WO2010145221A1

WO2010145221A1 - Method for transmitting multi-carrier configuration information and method for allocating auxiliary carriers

Info

Publication number: WO2010145221A1
Application number: PCT/CN2010/070834
Authority: WO
Inventors: 李楠; 陈玉芹; 关艳峰; 鲁照华; 吕开颖
Original assignee: 中兴通讯股份有限公司
Priority date: 2009-06-16
Filing date: 2010-03-02
Publication date: 2010-12-23
Also published as: CN101925130A

Abstract

A method for transmitting multi-carrier configuration information and a method for allocating auxiliary carriers are disclosed by the invention. The method for allocating auxiliary carriers includes that: a terminal obtains multi-carrier configuration information sent from a base station; the terminal and the base station notify basic multi-carrier ability to each other; the terminal and the base station notify concrete multi-carrier ability to each other and the base station allocates auxiliary carriers for the terminal. The invention enables a terminal to carry out multi-carrier communication when a base station supports multi-carrier, and the invention also enables the auxiliary carrier allocation in a multi-carrier system.

Description

Multi-carrier

The carrier-wood domain is a carrier-allocation method involving the multi-carrier configuration information. Background wood In the wood, the 802 6 system is the 802 6e system. The 802 system is multi-ogo a e e so so.

The sheep's rest control edaAccessCo o AC) control package more physical sca P case in P package, 2 . There are different examples of 5 z 2 z 2 z superstitions for the band or not. In the 802 series, sheep and children

2 is shown. The same length of the resources of the same amount of Se ea ) 20 from 4 5 sheep of the same length a sheep containing 8 meson S bae S ). S eae ead S) is the first sub-sub-group with the ability to divide the main a S ) and Seco da S ). In the pre-sequence and pre-view sequence A a ced ea be A- ea be 802 6 system, all the synchronous, multi-and sheep control information is involved in the multi-carrier and its carrier in the medium or multi-configuration carrier Co fg ed ca e ) The information of the operation and the matching carrier P a Co fg edCa e ) containing all or more of the control include all the controls under the support. The carrier is fully configured to configure the carrier to serve as the carrier of the terminal. In the medium-sized terminal, the terminal ob e S o S ) is only used to control the operation example in which the control information of the physical and rest control is mainly used for the control S. Medium or multi-carrier In order to have a carrier carrier, it is a specific command and then S is assigned to each carrier. In addition, the carrier can support the control commands of multi-carrier operation. For the multi-carrier supporting terminal, the following operation mode carrier aggregation and carrier characteristics are determined. The carrier aggregation refers to the control information carrier in which the terminal carrier maintains physical connection monitoring. Specifically, the indication information of the terminal is physically connected from the primary carrier to the carrier at the carrier connected terminal in the primary carrier. If multi-carrier operation is supported, that is, the multi-carrier configuration information necessary for the multi-carrier operation can be communicated in the multi-carrier mode under the configuration of the multi-configuration carrier and the partial configuration carrier. A larger amount or a higher amount of multi-carrier configuration information is required for a terminal supporting multi-carrier operation to allocate a carrier. In the current multi-carrier system, the wooden scheme of not including the multi-carrier configuration information of the terminal is based on the multi-carrier configuration information of the terminal and the carrier allocated by the terminal, and the terminal is in the next multi-carrier communication.

The method has a method for allocating multi-carrier configuration information. The carrier allocation method is used to solve the problem that the terminal is in the next multi-carrier communication due to the terminal multi-carrier configuration information and the carrier that is allocated by the terminal. This method provides multi-carrier configuration information. The method for multi-carrier configuration information includes a multi-carrier configuration information of a control channel and/or a management message to a terminal core, wherein the multi-carrier configuration information packet is at least a multi-carrier configuration mode, a configured medium or a multi-carrier object, Medium, /carrier, carrier, mode, pre-sequence, whether subcarrier operation is supported to preserve subcarrier configuration information. Another aspect of the present invention provides a carrier allocation method. The carrier allocation method of the carrier includes multi-carrier configuration information terminal of the terminal to exchange basic multi-carrier capability terminal interaction multi-carrier capability The terminal allocates a carrier. At least the scheme control channel and/or the multi-carrier configuration information of the management message to the terminal core, the multi-carrier configuration information of the terminal, the multi-carrier configuration information of the terminal, the carrier is allocated by the base, and the terminal is under the terminal due to the terminal multi-carrier configuration information. A copy of multi-carrier communication is allocated by carriers in a multi-carrier system. Other special features of this book will be made clear in the Ming and Qing dynasty. The purpose of this and the specifics, requirements, and special mentions in this article are not met. The steps that are not mentioned in this paragraph are understood to be part of the original one. In the medium-force phase, the 802 6 is based on the multi-carrier system of the OA wood. The two-carrier configuration information method of the 802 6-series is illustrated in the multi-carrier configuration information method of the present invention. The carrier configuration information method indicates that the present multi-carrier configuration information method indicates the flow of the current carrier allocation method. The multi-carrier configuration information of the terminal supporting multi-carrier operation supporting multi-carrier operation requires the terminal to allocate a carrier terminal to perform communication in the next multi-carrier. Because of the multi-carrier configuration information The carrier allocation method. In the control channel and/or management message to the terminal core, the multi-carrier configuration information is obtained by the terminal.

Multi-carrier configuration information. In addition, the basic multi-carrier capability and the multi-carrier capability of the multi-carrier capability terminal and the multi-carrier capability terminal are allocated in the terminal to allocate the carrier. In the absence of love, the special ones in this book. The following conclusions

The Yuming Reconciliation is not used for the final version. The method of multi-carrier configuration information is first introduced to the multi-carrier configuration information to the terminal core. The method of the multi-carrier configuration information is based on the multi-carrier configuration information of the control channel and/or management message to the terminal core, and the management message is a control message of the system or the terminal. The multi-carrier configuration information management message in the system and system configuration information including the control structure of the multi-carrier configuration information packet to the terminal multi-carrier configuration information packet base multi-carrier configuration information in the management of the inclusion system and system configuration information In the message, the multi-carrier configuration information can be used as a management message/ sheep. The multi-carrier configuration information method in the multi-carrier configuration information of the present-end terminal core in the system and system configuration information including the following method-based method is used in the management message of the inclusion system and the configuration information. Terminal method to multi-carrier configuration information in multi-carrier configuration message

Method of multi-carrier configuration information in multi-carrier configuration message sheep In the God method, a message is configured to the terminal multi-carrier to configure a message to the terminal multi-carrier in the message of the receiving terminal. The following describes the method of the village separately.

The method uses the method to configure the multi-carrier configuration information to the terminal. The multi-carrier configuration information is in the middle of the multi-carrier configuration information to act as the reference or sub-in the master. The multi-carrier configuration information is used to force the sub-carrier configuration information to work as a meson to participate in the / / and so on. In the system information containing the multi-carrier configuration information, the period of which is a predetermined period of the fixed-cycle terminal, or the information indicating the sub-scheduled information, in the system information of the terminal, includes the sub-period of the multi-carrier configuration information. And the multi-carrier configuration information obtained in the nucleus.

Method Method Multi-carrier configuration information Multi-carrier configuration information In the management message containing the system and system configuration information

Indicates to the terminal the management message containing the system and configuration information. The multi-carrier configuration information is used to force the management information of the system and the configuration information of the system. e e e ) to manage the message parameters or force management message coding parameters

e / e g / . Coding). In the example of the multi-carrier configuration information in the method and method, it is shown in the table.

Size bit)

Carrier target carrier number + ten

The method is described in the manner of multi-carrier configuration information, multi-carrier configuration information in the multi-carrier configuration message, multi-carrier configuration message in the manner of the terminal. The multi-carrier configuration message is described in the fixed or branched period of the rest. The period of the fixed or branch is the pre-agreed value of the terminal or the period. Terminal Multi-carrier configuration Message period Multi-carrier configuration message Receive.

The method in the method, the multi-carrier configuration information in the multi-carrier configuration message, the multi-carrier configuration message force management message is terminated in the manner of a sheep. In the method, the multi-carrier configuration message to the terminal sheep or the message of the terminal to the multi-carrier configuration information is applied to the multi-carrier configuration message of the terminal sheep in the message of the receiving terminal. In the mode, the terminal receives the multi-carrier configuration message to indicate to the media information that the terminal has received the multi-carrier configuration information, and the content packet is not encoded, encoded, or the like. In the suspension of the terminal multi-carrier configuration message, the terminal uses the mediator and the mediator to terminate the message in the messenger and the multi-carrier configuration message received in the terminal, and the message is no longer the message terminal. The carrier configuration information is whether the terminal re-send message receives the un-multi-carrier configuration message if the terminal multi-carrier operation juice arrives. If the multi-carrier configuration information is received by the device and the pre-terminal, the terminal operates in a multi-carrier phase. The mode of the multi-carrier configuration information in the following manner is a management message, that is, the mode of the multi-carrier configuration information of the terminal to the message message, the AC AC multi-carrier configuration information AC is common AC, AC, or Yu Ling's AC. If the message is sent to the terminal multi-carrier, the device and the device are closed.

In the multi-carrier configuration of the message, and if there is information on the receiving terminal, then the juice is added, then the multi-carrier configuration message is re-

Whether the message juice is received or not is no longer multi-carrier configuration message terminal multi-carrier operation. If the terminal receives the information of the terminal before the arrival, the terminal operates in a multi-carrier phase. The information of the standby terminal is in the form of a management message in the form of AC AC multi-carrier configuration message information AC to be a general AC, AC, or AC. The form indicates the signal of the core terminal in the signaling. The multi-carrier configuration message in the method and method is in the format shown in Table 2.

Form 2

Size b

)

Management message ( t

Management message矣

Carrier configured carrier

Carrier ++

Carrier physics

Carrier 矣 1 fully configured carrier

0 Partially configured carrier

Pre-sequence

Downstream sheep z

Under

Working mode 0 T

1 F

(F ) {

Upward sheep

Whether the uplink supports subcarrier usage 0 is not supported

1 support

(Support subcarrier usage 1)

Subcarrier configuration information Multi-carrier configuration mode In the Hugh method, the multi-carrier configuration information of the method is the multi-carrier configuration information that the terminal does not receive before it allocates the carrier, and the terminal multi-carrier configuration message is waiting for the cycle.

Multi-carrier configuration message or terminal multi-carrier configuration message

The multi-carrier configuration message terminal of the message sheep is received. Until the terminal receives the multi-carrier configuration message, the terminal allocates a carrier. If the terminal is not receiving the multi-carrier configuration information terminal, The message indicating that the multi-carrier configuration information is not received in the message is in the format shown in Table 3) or the multi-carrier configuration message of the sheep.

The indication/message is received to configure the message terminal in the multi-carrier configuration information in the message. The multi-carrier configuration information in the message is shown in the format shown in Table 4 or the multi-carrier configuration of the sheep.

Form 3

Size bit carrier configuration is not received

Received Form 4

Subcarrier configuration letter

Carrier configuration mode

The message of the terminal in this book is the multi-carrier configuration information in the message. The multi-carrier configuration in the message is the same or different method as the multi-carrier configuration of the same. In the present case, if the message of the multi-carrier configuration information of the terminal is received to the terminal or the sheep, the message of the multi-carrier configuration information of the terminal will be ignored. The content packet of the multi-carrier configuration information in the rest is not in the following at least multi-carrier configuration mode, the physical or/or carrier of the configured medium or multi-carrier, the full configuration or partial configuration of the carrier, the mode, the pre-sequence, and the support. Subcarrier operation preserves carrier configuration information and the like. And the terminal is configured with multi-carrier configuration information in one or more methods. The rest is below.

The multi-carrier configuration information in the method is based on the base terminal. 3 The multi-carrier configuration information method shown in Figure 3 shows the multi-carrier configuration information from the base-end terminal sheep. The main steps are as follows: Step 30: The terminal is fully configured in the carrier of the carrier terminal) Multi-carrier configuration in the sheep broadcast mode Message terminal

Mediator and mediation multi-carrier configuration messenger The multi-carrier configuration message has a multi-carrier configuration information in the multi-carrier configuration message. Step 303: The multi-carrier configuration message message received by the terminal receives the information stop timer before the timer reaches the scheduled. The sheep process described in multi-carrier configuration information.

The method of the present invention provides configuration information to the terminal multi-carrier. In this case, the message of the terminal is received and the multi-carrier configuration message is received. 4 The method of multi-carrier configuration information indicates that the method of multi-carrier configuration information by the terminal is mainly described in the following steps. Step 40: The terminal receives the message in the same message and the sub-message step of the carrier multi-carrier configuration information. The message of the terminal is configured in the manner of a sheep to the multi-carrier configuration of the terminal. The multi-carrier configuration message with the present multi-carrier configuration message terminal receives the multi-carrier configuration message stop timer before the end of the timer. Step 405: The multi-carrier configuration message received by the terminal The multi-carrier configuration message ends. The sheep flow of the multi-carrier configuration information by the terminal is described.

In this paper, the method and method are combined to multi-carrier configuration information.

5 The multi-carrier configuration information method shown in FIG. 5 shows the multi-carrier configuration information main packet to the terminal. The following steps are performed. Step 50: Management of the multi-carrier configuration information terminal in the management message including the system parameter and system configuration information of the fully configured carrier Multi-carrier configuration information of the message management message Step 503: In the step 50, the terminal multi-carrier configuration information loss terminal needs multi-carrier configuration information in the process, and the multi-carrier configuration information message sheep multi-carrier configuration message rest process is not described again.

5 in the method and method described in the present

Multi-carrier configuration information. The multi-carrier configuration information method shown in FIG. 6 indicates that the multi-carrier configuration information to the terminal is mainly included in the following steps: Step 60: Multi-carrier configuration message terminal receiving multi-carrier configuration message according to the 0 multi-carrier configuration information of the pre- or terminal period

Multi-carrier configuration information. Step 603: The multi-carrier configuration information loss end in step 60 requires multi-carrier configuration information in the process, and the multi-carrier configuration message of the terminal multi-carrier configuration message waits for the multi-carrier configuration message or the terminal to

5 The process of receiving the multi-carrier configuration information message to the multi-carrier configuration message of the sheep is not described here. The present invention provides a carrier allocation method for allocating a carrier by a terminal supporting multi-carrier operation in a multi-carrier communication system. 7 The method of the carrier allocation method of the present invention is shown in the following steps: Step 70 Step 705) Step 70 Multi-carrier configuration information of the terminal Step 703 Terminal interaction basic multi-carrier capability Step 705 Terminal interaction Multi-carrier capability terminal allocation vehicle Carrier. The sequence of the rest process is not described in step 25. 70 The multi-carrier configuration information of the terminal only needs to be completed before step 705. The process of the terminal in the rest of the main package includes the following steps The step terminal synchronizes the pre-synchronization of the fully-configured carrier test. Step 2 The multi-carrier configuration information obtained by the terminal Step 3 Adjust the parameters Step 4 The capability flow step 5 and the exchange step 6 step 7 are completed. Carrier allocation method package in Hugh

The way is as follows for each method. In the mode, in the capability flow, the terminal and the interactive basic multi-carrier capability allocate a carrier carrier in the multi-carrier capability terminal. In the mode, the process of the terminal mainly includes the following steps: the terminal is synchronized under the full configuration carrier measurement step 2 The multi-carrier configuration information obtained by the terminal Step 3 Adjust the parameter Step 4 The capability flow terminal basically has more terminals in the basic capability message AS CR Q Whether the carrier capability information example supports multi-carrier capability, whether to support the carrier aggregation mode ce aggeg o od or not, whether the basic capability message such as the carrier switching mode Ca e SC g ode is supported to indicate whether the terminal receives the multi-carrier configuration information receiving terminal AA-S CR Q Whether the basic multi-carrier capability information example in the basic capability message AS C-SP supports multi-carrier operation. If the multi-carrier operation is received, the AA-S CR Q indicates that the multi-carrier configuration information not received by the terminal is in the AA-S C-SP. Multi-carrier configuration information or sheep multi-carrier configuration message terminal. Step 5 and exchange step 6. The message format in the AR RQ message sheep carrier mode of the terminal in the case where the terminal terminal of step 4 or a certain party does not support the multi-carrier capability. If the terminal and the multi-carrier capability are supported, the multi-carrier capability information of the terminal in the AA-R-RQ message of the terminal or the carrier list supported by the carrier in the terminal before the terminal is in the terminal

In the AR-SP message, the multiple carrier capability information terminal allocates a carrier 2) the summation message terminal under the terminal and the sheep carrier, the multi-carrier message A-CR Q, the multi-carrier capability information of the terminal or the carrier concentration supported by the terminal Carrier List Multi-Carrier Message A-C-SP This multi-carrier capability information terminal allocates a carrier. Step 7 is completed. The mode completes basic multi-carrier capability, multi-carrier capability and carrier allocation in the mode. In the mode, the process of the terminal mainly includes the following steps: The terminal synchronizes in the full configuration carrier measurement step 2 The multi-carrier configuration information obtained by the terminal Step 3 Adjust the parameter Step 4 Capacity flow Step 5 and exchange step 6. The suspense terminal does not support multi-carrier capability, and the message format of the AA-R-RQ message in the sheep carrier mode of the terminal. The terminal and the multi-carrier capability supporting the AA-R-R message at the terminal indicate the multi-carrier configuration information indicating whether the terminal has received. The multi-carrier configuration information received by the terminal supporting the multi-carrier capability in the suspend phase in step 2 is based on the interactive basic multi-carrier capability and the multi-carrier capability of the two AA R -RQ/P messages. The terminal basic multi-carrier capability information in the first AA-R-RQ message indicates that the multi-carrier configuration information that is not received is the carrier configuration information of all or part of the carrier in the AA R-RQ message received in the AA R-SP message. The AA-R-SP message received by the basic multi-carrier capability information terminal, the AA-R-RQ message in the second AA-R-RQ message, the multi-carrier capability information of the terminal or the carrier concentration before the terminal The supported carrier list receives the multi-carrier capability information of the AA-R-RQ message in the information in the AA R-RQ message.

AA R - SP message The terminal is assigned a carrier. Or the terminal and multi-carrier carrier message A-CR Q/SP complete carrier allocation. The multi-carrier configuration information that the terminal has received in step 2 indicates the basic multi-carrier in the AA R-RQ message in the AA R-RQ message. The capability information and the multi-carrier capability information in which the terminal allocates the carrier in the R-RQ message. Receiving the information carried in the AA-R-RQ message in the AA-R-RQ message to allocate the carrier or the terminal and the multi-carrier/message to the basic multi-carrier capability information of the terminal and the multi-carrier capability information AA-R-SP message terminal A-CR Q/ SP completes the assignment of carriers. Step 7 The terminal completes the process. In this mode, the terminal is in the process of basic multi-carrier capability and multi-carrier capability AC management message multi-carrier configuration information. In the process steps of the terminal to step 5

No longer. Step 6. The terminal is in the AA-R-RQ message. The multi-carrier capability information and the AA-R-R message indicate whether the terminal has received the multi-carrier configuration information and receives the basic multi-carrier capability information of the AA-R-R message in the AA-R-SP. Step 7: The AC management message of the multi-carrier configuration information of the terminal sheep, that is, the multi-carrier configuration message, the terminal and the multi-carrier support capability are the multi-carrier configuration information that the terminal has received in step 2, and the terminal is in the AA in step 6. The multi-carrier configuration information indicating that the non-received multi-carrier configuration information is received in the -R-RQ message receives the multi-carrier configuration message of the terminal, and the terminal carrier receives the multi-carrier configuration information, and the multi-carrier capability of the terminal in the first AA-R-RQ message is & Under the message, the multi-carrier capability information AA-R-SP message terminal allocates a carrier or terminal and carrier/message A-CR Q/SP to complete carrier allocation. If the terminal has received the multi-carrier configuration information in step 2, the terminal indicates the basic multi-carrier capability information of the terminal and the multi-carrier carrier in the AA-R-RQ message of step 6 in the AA-R-RQ message of step 6. The capability information is based on the basic multi-carrier capability information and the multi-carrier capability information of the AA-R-RQ message, and the carrier assignment is performed with the AA-R-SP message terminal or the terminal and carrier/message A-CR Q/SP. In this mode, the terminal follows the procedure of the sheep carrier communication system to complete the multi-carrier capability interaction of the terminal to allocate carriers. In the mode of the terminal, the terminal is synchronized under the full configuration carrier measurement step 2 The multi-carrier configuration information obtained by the terminal Step 3 Parameter Step 4 Capacity flow Step 5 and exchange step 6 Step 7 Complete the step of multi-carrier capability carrier allocation. The flow in the multi-carrier communication system in the flow described in the first mode follows the flow in the sheep carrier communication system.

The allocation of the terminal and the same multi-carrier idle capability carrier. The multi-carrier basic capabilities are carried by the AA-S CR Q/SP or AA-R-RQ/SP messages in the capability "process or" process. The multi-carrier idle capability and carrier allocation are completed in the terminal multi-carrier configuration information multi-carrier/message A-CR Q/SP message. That is, the terminal multi-carrier message A-CR Q multi-carrier capability information allocates a carrier to the multi-carrier message A-C-SP AA-C-SP terminal of the multi-carrier message to the multi-carrier capability information of the terminal. If the terminal has the multi-carrier configuration information in step 2, the terminal multi-carrier configuration message waits for the received multi-carrier configuration message or the terminal carrier's multi-carrier configuration information message. The indication of the multi-carrier configuration information is not received in the message of the terminal or in the message to configure the information to the multi-carrier, wherein the message is not the multi-carrier capability message, the message of the multi-carrier message to the terminal or the indication The multi-carrier configuration message in the multi-carrier configuration message to the terminal sheep carries the multi-carrier configuration information. The basic multi-carrier capability information packet of the terminal at least indicates whether the multi-carrier capability information is supported or not, and indicates whether the carrier aggregation is supported. The information of the mode, indicating whether the information of the carrier switching mode is supported. The basic multi-carrier capability information packet indicates whether the multi-carrier operation is supported, The multi-carrier capability of the medium or terminal is not in the lower-parameter multi-carrier mode, the largest, and the supported carrier. The multi-carrier configuration information of the control channel and/or the management message to the terminal core by using the proposed wood scheme terminal is

The multi-carrier configuration information solves the problem that the terminal multi-carrier communication is terminated by the multi-carrier configuration information of the terminal, and the carrier allocation in the multi-carrier system is improved. The use of the above-mentioned force is not used to make the wood in this field. Any repairs, equivalent substitutions, etc. made in the spirit and principles of this book are included in this warranty.

Claims

A method for requesting multi-carrier configuration information for configuring multi-carrier information to a terminal core is characterized by the method package

The control channel and/or the management message to the multi-carrier configuration information described by the terminal, wherein the multi-carrier configuration information packet is at least a multi-carrier configuration mode, a configured medium or multi-carrier physical, / medium, / carrier, carrier, Mode, pre-sequence, whether subcarrier operation is supported to maintain subcarrier configuration information. The method of the present invention is characterized in that: the control channel, the multi-carrier configuration information packet

The multi-carrier configuration information in the system and system configuration information. The method described is characterized in that the management message, the multi-carrier configuration information terminal package

Dedicating the multi-carrier configuration information to a pheromone of the management message or

The multi-carrier configuration information is used as an parameter of the management message or an entry of the management message. The method described is characterized by the management message, the multi-carrier configuration information packet

And the multi-carrier configuration information is used in a multi-carrier configuration message terminal. The method of claim 4, wherein the multi-carrier configuration information is in a multi-carrier configuration message

The terminal is configured in the manner of the multi-carrier configuration message. The method of claim 5 is characterized in that said multi-carrier configuration message is in said predetermined period. 7 The method of claim 4, wherein the multi-carrier configuration information is in a multi-carrier configuration message terminal package

The multi-carrier configuration message is terminated in the form of a sheep. The method of claim 7 is characterized in that the method package is before the multi-carrier configuration message

Transmitting, by the terminal, the message, wherein the message is configured to the multi-carrier configuration information

Receiving the message. 9 The method of claim 8 characterized in that the terminal is in the following manner

The message

Using management messages

Hugh Controls the information of the AC's multi-carrier configuration information in the AC. 0 The method of claim 7 is characterized in that, in the case that the terminal receives the multi-carrier configuration message, the method package

The terminal indicates to the message that the terminal has received the multi-carrier configuration message. The method of claim 0 is characterized in that the terminal uses the following manner

Using management messages

Hugh control AC in the AC multi-carrier configuration information information

The quantity of the terminal at the terminal. 2 The method described in the above item, characterized in that

Terminal message underneath

The multi-carrier configuration information in the message. 3 carrier allocation method in the multi-carrier communication system, the terminal allocates a carrier, and the method package

2 The terminal takes the multi-carrier configuration information, and the terminal performs the basic multi-carrier capability of the interaction

The terminal interacts with the multi-carrier capability, and the terminal allocates a carrier.

The method of claim 3 is characterized in that the terminal is configured to interact with a basic multi-carrier capability package.

The basic multi-carrier capability information of the terminal in the basic capability message in the basic capability message, the basic multi-carrier capability information in the basic capability message to the terminal, or

The basic multi-carrier capability information of the terminal in the message in the message carries the basic multi-carrier capability information in the message addressed to the terminal in the message.

The method of claim 3, wherein the terminal is configured to interact with a multi-carrier capability packet

Transmitting, by the terminal, the multi-carrier message, where the multi-carrier message carries the multi-carrier capability information of the terminal

And the multi-carrier message is sent to the terminal multi-carrier message, where the multi-carrier capability message carries the rest-cap carrier capability information.

The method of claim 3, wherein the terminal allocates a carrier packet

Transmitting the multicarrier message of the terminal to the terminal, the multicarrier message, assigning a carrier to the terminal, or

And transmitting, to the terminal, the carrier of the multi-carrier message to the terminal.

The method of claim 3 to 6 is characterized in that the terminal has the multi-carrier configuration information, and the method package is The multi-carrier configuration information that is sent by the terminal to the message

The multi-carrier configuration message of the message sheep, wherein the multi-carrier configuration message carries the multi-carrier configuration information.

The method of claim 3 to 6 is characterized in that the terminal has the multi-carrier configuration information, and the method packet indicates that the multi-carrier configuration information is not in the following message. Indication information basic capability message, message

And the indicating information is configured to the multi-carrier configuration message of the terminal sheep, where the multi-carrier configuration message carries the multi-carrier configuration information.

The method described in items 3 to 6 is characterized in that

The basic multi-carrier capability information packet of the terminal indicates at least information about whether to support the multi-carrier capability, information indicating whether the carrier aggregation mode is supported, and information indicating whether the carrier conversion mode is supported.

The basic multi-carrier capability information includes at least information indicating whether multi-carrier operation is supported.

The terminal or the multi-carrier capability information packet is at least in a multi-carrier mode, a maximum, and a supported carrier.