carrier is greater than the carrier, the incremental configuration of the complete carrier of the destination carrier into the carrier is configured. Information,  The target establishes an incremental configuration of all carriers into 载波, 吋 part of the carrier.  Said method, near  Full configuration information of the carrier, the complete configuration information of the station friend E, the E root, the complete configuration information, the remaining carrier parameter configuration, and  Switching.  7. The method according to claim 1, wherein, if the configuration information of the multi-carrier formed is not received, and the carrier is equal to the carrier, the incremental configuration of the complete carrier of the destination carrier into the carrier is configured. Information,  The target establishes the incremental configuration information of all the carriers of each of the carriers into the carrier. 8. The method according to claim 1, wherein, if the configuration information of the multi-carrier formed is not received, and the carrier is smaller than the carrier, the target carrier is incrementally configured with the complete configuration information of the wave. Information,  The target establishes the incremental configuration information of each carrier into a carrier, and the target carrier. 9. The system of multi-carrier switching, which is characterized by, , and E, where The configuration information of the friend or the multi-carrier to the target station  The destination information is received by the configuration information of each carrier that is not from the carrier, and the incremental configuration information of the complete carrier configuration information of the carrier is formed by the carrier.  In the above, the incremental configuration information of the root is not configured as the carrier parameter configuration, and the switching to the destination.  10, its special feature is that  Receiving sheep, receiving configuration information of not being self-contained or multi-carrier  Incremental configuration information of the complete configuration information of the carrier formed by the carrier in each of the receiving sheep  Sheep, in the incremental configuration information of the sheep, the station friend E, so that the incremental configuration information of the E root  Parameter configuration.  11. The method of claim 10, wherein, if the receiving sheep receives configuration information of the carrier carrier that is not self-contained, the sheep, rests,  Each of the destinations is configured with information about the complete configuration information of the carrier.  12. The method of claim 10, wherein, if the receiving sheep receives configuration information of the multi-carrier that is not self-contained, the sheep, rests,  Incremental configuration information of the complete configuration information of each carrier corresponding to the carrier or  Each of the carrier carriers is an intermediate carrier, and each of the destinations is an incremental configuration information of the complete configuration information of the carrier. 13. The method of claim 10, wherein the receiving sheep receives the configuration information of the multi-carrier not obtained, and the carrier is formed. If it is greater than the carrier, then the sheep, rest, establish part of the carrier into the carrier 吋, 吋 part of the carrier's incremental configuration information  Establishing the remaining carrier into a carrier,  The incremental configuration information of the carrier.  14. The method according to claim 10, wherein, if the receiving sheep receives the configuration information of the multi-carrier that is not self-contained, and the carrier becomes equal to the carrier, the sheep, rests,  增量 成 吋 所有 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成 成  15. The method according to claim 10, wherein, if the receiving sheep receives the configuration information of the multi-carrier that is not self-contained, and the carrier is smaller than the carrier, the sheep, rests,  增量 各 吋 建立 部分 建立 建立 建立 建立 建立 建立 建立 建立 建立 建立 建立 增量 增量 增量 增量 增量 增量 增量 增量 增量 增量  16, each user, its special feature is that  Incremental configuration information of the complete configuration information of the carrier and the carrier  Switching the sheep, the incremental configuration information of the sheep in the root is the carrier parameter configuration and the switching to .  17. The user of claim 16, wherein the incremental configuration information of the sheep arrives at a complete configuration of the carrier phase in the case of receiving configuration information of the carrier that is not self-contained. Incremental configuration information for information.  18. The user of claim 17, wherein, in the case of the received carrier configuration information, the incremental configuration information of the sheep is an increment of the carrier's complete configuration information of the carrier. Configuration information. 19. The user described in claim 16 is characterized in that In the case that configuration information of the multi-carrier is not received, the incremental configuration information of the sheep into the incremental configuration information of the carrier's complete configuration information of the carrier, or the carrier phase is in the mesh The incremental configuration information of the complete configuration information of the inter-carrier in the multi-carrier.  20. The user of claim 16 is characterized in that, in the case that the configuration information of the multi-carrier formed is not received, and the carrier is greater than the carrier, all the incremental configuration information of the sheep is established. The part of the frame is the incremental configuration information of the carrier, and the incremental configuration information of the remaining carrier of the carrier is established.  21. The user of claim 16, wherein, in the case that the configuration information of the multi-carrier formed is not received, and the carrier is greater than the carrier, all the incremental configuration information of the sheep is established as a carrier. The part of the 成 is the incremental configuration information of the carrier, and the complete configuration information of the remaining carrier.  22. The user of claim 16 is characterized in that, in the case that the configuration information of the multi-carrier not obtained is received, and the carrier is equal to the carrier, all the incremental configuration information of the sheep is established as a carrier. The incremental configuration information of each target carrier.  23. The user of claim 16, wherein the incremental configuration information of the sheep is formed into a carrier when the configuration information of the multi-carrier is not received, and the carrier is smaller than the carrier. The incremental configuration information of each target carrier.