CN105264984A

CN105264984A - Method, system and device for determining dynamic uplink-downlink proportional configuration parameter

Info

Publication number: CN105264984A
Application number: CN201380001879.5A
Authority: CN
Inventors: 权威; 胡振兴; 杨晓东; 张戬
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-11-25
Filing date: 2013-11-25
Publication date: 2016-01-20
Anticipated expiration: 2033-11-25
Also published as: CN105264984B; WO2015074276A1

Abstract

The present application relates to the technical field of wireless communications, and particularly relates to a method, system and device for determining a dynamic uplink-downlink proportional configuration parameter for enabling a UE to determine a dynamic uplink-downlink proportional configuration parameter of a dynamic TDD when the UE switches among cells configured with dynamic TDD uplink-downlink proportional configuration. The method in the embodiments of the present invention comprises: receiving, by a user equipment, a switching command from a network side, wherein the switching command comprises a dynamic uplink-downlink proportional configuration parameter corresponding to a target cell; and applying the dynamic uplink-downlink proportional configuration parameter corresponding to the target cell. The embodiments of the present invention can enable a UE to determine a dynamic uplink-downlink proportional configuration parameter of a dynamic TDD when the UE switches among cells configured with dynamic TDD uplink-downlink proportional configuration, further improving the system performance.

Description

Method, system and device for determining dynamic uplink-downlink proportional configuration parameter

A kind of method, system and equipment technical field for determining dynamic up-downgoing proportional arrangement parameter

The application is related to wireless communication technology field, more particularly to a kind of method, system and equipment for determining dynamic up-downgoing proportional arrangement parameter.Background technology

In LTE (Long Term Evolution, Long Term Evolution）In system, two kinds of frame structures --- FDD (Frequency division duplex, FDD) and TDD (Time division duplex, time division duplex) is supported.In tdd frame structure, 10ms radio frames are divided into the field that two length are 5ms, each field is made up of 5 a length of 1ms subframe, including 4 common subframes and 1 special subframe, common subframe is made up of two 0.5ms, and special subframe is by 3 special time slot (UpPTS (uplink pilot time slots）, GP (protection time slot) and DwPTS (descending pilot frequency time slots）, transmissions of the wherein DwPTS for downstream signal, UpPTS is for upward signal transmission, and GP is the protection interval of TDD up-downgoings conversion) composition, referring specifically to Fig. 1.

The time resource of TDD system can be allocated on up-downlink direction.The different up-downgoing time scale distribution (i.e. with set to 0 ~ 6) of 7 kinds of tdd frame structural support.It can be configured according to the characteristic of portfolio, this 7 kinds configurations include the situation in 3 kinds of 5ms cycles and 4 kinds of 10ms cycles.In the configuration in 5ms cycles, the conversion interval of a downstream-to-upstream is included per 5ms；And in 10ms period assignment, the conversion interval of a downstream-to-upstream is included per 10ms.Concrete configuration such as following table, wherein " D " represents descending sub frame, " U " is expressed as sub-frame of uplink, and " S " is expressed as including the special subframe of conversion interval.

The configuration that the TDD up-downgoing times of table 1 match

4 10 ms D S U U D D D D D D

5 10 ms D S U D D D D D D D

At present, the configuration of TDD proportionings is included in SIB (the System Information Block, system information block broadcast the message by 65 ms D S U U U D S U U D）In 1, for a cell, the UE (user equipmenies under its coverage）All by reading this message, identical TDD proportioning configurations are obtained.

In order to preferably adapt to the change of different business, TDD up-downgoings proportional arrangement can dynamically change.TDD up-downgoings proportional arrangement can dynamic change as a result, the direction of some of which subframe will not change, but some subframe directions may change.Be assumed to be UE configurations is changed between TDD up-downgoings proportional arrangement 0,1 in upper table, then in a wireless LTE frame subframe 0,1,2,3,5,

6th, 7,8 up-downgoing attribute is constant, wherein 0,1,5,6 be descending sub frame or special subframe, 2,3,

7,8 be sub-frame of uplink；Subframe 4 and 9 can be used for for sub-frame of uplink or descending sub frame, be flexible sub-frame.

When UE is moved in the minizone for being configured with dynamic TDD up-downgoings proportional arrangement, it can also switch.Because the TDD up-downgoings proportional arrangement of Target cell may dynamically change, so that TDD dynamic up-downgoing proportional arrangement parameters change, how to allow UE quickly using the dynamic up-downgoing proportional arrangement parameters of TDD, to lift performance of handoffs in the case of TDD up-downgoings proportional arrangement dynamically changes, there is presently no a kind of specific scheme.

In summary, current UE between being configured with the cell of dynamic TDD up-downgoings proportional arrangement when switching, also without a kind of scheme for determining the dynamic up-downgoing proportional arrangement parameters of dynamic TDD.The content of the invention

The embodiment of the present invention provides a kind of method, system and equipment for determining dynamic up-downgoing proportional arrangement parameter, to UE be configured with switch between the cell of dynamic TDD up-downgoings proportional arrangement when, UE can be made to determine dynamic TDD dynamic up-downgoing proportional arrangement parameter.

First aspect there is provided it is a kind of determine up-downgoing proportional arrangement method, including：

User equipment receives the switching command from network side, wherein the switching command includes Target cell The corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications.

With reference in a first aspect, in the first possible implementation, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell is included in the information element IE in the switching command.

With reference to the first possible implementation of first aspect or first aspect, in second of possible implementation, the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

With reference in a first aspect, in second of possible implementation, in the third possible implementation, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications, including：Order and/or carry out data transmission that the up-downgoing proportional arrangement that the user equipment monitors the Target cell according to the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell changes.

With reference in a first aspect, in the third possible implementation, in the 4th kind of possible implementation, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications, including：If the dynamic up-downgoing proportional arrangement parameter includes the up-downgoing proportional arrangement aggregate information, the user equipment is according to the up-downgoing proportional arrangement aggregate information, determine the up-downgoing proportional arrangement that the Target cell can be changed, the up-downgoing proportional arrangement that can be changed according to the Target cell, monitors the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the up reference up-downgoing proportional arrangement, the user equipment is according to the up reference up-downgoing proportional arrangement, the uplink hybrid automatic repeat request HARQ timing relationships in the Target cell are determined, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or

If the dynamic up-downgoing proportional arrangement parameter includes the descending reference up-downgoing proportional arrangement, the user equipment is according to the descending reference up-downgoing proportional arrangement, the descending HARQ timing relationships in the Target cell are determined, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or If the dynamic up-downgoing proportional arrangement parameter, which includes the up-downgoing proportional arrangement, changes the cycle, the user equipment changes the cycle according to the up-downgoing proportional arrangement, determine that the Target cell changes the cycle of up-downgoing proportional arrangement, and change the cycle of up-downgoing proportional arrangement according to the Target cell of determination, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the transmission information for the order that the instruction up-downgoing proportional arrangement changes, the transmission information for the order that the user equipment changes according to the instruction up-downgoing proportional arrangement, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side is sent, and changed according to the instruction up-downgoing proportional arrangement order at the time of, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the repetition that the dynamic up-downgoing proportional arrangement parameter includes the order that the instruction up-downgoing proportional arrangement changes sends information, the repetition for the order that the user equipment changes according to the instruction up-downgoing proportional arrangement sends information, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side repetition is sent, and at the time of repeating the order that the instruction up-downgoing proportional arrangement changes sent according to the network side, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the Radio Network Temporary Identifier flexibly matched, the order that the up-downgoing proportional arrangement that the user equipment monitors the Target cell according to the Radio Network Temporary Identifier changes, descrambles to the order that the instruction up-downgoing proportional arrangement received changes.

With reference to the third possible implementation of first aspect or the 4th kind of possible implementation, in the 5th kind of possible implementation, the user equipment is received after the switching command from network side, before the order that the instruction up-downgoing proportional arrangement changes is received, in addition to：

The corresponding static up-downgoing proportional arrangement of Target cell described in the user equipment applications.

Second aspect there is provided it is a kind of determine up-downgoing proportional arrangement method, including：

First network side apparatus determines the corresponding Target cell of user equipment for needing to switch；

The first network side apparatus sends switching command to the user equipment, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching command, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Wherein, the first network side apparatus is the network belonging to the cell-of-origin when user equipment switches Side apparatus.

With reference to second aspect, in the first possible implementation, the network side equipment belonging to the Target cell during user equipment switching is the second network side equipment；

The first network side apparatus is sent to the user equipment before switching command, including：The first network side apparatus receives the switching response message from the second network side equipment, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching response message.

With reference to the first possible implementation of second aspect, in second of possible implementation, the first network side apparatus is sent to the user equipment before switching command, in addition to：

The first network side apparatus sends handover request message to second network equipment, the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin is included in wherein described handover request message, so that second network side equipment is according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

With reference to second aspect, in the third possible implementation, the network side equipment belonging to the Target cell during user equipment switching is first network side apparatus；

The first network side apparatus determines the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell of user equipment switching, including：

The first network side apparatus determines the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell according to the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin.

With reference to second aspect, second aspect the first possible implementation to one kind in the third possible implementation, in the 4th kind of possible implementation, if the Target cell of the user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

With reference to second aspect, second aspect the first possible implementation to one kind in the 4th kind of possible implementation, in the 5th kind of possible implementation, the dynamic up-downgoing proportional arrangement parameter include following parameters in it is part or all of：

Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change the cycle, indicate the hair for the order that up-downgoing proportional arrangement changes The repetition for the order that breath, the instruction up-downgoing proportional arrangement of delivering letters change sends information, and the Radio Network Temporary Identifier flexibly matched.

The third aspect there is provided it is a kind of determine up-downgoing proportional arrangement method, including：

Second network side equipment determines the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell of user equipment switching；

Second network side equipment sends the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell by first network side apparatus to the user equipment, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Wherein, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches；Second network side equipment is the network side equipment belonging to the Target cell when user equipment switches.

With reference to the third aspect, in the first possible implementation, second network side equipment sends the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell by first network side apparatus to the user equipment, including：

Second network side equipment sends switching response message to the first network side apparatus, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching response message, so that the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by the first network side apparatus.

With reference to the first possible implementation of the third aspect or the third aspect, in second of possible implementation, second network side equipment determines the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell of user equipment switching, including：

Second network side equipment receives the handover request message from the first network side apparatus, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin in the handover request message；

Second network side equipment determines the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin.

With reference to the third aspect, the third aspect the first possible implementation to one kind in second of possible implementation, in the third possible implementation, if the user equipment switching target it is small Area has multiple, and each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

With reference to the third aspect, the third aspect the first possible implementation to one kind in the third possible implementation, in the 4th kind of possible implementation, the dynamic up-downgoing proportional arrangement parameter include following parameters in it is part or all of：

Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

Fourth aspect there is provided it is a kind of determine up-downgoing proportional arrangement user equipment, including：

Receiving module, for receiving the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；

Application module, for the corresponding dynamic up-downgoing proportional arrangement parameter of the application Target cell.With reference to fourth aspect, in the first possible implementation, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell is included in the information element IE in the switching command.

With reference to the first possible implementation of fourth aspect or fourth aspect, in second of possible implementation, the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

With reference to fourth aspect, in second of possible implementation, in the third possible implementation, the application module specifically for：

According to the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, monitor the order of the up-downgoing proportional arrangement change of the Target cell and/or carry out data transmission.

With reference to fourth aspect, in the third possible implementation, in the 4th kind of possible implementation, the application module specifically for： If the dynamic up-downgoing proportional arrangement parameter includes the up-downgoing proportional arrangement aggregate information, according to the up-downgoing proportional arrangement aggregate information, determine the up-downgoing proportional arrangement that the Target cell can be changed, the up-downgoing proportional arrangement that can be changed according to the Target cell, monitors the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the up reference up-downgoing proportional arrangement, according to the up reference up-downgoing proportional arrangement, the uplink hybrid automatic repeat request HARQ timing relationships in the Target cell are determined, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or

If the dynamic up-downgoing proportional arrangement parameter includes the descending reference up-downgoing proportional arrangement, according to the descending reference up-downgoing proportional arrangement, the descending HARQ timing relationships in the Target cell are determined, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or

If the dynamic up-downgoing proportional arrangement parameter, which includes the up-downgoing proportional arrangement, changes the cycle, cycle is changed according to the up-downgoing proportional arrangement, determine that the Target cell changes the cycle of up-downgoing proportional arrangement, and change the cycle of up-downgoing proportional arrangement according to the Target cell of determination, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the transmission information for the order that the instruction up-downgoing proportional arrangement changes, the transmission information of the order changed according to the instruction up-downgoing proportional arrangement, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side is sent, and changed according to the instruction up-downgoing proportional arrangement order at the time of, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the repetition that the dynamic up-downgoing proportional arrangement parameter includes the order that the instruction up-downgoing proportional arrangement changes sends information, the repetition of the order changed according to the instruction up-downgoing proportional arrangement sends information, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side repetition is sent, and at the time of repeating the order that the instruction up-downgoing proportional arrangement changes sent according to the network side, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the Radio Network Temporary Identifier flexibly matched, the order that the up-downgoing proportional arrangement for monitoring the Target cell according to the Radio Network Temporary Identifier changes, The order that the instruction up-downgoing proportional arrangement received changes is descrambled.

With reference to the third possible implementation of fourth aspect or the 4th kind of possible implementation, in the 5th kind of possible implementation, the application module is additionally operable to：

Before the order that the instruction up-downgoing proportional arrangement changes is received, using the corresponding static up-downgoing proportional arrangement of the Target cell.

There is provided a kind of first network side apparatus for determining up-downgoing proportional arrangement in terms of 5th, including：Determining module, for the corresponding Target cell of user equipment for determining to need to switch；

Processing module, for sending switching command to the user equipment, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching command, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Wherein, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches.

With reference to the 5th aspect, in the first possible implementation, the network side equipment belonging to the Target cell during user equipment switching is the second network side equipment；

The processing module is additionally operable to：

Before sending switching command to the user equipment, the switching response message from the second network side equipment is received, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching response message.

With reference to the first possible implementation of the 5th aspect, in second of possible implementation, the processing module is additionally operable to：

Before switching command being sent to the user equipment, handover request message is sent to second network equipment, the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin is included in wherein described handover request message, so that second network side equipment is according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

With reference to the 5th aspect, in the third possible implementation, the network side equipment belonging to the Target cell during user equipment switching is first network side apparatus；

The determining module specifically for： According to the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

With reference to the 5th aspect, the first possible implementation of the 5th aspect to one kind in the third possible implementation, in the 4th kind of possible implementation, if the Target cell of the user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

With reference to the 5th aspect, the first possible implementation of the 5th aspect to one kind in the 4th kind of possible implementation, in the 5th kind of possible implementation, the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：

There is provided a kind of the second network side equipment for determining up-downgoing proportional arrangement in terms of 6th, including：Parameter determination module, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell for determining user equipment switching；

Notification module, for sending the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell to the user equipment by first network side apparatus, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

With reference to the 6th aspect, in the first possible implementation, the notification module specifically for：Switching response message is sent to the first network side apparatus, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching response message, so that the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by the first network side apparatus.

With reference to the 6th aspect or the first possible implementation of the 6th aspect, in second of possible reality In existing mode, the parameter determination module specifically for：

The handover request message from the first network side apparatus is received, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin in the handover request message；According to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

With reference to the 6th aspect, the first possible implementation of the 6th aspect to one kind in second of possible implementation, in the third possible implementation, if the Target cell of the user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

With reference to the 6th aspect, the first possible implementation of the 6th aspect to one kind in the third possible implementation, in the 4th kind of possible implementation, the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：

There is provided a kind of user equipment for determining up-downgoing proportional arrangement in terms of 7th, including：

Processor, for by switching command of the transceiver from network side, using the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；

Transceiver, for transceiving data under the control of a processor.

With reference to the 7th aspect, in the first possible implementation, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell is included in the IE in the switching command.

With reference to the 7th aspect or the first possible implementation of the 7th aspect, in second of possible implementation, the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：The repetition transmission information for the order that up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, instruction up-downgoing proportional arrangement change, and flexibly match Radio Network Temporary Identifier.

With reference to the 7th aspect, in second of possible implementation, in the third possible implementation, the processor specifically for：

According to the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, the order of the up-downgoing proportional arrangement change of the Target cell is monitored by transceiver and/or is carried out data transmission.

With reference to the 7th aspect, in the third possible implementation, in the 4th kind of possible implementation, the processor specifically for：

If the dynamic up-downgoing proportional arrangement parameter includes the up-downgoing proportional arrangement aggregate information, according to the up-downgoing proportional arrangement aggregate information, determine the up-downgoing proportional arrangement that the Target cell can be changed, the up-downgoing proportional arrangement that can be changed according to the Target cell, monitors the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the up reference up-downgoing proportional arrangement, according to the up reference up-downgoing proportional arrangement, the HARQ timing relationships in the Target cell are determined, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or

If the dynamic up-downgoing proportional arrangement parameter includes the life that the instruction up-downgoing proportional arrangement changes The repetition of order sends information, the repetition of the order changed according to the instruction up-downgoing proportional arrangement sends information, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side repetition is sent, and at the time of repeating the order that the instruction up-downgoing proportional arrangement changes sent according to the network side, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the Radio Network Temporary Identifier flexibly matched, the order that the up-downgoing proportional arrangement for monitoring the Target cell according to the Radio Network Temporary Identifier changes, descrambles to the order that the instruction up-downgoing proportional arrangement received changes.

With reference to the third possible implementation or the 4th kind of possible implementation of the 7th aspect, in the 5th kind of possible implementation, the processor is additionally operable to：

Eighth aspect there is provided it is a kind of determine up-downgoing proportional arrangement first network side apparatus, including：Processor, for the corresponding Target cell of user equipment for determining to need to switch, switching command is sent to the user equipment by transceiver, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching command, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Transceiver, under the control of a processor, transceiving data；

With reference to eighth aspect, in the first possible implementation, the network side equipment belonging to the Target cell during user equipment switching is the second network side equipment；

The processor is additionally operable to：

Before sending switching command to the user equipment, by switching response message of the transceiver from the second network side equipment, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching response message.

With reference to the first possible implementation of eighth aspect, in second of possible implementation, the processor is additionally operable to： Before switching command being sent to the user equipment, handover request message is sent to second network equipment by transceiver, the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin is included in wherein described handover request message, so that second network side equipment is according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

With reference to eighth aspect, in the third possible implementation, the network side equipment belonging to the Target cell during user equipment switching is first network side apparatus；

The true processor specifically for：

According to the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

With reference to eighth aspect, eighth aspect the first possible implementation to one kind in the third possible implementation, in the 4th kind of possible implementation, if the Target cell of the user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

With reference to eighth aspect, eighth aspect the first possible implementation to one kind in the 4th kind of possible implementation, in the 5th kind of possible implementation, the dynamic up-downgoing proportional arrangement parameter include following parameters in it is part or all of：

There is provided a kind of the second network side equipment for determining up-downgoing proportional arrangement in terms of 9th, including：Processor, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell for determining user equipment switching, transceiver is controlled to send the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell to the user equipment to by first network side apparatus, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Transceiver, for transceiving data under the control of a processor；

Wherein, the first network side apparatus is the network belonging to the cell-of-origin when user equipment switches Side apparatus；Second network side equipment is the network side equipment belonging to the Target cell when user equipment switches.

With reference to the 9th aspect, in the first possible implementation, the processor specifically for：Switching response message is sent to the first network side apparatus by transceiver, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching response message, so that the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by the first network side apparatus.

With reference to the 9th aspect or the 9th aspect the first possible implementation, in second of possible implementation, the processor specifically for：

By handover request message of the transceiver from the first network side apparatus, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin in the handover request message；According to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

With reference to the 9th aspect, the first possible implementation of the 9th aspect to one kind in second of possible implementation, in the third possible implementation, if the Target cell of the user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

With reference to the 9th aspect, the first possible implementation of the 9th aspect to one kind in the third possible implementation, in the 4th kind of possible implementation, the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：

There is provided a kind of system for determining up-downgoing proportional arrangement in terms of tenth, including：

First network side apparatus, for the corresponding Target cell of user equipment for determining to need to switch；Switching command is sent to the user equipment, wherein corresponding dynamic comprising the Target cell in the switching command State up-downgoing proportional arrangement parameter, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches；

User equipment, for receiving the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；Using the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell.

With reference to the tenth aspect, in the first possible implementation, the cell-of-origin during user equipment switching is different with the network side equipment belonging to the Target cell；The system also includes：

Second network side equipment, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell for determining user equipment switching；The corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by first network side apparatus, wherein the network side equipment belonging to Target cell when second network side equipment is user equipment switching.

Because user equipment receives the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；Using the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, so that UE can determine the dynamic up-downgoing proportional arrangement parameters of dynamic TDD when switching between being configured with the cell of dynamic TDD up-downgoings proportional arrangement；Further increase systematic function.

Tenth one side applies the method at the time of up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change there is provided a kind of determination, including：

UE monitors the order that up-downgoing proportional arrangement changes；

UE is listened to after the order that the up-downgoing proportional arrangement changes, and whether the subframe for judging to listen to the order is subframe in specific sub-frame；

If it is, the up-downgoing proportional arrangement in the order that current radio frames start using up-downgoing proportional arrangement change；Otherwise, the up-downgoing proportional arrangement in the order that next radio frames start using up-downgoing proportional arrangement change.

With reference to the tenth on the one hand, in the first possible implementation, specific sub-frame is that the subframe or specific sub-frame that subframe numbers are less than or equal to M are the subframe that subframe numbers are less than M；Wherein M represents the subframe numbers in a radio frames.

With reference to the tenth on the one hand, in second of possible implementation, specific sub-frame is the preceding N of radio frames Individual subframe, wherein N are more than or equal to 0, less than or equal to the number of sub-frames in a radio frames.

With reference to the tenth on the one hand, in the third possible implementation, specific sub-frame for radio frames preceding K descending sub frame or preceding K descending sub frame in can send up-downgoing proportional arrangement change order subframe, wherein K is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames.

Wherein K can be fixed in the protocol, or K is configured by network side, and the collocation method of specific collocation method ibid downlink percent configuration parameter is similar, it might even be possible to be allocated to UE as the part in up-downgoing proportional arrangement parameter.Therefore not to repeat here.

With reference to the tenth one side, the first possible implementation of the tenth one side to one kind in the third possible implementation, in the 4th kind of possible implementation, up-downgoing proportional arrangement in the order that the application up-downgoing proportional arrangement changes refers to the up-downgoing proportional arrangement in the order that UE changes according to the up-downgoing proportional arrangement to monitor physical layer control signaling, or measurement etc. is performed, this is not restricted.

There is provided the user equipment at the time of up-downgoing proportional arrangement in a kind of order for determining application up-downgoing proportional arrangement change in terms of 12nd, including：

Module is monitored, the order for monitoring the change of up-downgoing proportional arrangement；

Application module, for listening to after the order that the up-downgoing proportional arrangement changes, whether the subframe for judging to listen to the order is specific sub-frame；If it is, the up-downgoing proportional arrangement in the order that current radio frames start using up-downgoing proportional arrangement change；Otherwise, the up-downgoing proportional arrangement in the order that next radio frames start using up-downgoing proportional arrangement change.

With reference to the 12nd aspect, in the first possible implementation, specific sub-frame is that the subframe or specific sub-frame that subframe numbers are less than or equal to M are the subframe that subframe numbers are less than M.

With reference to the 12nd aspect, in second of possible implementation, specific sub-frame is the preceding N subframe of radio frames, and wherein N is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames.

With reference to the 12nd aspect, in the third possible implementation, specific sub-frame for radio frames preceding K descending sub frame or preceding K descending sub frame in can send up-downgoing proportional arrangement change order subframe, wherein K is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames.

The first possible implementation with reference to the 12nd aspect, the 12nd aspect is possible to the third One kind in implementation, in the 4th kind of possible implementation, up-downgoing proportional arrangement in the order that the application up-downgoing proportional arrangement changes refers to the up-downgoing proportional arrangement in the order that UE changes according to the up-downgoing proportional arrangement to monitor physical layer control signaling, or measurement etc. is performed, this is not restricted.

There is provided the user equipment at the time of up-downgoing proportional arrangement in a kind of order for determining application up-downgoing proportional arrangement change in terms of 13rd, including：

Processor, for monitoring the order that up-downgoing proportional arrangement changes by transceiver, is listened to after the order that the up-downgoing proportional arrangement changes, whether the subframe for judging to listen to the order is specific sub-frame；If it is, the up-downgoing proportional arrangement in the order that current radio frames start using up-downgoing proportional arrangement change；Otherwise, the up-downgoing proportional arrangement in the order that next radio frames start using up-downgoing proportional arrangement change；

Transceiver, for transceiving data under the control of a processor.

With reference to the 13rd aspect, in the first possible implementation, specific sub-frame is that the subframe or specific sub-frame that subframe numbers are less than or equal to M are the subframe that subframe numbers are less than M.

With reference to the 13rd aspect, in second of possible implementation, specific sub-frame is the preceding N subframe of radio frames, and wherein N is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames.

With reference to the 13rd aspect, in the third possible implementation, specific sub-frame for radio frames preceding K descending sub frame or preceding K descending sub frame in can send up-downgoing proportional arrangement change order subframe, wherein K is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames.

With reference to the 13rd aspect, the first possible implementation of the 13rd aspect to one kind in the third possible implementation, in the 4th kind of possible implementation, up-downgoing proportional arrangement in the order that the application up-downgoing proportional arrangement changes refers to the up-downgoing proportional arrangement in the order that UE changes according to the up-downgoing proportional arrangement to monitor physical layer control signaling, or measurement etc. is performed, this is not restricted.

The up-downgoing proportional arrangement in order by applying the up-downgoing proportional arrangement change according to the rule, reduce the time delay of the up-downgoing proportional arrangement in the order changed using the up-downgoing proportional arrangement, improve systematic function, the influence user equipment that can also avoid coming into force to bring receive and The problem of transmission.Brief description of the drawings

Fig. 1 is the schematic diagram of tdd frame structure in background technology；

Fig. 2A is the system structure diagram that the embodiment of the present invention one determines dynamic up-downgoing proportional arrangement parameter；

Fig. 2 B are the system structure diagram that the embodiment of the present invention two determines dynamic up-downgoing proportional arrangement parameter；

Fig. 3 is the structural representation that the embodiment of the present invention three determines user equipment in the system of dynamic up-downgoing proportional arrangement parameter；

Fig. 4 is the structural representation that the embodiment of the present invention four determines first network side apparatus in the system of dynamic up-downgoing proportional arrangement parameter；

Fig. 5 is the structural representation that the embodiment of the present invention five determines the second network side equipment in the system of dynamic up-downgoing proportional arrangement parameter；

Fig. 6 is the structural representation that the embodiment of the present invention six determines user equipment in the system of dynamic up-downgoing proportional arrangement parameter；

Fig. 7 is the structural representation that the embodiment of the present invention seven determines first network side apparatus in the system of dynamic up-downgoing proportional arrangement parameter；

Fig. 8 is the structural representation that the embodiment of the present invention eight determines the second network side equipment in the system of dynamic up-downgoing proportional arrangement parameter；

Fig. 9 is the method flow schematic diagram that the embodiment of the present invention nine determines dynamic up-downgoing proportional arrangement parameter；Figure 10 is the method flow schematic diagram that the embodiment of the present invention ten determines dynamic up-downgoing proportional arrangement parameter；

Figure 11 is the method flow schematic diagram that the embodiment of the present invention 11 determines dynamic up-downgoing proportional arrangement parameter；

Figure 12 is the method flow schematic diagram that the embodiment of the present invention 12 determines dynamic up-downgoing proportional arrangement parameter； Figure 13 is the method flow schematic diagram at the time of embodiment of the present invention 13 determines the up-downgoing proportional arrangement in the order that the application up-downgoing proportional arrangement changes；

Figure 14 is the user device architecture schematic diagram at the time of embodiment of the present invention 14 determines the up-downgoing proportional arrangement in the order that the application up-downgoing proportional arrangement changes；

Figure 15 is the user device architecture schematic diagram at the time of embodiment of the present invention 15 determines the up-downgoing proportional arrangement in the order that the application up-downgoing proportional arrangement changes.Embodiment

User equipment of the embodiment of the present invention receives the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；Using the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, so that UE can determine the dynamic up-downgoing proportional arrangement parameters of dynamic TDD when switching between being configured with the cell of dynamic TDD up-downgoings proportional arrangement；Further increase systematic function.

Wherein, the scheme of the embodiment of the present invention can apply to TDD system, can also be applied to carry out the other systems of uplink-downlink configuration dynamic change.

The embodiment of the present invention is described in further detail with reference to Figure of description.

As shown in Fig. 2A, the embodiment of the present invention one determines that the system of dynamic up-downgoing proportional arrangement parameter includes：

First network side apparatus 10, for the corresponding Target cell of user equipment 20 for determining to need to switch；Switching command is sent to the user equipment 20, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching command, the first network side apparatus 10 is the network side equipment belonging to the cell-of-origin when user equipment 20 switches；

User equipment 20, for receiving the switching command from network side, using the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell included in the switching command.

Wherein, the dynamic up-downgoing proportional arrangement parameter of the embodiment of the present invention includes part or all of in following parameters：

Accordingly, user equipment 20 carries out part or all of in following operation according to the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell：

Monitor the order that the up-downgoing proportional arrangement of the Target cell changes；

Carry out data transmission.

Here data transfer be user equipment 20 after dynamic up-downgoing proportional arrangement parameter is received, the data transfer carried out between Target cell, such as handoff completion message etc..

It is introduced respectively below for every kind of information.

Information one, up-downgoing proportional arrangement aggregate information.

Up-downgoing proportional arrangement aggregate information can be explicit proportional arrangement set, such as proportional arrangement 0,2,3;Can also be that, by the up proportional arrangement set that implicit instruction is matched with reference to proportioning and descending reference, such as up is 0 with reference to proportioning, and descending reference proportioning is 2, then represents up-downgoing proportional arrangement collection and be combined into 0,1,2,5.In force, up reference proportioning can be Target cell SIB (System Information Block, system information block）Up-downgoing proportional arrangement in 1.

Accordingly, the user equipment 20 is according to the up-downgoing proportional arrangement aggregate information, determine the up-downgoing proportional arrangement that the Target cell can be changed, the up-downgoing proportional arrangement that can be changed according to the Target cell, monitors the order that the up-downgoing proportional arrangement of the Target cell changes.

Such as when UE listens to the order of up-downgoing proportional arrangement change, judge the one kind whether the up-downgoing proportional arrangement in the order that the up-downgoing proportional arrangement changes belongs in the up-downgoing proportional arrangement set, if, then UE applies the order, if not, then UE ignores Huo Lost and abandons the order, or reports Defect Indication information etc. to network side.

Information two, up reference up-downgoing proportional arrangement.

Up reference up-downgoing proportional arrangement is that UE performs ascending HARQ (Hybrid Automatic Repeat reQuest, hybrid automatic repeat-request）Reference information during operation, i.e. UE regard the corresponding HARQ timing relationships of the up reference up-downgoing proportional arrangement as reference information when performing uplink HARQ operation. Such as, for TDD up-downgoing proportional arrangements set { 0,1 }, up reference up-downgoing proportioning configuration can be TDD up-downgoings proportional arrangement 0, no matter what currently practical up-downgoing proportional arrangement is, refers to the timing of the up reference up-downgoing proportional arrangement 0 when UE performs uplink HARQ operation all the time.Because descending sub frame number is more than the descending sub frame number in proportioning 1 in proportioning 0, it can ensure no matter what currently practical up-downgoing proportional arrangement is, the descending HARQ feedback of upstream data can find subframe transmission with reference to timing using proportioning 0 as ascending HARQ（Descending sub frame will not be changed into sub-frame of uplink in proportioning 0）.

Accordingly, the user equipment 20 determines the ascending HARQ timing relationship in the Target cell, and perform switching and/or data transfer according to the ascending HARQ timing relationship according to the up reference up-downgoing proportional arrangement.

Information three, descending reference up-downgoing proportional arrangement.

Descending reference up-downgoing proportional arrangement is reference information when UE performs descending HARQ operation, i.e. UE regard the corresponding HARQ timing relationships of the descending reference up-downgoing proportional arrangement as reference information when performing descending HARQ operation.Such as, for up-downgoing proportional arrangement set { 0,1,2 }, up reference up-downgoing proportioning configuration can be up-downgoing proportional arrangement 2, no matter what currently practical up-downgoing proportional arrangement is, refers to the timing of the descending reference up-downgoing proportional arrangement 2 when UE performs descending HARQ operation all the time.

Accordingly, the user equipment 20 determines the descending HARQ timing relationships in the Target cell, and perform switching and/or data transfer according to the ascending HARQ timing relationship according to the descending reference up-downgoing proportional arrangement.

Information four, up-downgoing proportional arrangement change the cycle.

Up-downgoing proportional arrangement changes the cycle and indicates up-downgoing proportional arrangement every how long changing once or indicate the transmission cycle for the order that up-downgoing proportional arrangement changes.Chronomere can be radio frames, or subframe, or other time unit.In a cycle, up-downgoing proportional arrangement will not change.

Accordingly, the user equipment 20 changes the cycle according to the up-downgoing proportional arrangement, determine that the Target cell changes the cycle of up-downgoing proportional arrangement, and change the cycle of up-downgoing proportional arrangement according to the Target cell of determination, monitor the order that the up-downgoing proportional arrangement of the Target cell changes.

Information five, the transmission information for indicating the order that up-downgoing proportional arrangement changes. The transmission information for the order that instruction up-downgoing proportional arrangement changes indicate that described order can send in which time, such as can send the order in which of which radio frames subframe to indicate the delivery time for the order that up-downgoing proportional arrangement changes.

UE receives the order according to this information in the corresponding time, and according to the instruction of the order, using the up-downgoing proportional arrangement in the order.

It is preferred that the moment can be sub-frame offset, UE changes cycle and sub-frame offset according to the up-downgoing proportional arrangement, it is possible to obtain the specific moment of the order.Such as, it is assumed that the cycle is 20ms, the offset is 1, the delivery time that then UE can obtain the order is that System Frame Number is 0, and subframe numbers are 1, and System Frame Number is 2, subframe numbers are the moment such as 1..., and therefore, UE can monitor the order at these moment.

Also such as：The transmission cycle is 10ms, if delivery time is 0, the moment such as corresponding 0,10,20... is all delivery time；If delivery time is all delivery time for 1, corresponding 1,11,21... etc. moment.

Accordingly, the transmission information for the order that the user equipment 20 changes according to the instruction up-downgoing proportional arrangement, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side is sent, and changed according to the instruction up-downgoing proportional arrangement order at the time of, monitor the order that the up-downgoing proportional arrangement of the Target cell changes.

Information six, the repetition transmission information for indicating the order that up-downgoing proportional arrangement changes.

In order to increase the reliability of the order, the repeatedly order can be sent within the same cycle, indicates that the duplicate message for the order that up-downgoing proportional arrangement changes informs that UE, UE can just receive the order of repetition transmission.

Wherein, as long as the repetition that the information that UE can be allowed to receive the order for repeating to send can serve as the embodiment of the present invention sends information, such as can be number of repetition, one or more of the information combination such as at the time of repeat every time.

Accordingly, the repetition for the order that the user equipment 20 changes according to the instruction up-downgoing proportional arrangement sends information, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side repetition is sent, and the life for the instruction up-downgoing proportional arrangement change for repeating to send according to the network side At the time of order, the order that the up-downgoing proportional arrangement of the Target cell changes is monitored.

Information seven, the Radio Network Temporary Identifier flexibly matched

The Radio Network Temporary Identifier flexibly matched indicates that UE is monitored in Target cell and identified used in the order that the up-downgoing proportional arrangement changes.When Target cell sends the order that up-downgoing proportional arrangement changes to UE, the order is scrambled using the temporary mark.

Accordingly, the user equipment 20 order that just the blunt up-downgoing proportional arrangement for monitoring the Target cell according to the Radio Network Temporary Identifier changes, descrambles to the order that the instruction up-downgoing proportional arrangement received changes.

One ~ information of above- mentioned information seven can also can only include the part in one ~ information of above- mentioned information seven all included in the dynamic up-downgoing proportional arrangement parameter of the embodiment of the present invention.If only including the part in one ~ information of above- mentioned information seven, remaining be comprising can provide in the protocol, either continue to use in cell-of-origin the configuration of identical information or released by other parameters.Information one and information two are such as only included, then remaining information can be provided in the protocol, the three ~ information of information seven used in cell-of-origin can also be regard as the information used in Target cell；Can also partial information be to provide in the protocol in three ~ information of information seven, remaining all continues to use the configuration of identical information in cell-of-origin.

Wherein, when first network side apparatus 10 sends the switching command comprising the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell to the user equipment 20, IE (the Information Element that the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell can be placed in switching command, information element) in, such as move in control IE or other IE in addition to mobile control IE.

In force, cell-of-origin and network side equipment belonging to Target cell are probably same network side equipment when the user equipment 20 switches, it is also possible to different network side equipments, are illustrated separately below.

Cell-of-origin and network side equipment belonging to Target cell are probably same network side equipment when situation one, the user equipment 20 switch (network side equipment belonging to Target cell when i.e. the user equipment 20 switches is first network side apparatus 10).

When the first network side apparatus 10 determines Target cell that user equipment 20 switches corresponding dynamic up-downgoing proportional arrangement parameter, the first network side apparatus 10 determines the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell according to the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin. Such as：The first network side apparatus is if it is considered to the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin can be applied, then directly determination states the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell for the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin.Or the service feature of terminal objective cell, situations such as load, the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin is partly changed, the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin is partly continued to use, or all using new parameter value.

Cell-of-origin and network side equipment belonging to Target cell are probably different network side equipments when situation two, the user equipment 20 switch (network side equipment belonging to Target cell when i.e. described user equipment 20 switches is the second network side equipment 30), as shown in Figure 2 B, the system of the embodiment of the present invention can further include：

Second network side equipment 30, for determining the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell that user equipment 20 switches；The corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment 20 by first network side apparatus 10, so that the corresponding dynamic up-downgoing proportional arrangement parameter of the application of the user equipment 20 Target cell；

Wherein, second network side equipment 30 is the network side equipment belonging to the Target cell when user equipment 20 switches.

Specifically, second network side equipment 30 sends switching response message to the first network side apparatus 10, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching response message；

Accordingly, first network side apparatus 10 receives the switching response message for including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell from the second network side equipment 30.

Preferably, in order to allow second network equipment more accurately to determine the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell, the first network side apparatus 10 can also send handover request message to second network equipment, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin in the handover request message；

Accordingly, second network side equipment 30 receives the handover request message for including the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin from the first network side apparatus 10, according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing ratio of the Target cell is determined Configuration parameter.

It is preferred that after user equipment 20 receives the switching command from network side, before the order that the instruction up-downgoing proportional arrangement changes is received, using the corresponding static up-downgoing proportional arrangement of the Target cell.

Specifically, UE can apply up reference up-downgoing proportional arrangement and/or descending reference up-downgoing proportional arrangement in the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, as the timing reference and/or descending HARQ timing reference of ascending HARQ, and descending sub frame or special subframe only in the corresponding static up-downgoing proportional arrangement of the Target cell monitors physical layer scheduling order.

In force, the Target cell of user equipment 20 has been possible to multiple, including a major heading cell and multiple secondary goal cells.If multiple Target cells, each Target cell can correspond to a dynamic up-downgoing proportional arrangement parameter.

In force, the corresponding dynamic up-downgoing proportional arrangement argument section of each Target cell is identical or differs entirely.

In order to save transfer resource, if the information that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell includes is identical, preferably, the dynamic up-downgoing proportional arrangement parameter of multiple Target cells can be merged, identical information only one of which, different information can be distinguished by cell ID, can so save transfer resource.

In force, the cell-of-origin of user equipment 20 has been possible to multiple, including a main cell-of-origin and multiple auxiliary cell-of-origins.If multiple cell-of-origins, each cell-of-origin can correspond to a dynamic up-downgoing proportional arrangement parameter.The configuration mode of design parameter is similar with the configuration mode of Target cell, and therefore not to repeat here.

As shown in figure 3, the embodiment of the present invention three determines the user equipment in the system of dynamic up-downgoing proportional arrangement parameter, including：

Receiving module 300, for receiving the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；

Application module 310, for the corresponding dynamic up-downgoing proportional arrangement parameter of the application Target cell.It is preferred that comprising above and below the corresponding dynamic of Target cell in information element IE in the switching command Row proportional arrangement parameter.

It is preferred that the dynamic up-downgoing proportional arrangement parameter is including part or all of in following parameters：Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

It is preferred that the application module 310 specifically for：

If the dynamic up-downgoing proportional arrangement parameter includes the transmission information for the order that the instruction up-downgoing proportional arrangement changes, the transmission information of the order changed according to the instruction up-downgoing proportional arrangement, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side is sent, and according to described At the time of indicating the order that up-downgoing proportional arrangement changes, the order that the up-downgoing proportional arrangement of the Target cell changes is monitored；Or

It is preferred that the application module 310 is additionally operable to：

As shown in figure 4, the embodiment of the present invention four determines the first network side apparatus in the system of dynamic up-downgoing proportional arrangement parameter, including：

Determining module 400, for the corresponding Target cell of user equipment for determining to need to switch；

Processing module 410, for sending switching command to the user equipment, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching command, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

It is preferred that the network side equipment belonging to Target cell during user equipment switching is the second network side equipment；

The processing module 410 is additionally operable to：

Before sending switching command to the user equipment, the switching response message from the second network side equipment is received, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching response message. It is preferred that the processing module 410 is additionally operable to：

It is preferred that the network side equipment belonging to Target cell during user equipment switching is first network side apparatus；

The determining module 400 specifically for：

If it is preferred that the Target cell of user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

As shown in figure 5, the embodiment of the present invention five determines that the second network side equipment in the system of dynamic up-downgoing proportional arrangement parameter includes：

Parameter determination module 500, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell for determining user equipment switching；

Notification module 510, for sending the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell to the user equipment by first network side apparatus, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Wherein, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches；Second network side equipment is the network side equipment belonging to the Target cell when user equipment switches. It is preferred that the notification module 510 specifically for：

Switching response message is sent to the first network side apparatus, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching response message, so that the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by the first network side apparatus.

It is preferred that the parameter determination module 500 specifically for：

In force, the function of Fig. 4 first network side apparatus and the network side equipments of Fig. 5 second can be closed in an entity（I.e. the module of first network side apparatus and the second network side equipment is in an entity）, the function using the first network side equipment or the function of second of network side equipment are selected as needed.

As shown in fig. 6, the embodiment of the present invention six determines user equipment in the system of dynamic up-downgoing proportional arrangement parameter, including：

Processor 600, for receiving the switching command from network side by transceiver 610, using the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；

Transceiver 610, for the transceiving data under the control of processor 600.

It is preferred that including the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell in IE in the switching command.

It is preferred that the dynamic up-downgoing proportional arrangement parameter is including part or all of in following parameters： Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

It is preferred that the processor 600 specifically for：

According to the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, the order of the up-downgoing proportional arrangement change of the Target cell is monitored by transceiver 610 and/or is carried out data transmission.

It is preferred that the processor 600 specifically for：

If the dynamic up-downgoing proportional arrangement parameter includes the transmission information for the order that the instruction up-downgoing proportional arrangement changes, the transmission information of the order changed according to the instruction up-downgoing proportional arrangement, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side is sent, and changed according to the instruction up-downgoing proportional arrangement order at the time of, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or If the repetition that the dynamic up-downgoing proportional arrangement parameter includes the order that the instruction up-downgoing proportional arrangement changes sends information, the repetition of the order changed according to the instruction up-downgoing proportional arrangement sends information, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side repetition is sent, and at the time of repeating the order that the instruction up-downgoing proportional arrangement changes sent according to the network side, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

It is preferred that the processor 600 is additionally operable to：

Wherein, in Fig. 6, bus architecture can include the bus and bridge of any number of interconnection, and the various circuits for the memory that the one or more processors specifically represented by processor 600 and memory 620 are represented are linked together.Bus architecture can also link together various other circuits of such as ancillary equipment, voltage-stablizer and management circuit or the like, and these are all it is known in the art, therefore, no longer it is described further herein.EBI provides interface.Transceiver 610 can be multiple element, i.e., including transmitter and receiver, there is provided the unit for being communicated over a transmission medium with various other devices.For different user equipmenies, user interface 630, which can also be external to be inscribed, needs the interface of equipment, and the equipment of connection includes but is not limited to keypad, display, loudspeaker, microphone, control stick etc..

Processor 600 is responsible for bus architecture and common processing, and memory 620 can store the used data when performing operation of processor 600.

As shown in fig. 7, the embodiment of the present invention seven determines the first network side apparatus in the system of dynamic up-downgoing proportional arrangement parameter, including：

Processor 700, for the corresponding Target cell of user equipment for determining to need to switch, switching command is sent to the user equipment by transceiver 710, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching command, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications； Transceiver 710, under the control of processor 700, transceiving data.

The processor 700 is additionally operable to：

Before sending switching command to the user equipment, the switching response message from the second network side equipment is received by transceiver 710, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching response message.

It is preferred that the processor 700 is additionally operable to：

Before switching command being sent to the user equipment, handover request message is sent to second network equipment by transceiver 710, the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin is included in wherein described handover request message, so that second network side equipment is according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

The true processor 700 specifically for：

Wherein, in Fig. 7, bus architecture can include the bus and bridge of any number of interconnection, specifically The various circuits for the memory that the one or more processors and memory 720 represented by processor 700 are represented are linked together.Bus architecture can also link together various other circuits of such as ancillary equipment, voltage-stablizer and management circuit or the like, and these are all it is known in the art, therefore, no longer it is described further herein.EBI provides interface.Transceiver 710 can be multiple element, i.e., including transmitter and receiver, there is provided the unit for being communicated over a transmission medium with various other devices.Processor 700 is responsible for bus architecture and common processing, and memory 720 can store the used data when performing operation of processor 700.

Processor 700 is responsible for bus architecture and common processing, and memory 720 can store the used data when performing operation of processor 700.

As shown in figure 8, the embodiment of the present invention eight determines the second network side equipment in the system of dynamic up-downgoing proportional arrangement parameter, including：

Processor 800, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell for determining user equipment switching, transceiver 810 is controlled to send the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell to the user equipment to by first network side apparatus, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Transceiver 810, for the transceiving data under the control of processor 800.

It is preferred that the processor 800 specifically for：

Switching response message is sent to the first network side apparatus by transceiver 810, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching response message, so that the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by the first network side apparatus.

It is preferred that the processor 800 specifically for：

Handover request message from the first network side apparatus is received by transceiver 810, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin in the handover request message；According to the source The corresponding dynamic up-downgoing proportional arrangement parameter of cell, determines the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell.

Wherein, in Fig. 8, bus architecture can include the bus and bridge of any number of interconnection, and the various circuits for the memory that the one or more processors specifically represented by processor 800 and memory 820 are represented are linked together.Bus architecture can also link together various other circuits of such as ancillary equipment, voltage-stablizer and management circuit or the like, and these are all it is known in the art, therefore, no longer it is described further herein.EBI provides interface.Transceiver 810 can be multiple element, i.e., including transmitter and receiver, there is provided the unit for being communicated over a transmission medium with various other devices.Processor 800 is responsible for bus architecture and common processing, and memory 820 can store the used data when performing operation of processor 800.

Processor 800 is responsible for bus architecture and common processing, and memory 820 can store the used data when performing operation of processor 800.

In force, the function of Fig. 7 first network side apparatus and the network side equipments of Fig. 8 second can be closed in an entity（I.e. the module of first network side apparatus and the second network side equipment is in an entity）, the function using the first network side equipment or the function of second of network side equipment are selected as needed.In force, processor 700 and processor 800 can be synthesized to a processor, transceiver 710 and transceiver 810 synthesize a transceiver.

Based on same inventive concept, the embodiment of the present invention additionally provides the equipment in the system for determining dynamic up-downgoing proportional arrangement ginseng downlink percent configuration parameter, and the original of the method solution problem of the embodiment of the present invention Reason it is similar to the system of the embodiment of the present invention, therefore the method for the embodiment of the present invention implementations may refer to the embodiment of the present invention system implementation, repeatedly in place of repeat no more.

As shown in figure 9, the embodiment of the present invention nine determines that the method for dynamic up-downgoing proportional arrangement parameter includes：Step 910, user equipment receive the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；

The corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in step 920, user equipment applications.It is preferred that including the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell in IE in the switching command.

It is preferred that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications, including：

Order and/or carry out data transmission that the up-downgoing proportional arrangement that the user equipment monitors the Target cell according to the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell changes.

If the dynamic up-downgoing proportional arrangement parameter includes the up-downgoing proportional arrangement aggregate information, the user equipment is according to the up-downgoing proportional arrangement aggregate information, determine the up-downgoing proportional arrangement that the Target cell can be changed, the up-downgoing proportional arrangement that can be changed according to the Target cell, monitors the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the up reference up-downgoing proportional arrangement, the user equipment is according to the up reference up-downgoing proportional arrangement, the HARQ timing relationships in the Target cell are determined, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or If the dynamic up-downgoing proportional arrangement parameter includes the descending reference up-downgoing proportional arrangement, the user equipment is determined descending in the Target cell according to the descending reference up-downgoing proportional arrangement

HARQ timing relationships, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or

If the dynamic up-downgoing proportional arrangement parameter, which includes the up-downgoing proportional arrangement, changes the cycle, the user equipment changes the cycle according to the up-downgoing proportional arrangement, determine that the Target cell changes the cycle of up-downgoing proportional arrangement, and change the cycle of up-downgoing proportional arrangement according to the Target cell of determination, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

It is preferred that after the switching command of the user equipment reception from network side, before the order that the instruction up-downgoing proportional arrangement changes is received, in addition to：

As shown in Figure 10, the embodiment of the present invention ten determines that the method for dynamic up-downgoing proportional arrangement parameter includes：Step 1010, first network side apparatus determine the corresponding Target cell of user equipment for needing to switch；Step 1020, the first network side apparatus send switching command, wherein institute to the user equipment State and the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in switching command, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

It is preferred that before the first network side apparatus sends switching command to the user equipment, in addition to：

It is preferred that the dynamic up-downgoing proportional arrangement parameter is including part or all of in following parameters：The repetition transmission information for the order that up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, instruction up-downgoing proportional arrangement change, and flexibly match Radio Network Temporary Identifier.

As shown in figure 11, the embodiment of the present invention 11 determines that the method for dynamic up-downgoing proportional arrangement parameter includes：

Step 1110, the second network side equipment determine the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell of user equipment switching；

Step 1120, second network side equipment send the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell by first network side apparatus to the user equipment, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

It is preferred that second network side equipment sends the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell by first network side apparatus to the user equipment, including：

It is preferred that second network side equipment determines the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell of user equipment switching, including：

As shown in figure 12, the method that the embodiment of the present invention 12 determines dynamic up-downgoing proportional arrangement parameter, including：

After step 1201, cell-of-origin triggering switching, handover request message is sent to Target cell, to ask UE being switched to Target cell.

Specifically, the handover request message can be X2 interface（Base station and the interface of base station) in HANDOVER REQUEST message, now, it is adaptable to X2 interface switch；Or, the handover request message can be the interfaces of S 1（Base station and core net node such as MME (Mobility Management Entity, mobility management entity））In HANDOVER REQUIRED message, now, it is adaptable to which S1 interfaces switch, under S1 interface handoff scenarios, the cell-of-origin sends the handover request message by core net node to Target cell.

Step 1202, Target cell receive the handover request message of cell-of-origin transmission, and switching response message is sent to cell-of-origin.

Wherein, the dynamic up-downgoing proportional arrangement parameters of the dynamic TDD are included in switching response message.Specifically, the switching response message can be X2 interface（Base station and the interface of base station）In HANDOVER REQUEST ACKNOWLEDGE message, now, it is adaptable to X2 interface switch；Or, the handover request message can be S1 interfaces（Base station and core net node such as MME) in HANDOVER COMMAND message, now, suitable for the switching of S1 interfaces, under S1 interface handoff scenarios, the Target cell own base station sends the switching response message by core net node to cell-of-origin own base station.

Step 1203, cell-of-origin are received after the switching response message of Target cell transmission, and switching command is sent to UE.Wherein, the dynamic up-downgoing proportional arrangement parameters of the dynamic TDD are included in switching command.

Step 1204, UE are received after switching command, and using the dynamic up-downgoing proportional arrangement parameters of the dynamic TDD, handoff completion message is sent to Target cell.

It can be seen from the above： User equipment of the embodiment of the present invention receives the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；Using the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, so that UE can determine the dynamic up-downgoing proportional arrangement parameters of dynamic TDD when switching between being configured with the cell of dynamic TDD up-downgoings proportional arrangement；Further increase systematic function.

After the order that the up-downgoing proportional arrangement that the lateral user equipment of network is sent changes, UE starts the order changed using the up-downgoing proportional arrangement at what time, and prior art is also not specified by.Because UE processing has a fixed response time, come into force the transmitting-receiving process that may be influenceed behind UE, such as have little time to send or receive, additionally, it is also possible to can cause to introduce new up-downgoing proportional arrangement.And if the order that the up-downgoing proportional arrangement that current period is received changes comes into force in next cycle, then the promptness of the order of up-downgoing proportional arrangement change can be influenceed, so as to influence systematic function.

Based on above mentioned problem, the embodiment of the present invention 13 provides the method at the time of up-downgoing proportional arrangement in a kind of order for determining application up-downgoing proportional arrangement change, as shown in figure 13, specifically includes：Step 1301, UE monitors the order that up-downgoing proportional arrangement changes；

Step 1302, UE is listened to after the order that the up-downgoing proportional arrangement changes, and whether the subframe for judging to listen to the order is subframe in specific sub-frame；

It may be appreciated, when UE is configured as that the order that the up-downgoing proportional arrangement changes can only be monitored in one or more of specific sub-frame subframe, then UE is listened to after the order that the up-downgoing proportional arrangement changes, and directly can start to apply the up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change in current radio frames；Or UE be configured as can only be outside specific sub-frame one or more subframes monitor the order that the up-downgoing proportional arrangement changes, then UE is listened to after the order that the up-downgoing proportional arrangement changes, and directly can start to apply the up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change in next radio frames；

In force, specific sub-frame can include part subframe or all subframes, can also not include and appoint What subframe.If comprising all subframes, now UE is receiving the order that the up-downgoing proportional arrangement changes, and starts the up-downgoing proportional arrangement in the order that changes using the up-downgoing proportional arrangement in current radio frames all the time.If not including any subframe, now UE is receiving the order that the up-downgoing proportional arrangement changes, all the time the up-downgoing proportional arrangement in the order that next radio frames start using up-downgoing proportional arrangement change.

Further, if next radio frames belong to same up-downgoing proportional arrangement with current radio frames changes the cycle, then equivalent to UE since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until this up-downgoing proportional arrangement changes end cycle；If next radio frames belong to the different up-downgoing proportional arrangement change cycles from current radio frames, then equivalent to since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until next up-downgoing proportional arrangement changes end cycle.

Such as, specific sub-frame is { 0,1 }, received if then representing UE in subframe 0 and/or subframe 1 after the order that the up-downgoing proportional arrangement changes, the up-downgoing proportional arrangement in the order that current radio frames start using up-downgoing proportional arrangement change；If UE is after subframe 5 or 6 etc. is not belonging to receive the order that the up-downgoing proportional arrangement changes in sub-frame set M subframe, UE determines the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change.Assuming that it is 20ms that up-downgoing proportional arrangement, which changes Cycle Length, i.e. two radio frames, if then UE is received in the subframe 5 of first radio frames after the order that the up-downgoing proportional arrangement changes, then UE determines that the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change is also corresponded to since next radio frames, using the up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change during this up-downgoing proportional arrangement change cycle；If UE is received in the subframe 5 of second radio frames after the order that the up-downgoing proportional arrangement changes, then UE determines that the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change is also corresponded to since next radio frames, using the up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change during the up-downgoing proportional arrangement change cycle next time.

Optionally, specific sub-frame is that subframe or specific sub-frame that subframe numbers are less than or equal to M are the subframe that subframe numbers are less than M；Wherein M represents the subframe numbers in a radio frames, and now M is more than or equal to 0, And less than or equal to 9.

Such as M=4, then UE receive the order that the up-downgoing proportional arrangement changes in subframe 0 or 1, then up-downgoing proportional arrangements of the UE in current radio frames start the order that changes using the up-downgoing proportional arrangement；If UE is received in subframe 5 or 6 after the order that the up-downgoing proportional arrangement changes, UE determines the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change.Assuming that it is 20ms that up-downgoing proportional arrangement, which changes Cycle Length, i.e. two radio frames, if then UE is received in the subframe 5 of first radio frames after the order that the up-downgoing proportional arrangement changes, then UE determines that the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change is also corresponded to since next radio frames, using the up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change during this up-downgoing proportional arrangement change cycle；If UE is received in the subframe 5 of second radio frames after the order that the up-downgoing proportional arrangement changes, then UE determines that the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change is also corresponded to since next radio frames, using the up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change during the up-downgoing proportional arrangement change cycle next time.

Wherein M can be fixed in the protocol, or M is configured by network side, and the collocation method of specific collocation method ibid downlink percent configuration parameter is similar, it might even be possible to be allocated to UE as the part in up-downgoing proportional arrangement parameter.Therefore not to repeat here.

Optionally, specific sub-frame is the top n subframe of radio frames, and wherein N is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames（Such as 10).Such as N is equal to 1, then represents previous subframe, i.e. subframe 0;N is equal to 2, represents the first two subframe, i.e. subframe 0,1 Further, if next radio frames belong to same up-downgoing proportional arrangement with current radio frames changes the cycle, then equivalent to UE since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until this up-downgoing proportional arrangement changes end cycle；If next radio frames belong to the different up-downgoing proportional arrangement change cycles from current radio frames, then equivalent to since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until next up-downgoing proportional arrangement changes end cycle

Wherein, any one subframe that N=0 can be represented in some radio frames receives the order that the up-downgoing proportional arrangement changes, and UE determines the up-downgoing proportional arrangement in next radio frames previous frame starts the order that changes using the up-downgoing proportional arrangement.

During such as N=l, if UE receives the order that the up-downgoing proportional arrangement changes, up-downgoing proportional arrangements of the UE in the order that current radio frames start using up-downgoing proportional arrangement change in subframe 0；If UE is received in subframe 5 or 6 after the order that the up-downgoing proportional arrangement changes, UE determines the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change.Assuming that it is 20ms that up-downgoing proportional arrangement, which changes Cycle Length, i.e. two radio frames, if then UE is received in the subframe 5 of first radio frames after the order that the up-downgoing proportional arrangement changes, then UE determines that the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change is also corresponded to since next radio frames, using the up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change during this up-downgoing proportional arrangement change cycle；If UE is received in the subframe 5 of second radio frames after the order that the up-downgoing proportional arrangement changes, then UE determines that the up-downgoing proportional arrangement in the order that next radio frames previous frame starts using up-downgoing proportional arrangement change is also corresponded to since next radio frames, using the up-downgoing proportional arrangement in the order of up-downgoing proportional arrangement change during the up-downgoing proportional arrangement change cycle next time.

Wherein N can be fixed in the protocol, or N is configured by network side, and the collocation method of specific collocation method ibid downlink percent configuration parameter is similar, it might even be possible to be allocated to UE as the part in up-downgoing proportional arrangement parameter.Therefore not to repeat here.

Optionally, specific sub-frame for radio frames preceding K descending sub frame or preceding K descending sub frame in can The subframe for the order that up-downgoing proportional arrangement changes is sent, wherein K is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames（Such as 10).Such as K is equal to 1, then represents previous subframe, i.e. subframe 0;K is equal to 2, represents the first two subframe, i.e. subframe 0,1.

Wherein, the descending sub frame can be the descending sub frame in the up-downgoing proportional arrangement notified in system broadcast message block one, descending sub frame either in up reference proportional arrangement, or the descending sub frame in descending reference proportional arrangement, herein without limitation.Such as 0,1,5,6 is descending sub frame, then it is assumed that a radio frames have 4 descending sub frames.Such as subframe 0,1,5,6 is the subframe that can be sent in a radio frames, then it is assumed that a radio frames have 4 subframes to send the order of up-downgoing proportional arrangement change.

Further, up-downgoing proportional arrangement in the order that the application up-downgoing proportional arrangement changes refers to the up-downgoing proportional arrangement in the order that UE changes according to the up-downgoing proportional arrangement to monitor physical layer control signaling, or measurement etc. is performed, this is not restricted.

Optionally, before step 1301, it can also include：

Step 1300a, UE receive the dynamic up-downgoing proportional arrangement parameter that network side is sent, and as in the previous examples, therefore not to repeat here for the specifying information of the dynamic up-downgoing proportional arrangement parameter.

Specifically, the dynamic up-downgoing proportional arrangement parameter can set up message or RRC connection reconstruction message etc. and be sent to UE by RRC reconfiguration messages, or RRC connections.It should be understood that UE can also be sent to by other RRC informations or MAC layer message or physical layer message.

Optionally, when the message of the UE dynamic up-downgoing proportional arrangement parameters of carrying for receiving network side transmission Afterwards, message can be sent completely to network side, such as RRC reconfigures completion message, RRC connection setup complete messages, RRC connection reconstruction completion messages etc..

Step 1300b, UE apply the dynamic up-downgoing proportional arrangement parameter, monitor the order that the up-downgoing proportional arrangement changes.

The up-downgoing proportional arrangement in order by applying the up-downgoing proportional arrangement change according to the rule, reduce the time delay of the up-downgoing proportional arrangement in the order changed using the up-downgoing proportional arrangement, systematic function is improved, the problem of influence user equipment that can also avoid coming into force to bring is received and sent.

The embodiment of the present invention 14 provides the user equipment at the time of up-downgoing proportional arrangement in a kind of order for determining application up-downgoing proportional arrangement change, as shown in figure 14, specifically includes：

Module 1410 is monitored, the order for monitoring the change of up-downgoing proportional arrangement；

Application module 1420, for listening to after the order that the up-downgoing proportional arrangement changes, whether the subframe for judging to listen to the order is specific sub-frame；If it is, the up-downgoing proportional arrangement in the order that current radio frames start using up-downgoing proportional arrangement change；Otherwise, the up-downgoing proportional arrangement in the order that next radio frames start using up-downgoing proportional arrangement change.

In force, specific sub-frame can include all subframes, can also not include any subframe.If not including any subframe, up-downgoing proportional arrangement of the module 1410 in the order for starting to change using the up-downgoing proportional arrangement all the time in next radio frames is received now is monitored.

Further, if next radio frames belong to same up-downgoing proportional arrangement with current radio frames changes the cycle, then equivalent to application module 1420 since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until this up-downgoing proportional arrangement changes end cycle；If next radio frames belong to the different up-downgoing proportional arrangement change cycles from current radio frames, then equivalent to since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until next up-downgoing proportional arrangement changes end cycle.

Optionally, specific sub-frame is that subframe or specific sub-frame that subframe numbers are less than or equal to M are the subframe that subframe numbers are less than M；Wherein M represents the subframe numbers in a radio frames, and now M is more than or equal to 0, and less than or equal to 9. Further, if next radio frames belong to same up-downgoing proportional arrangement with current radio frames changes the cycle, then equivalent to application module 1420 since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until this up-downgoing proportional arrangement changes end cycle；If next radio frames belong to the different up-downgoing proportional arrangement change cycles from current radio frames, then equivalent to since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until next up-downgoing proportional arrangement changes end cycle.

Optionally, specific sub-frame is the top n subframe of radio frames, and wherein N is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames（Such as 10).Such as N is equal to 1, then represents previous subframe, i.e. subframe 0;N is equal to 2, represents the first two subframe, i.e. subframe 0,1

Further, if next radio frames belong to same up-downgoing proportional arrangement with current radio frames changes the cycle, then equivalent to application module 1420 since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until this up-downgoing proportional arrangement changes end cycle；If next radio frames belong to the different up-downgoing proportional arrangement change cycles from current radio frames, then equivalent to since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until next up-downgoing proportional arrangement changes end cycle

Optionally, specific sub-frame is can send the subframe of the order of up-downgoing proportional arrangement change in the preceding K descending sub frame or preceding K descending sub frame of radio frames, and wherein K is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames（Such as 10).Such as K is equal to 1, then represents previous subframe, i.e., sub Frame 0;K is equal to 2, represents the first two subframe, i.e. subframe 0,1.

Wherein Κ can be fixed in the protocol, or Κ is configured by network side, and the collocation method of specific collocation method ibid downlink percent configuration parameter is similar, it might even be possible to be allocated to UE as the part in up-downgoing proportional arrangement parameter.Therefore not to repeat here.

Optionally, module 1410 is monitored to be additionally operable to：

Monitor before the order, receive the dynamic up-downgoing proportional arrangement parameter that network side is sent, and apply the dynamic up-downgoing proportional arrangement parameter, monitor the order that the up-downgoing proportional arrangement changes.

Wherein, as in the previous examples, therefore not to repeat here for the specifying information of the dynamic up-downgoing proportional arrangement parameter.

Optionally, when the dynamic up-downgoing proportional arrangement of carrying that monitoring module 1410 receives network side transmission After the message of parameter, message can be sent completely to network side, such as RRC reconfigures completion message, RRC connection setup complete messages, RRC connection reconstruction completion messages etc..

In force, Fig. 3 and Figure 14 user equipment can synthesize a user equipment, and selection as needed uses Fig. 6 or Figure 15 function.In force, receiving module 300 and monitoring module 1410 can be synthesized a module, application module 310 and application module 1420 synthesize a module.

The embodiment of the present invention 15 provides the user equipment at the time of up-downgoing proportional arrangement in a kind of order for determining application up-downgoing proportional arrangement change, as shown in figure 15, specifically includes：

Processor 1510, for monitoring the order that up-downgoing proportional arrangement changes by transceiver 1520, is listened to after the order that the up-downgoing proportional arrangement changes, whether the subframe for judging to listen to the order is specific sub-frame；If it is, the up-downgoing proportional arrangement in the order that current radio frames start using up-downgoing proportional arrangement change；Otherwise, the up-downgoing proportional arrangement in the order that next radio frames start using up-downgoing proportional arrangement change；

Transceiver 1520, for the transceiving data under the control of processor 1510.

In force, specific sub-frame can include all subframes, can also not include any subframe.If not including any subframe, now UE is receiving the up-downgoing proportional arrangement all the time in the order that next radio frames start using up-downgoing proportional arrangement change.

Further, if next radio frames belong to same up-downgoing proportional arrangement with current radio frames changes the cycle, then equivalent to processor 1510 since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until this up-downgoing proportional arrangement changes end cycle；If next radio frames belong to the different up-downgoing proportional arrangement change cycles from current radio frames, then equivalent to since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until next up-downgoing proportional arrangement changes end cycle.

Further, if next radio frames belong to same up-downgoing proportional arrangement with current radio frames changes the cycle, the up-downgoing ratio is applied since next radio frames equivalent to processor 1510 Up-downgoing proportional arrangement in the order of example configuration change, until this up-downgoing proportional arrangement changes end cycle；If next radio frames belong to the different up-downgoing proportional arrangement change cycles from current radio frames, then equivalent to since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until next up-downgoing proportional arrangement changes end cycle.

Further, if next radio frames belong to same up-downgoing proportional arrangement with current radio frames changes the cycle, then equivalent to processor 1510 since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until this up-downgoing proportional arrangement changes end cycle；If next radio frames belong to the different up-downgoing proportional arrangement change cycles from current radio frames, then equivalent to since the up-downgoing proportional arrangement in the order changed next radio frames using the up-downgoing proportional arrangement, until next up-downgoing proportional arrangement changes end cycle

Optionally, specific sub-frame is can send the subframe of the order of up-downgoing proportional arrangement change in the preceding K descending sub frame or preceding K descending sub frame of radio frames, and wherein K is more than or equal to 0, less than or equal to the number of sub-frames in a radio frames（Such as 10).Such as K is equal to 1, then represents previous subframe, i.e. subframe 0;K is equal to 2, represents the first two subframe, i.e. subframe 0,1.

Wherein, the descending sub frame can be the up-downgoing proportional arrangement notified in system broadcast message block one In descending sub frame, or the descending sub frame in up reference proportional arrangement, or the descending sub frame in descending reference proportional arrangement, herein without limitation.Such as 0,1,5,6 is descending sub frame, then it is assumed that a radio frames have 4 descending sub frames.Such as subframe 0,1,5,6 is the subframe that can be sent in a radio frames, then it is assumed that a radio frames have 4 subframes to send the order of up-downgoing proportional arrangement change.

Optionally, processor 1510 is additionally operable to：

Monitor before the order, the dynamic up-downgoing proportional arrangement parameter that network side is sent is received by transceiver 1520, and apply the dynamic up-downgoing proportional arrangement parameter, monitor the order that the up-downgoing proportional arrangement changes.

Optionally, after the message for the dynamic up-downgoing proportional arrangement parameter of carrying that processor 1510 receives network side transmission, message can be sent completely to network side, such as RRC reconfigures completion message, and RRC connects Connect and set up completion message, RRC connection reconstruction completion messages etc..

Wherein, in fig .15, bus architecture can include the bus and bridge of any number of interconnection, and the various circuits for the memory that the one or more processors specifically represented by processor 1500 and memory 1520 are represented are linked together.Bus architecture can also link together various other circuits of such as ancillary equipment, voltage-stablizer and management circuit or the like, and these are all it is known in the art, therefore, no longer it is described further herein.EBI provides interface.Transceiver 1510 can be multiple element, i.e., including transmitter and receiver, there is provided the unit for being communicated over a transmission medium with various other devices.For different user equipmenies, user interface 1530, which can also be external to be inscribed, needs the interface of equipment, and the equipment of connection includes but is not limited to keypad, display, loudspeaker, microphone, control stick etc..

Processor 1500 is responsible for bus architecture and common processing, and memory 1520 can store the used data when performing operation of processor 1500.

In force, Fig. 6 and Figure 15 user equipment can synthesize a user equipment, and selection as needed uses Fig. 6 or Figure 15 function.In force, processor 600 and processor 1500 can be synthesized to a processor, transceiver 610 and transceiver 1510 synthesize a transceiver.

It should be understood by those skilled in the art that, embodiments herein can be provided as method, system or computer program product.Therefore, the form of the embodiment in terms of the application can use complete hardware embodiment, complete software embodiment or combine software and hardware.Moreover, the application can be used (includes but is not limited to magnetic disk storage, CD-ROM, optical memory etc. in one or more computer-usable storage mediums for wherein including computer usable program code）The form of the computer program product of upper implementation.

The application is with reference to method, the equipment according to the embodiment of the present application（System）And the flow chart and/or block diagram of computer program product are described.It should be understood that can by the flow in each flow and/or square frame and flow chart and/or block diagram in computer program instructions implementation process figure and/or block diagram and/or square frame combination.These computer program instructions can be provided to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices to produce a machine so that produce the device for being used for realizing the function of specifying in one flow of flow chart or multiple flows and/or one square frame of block diagram or multiple square frames by the instruction of the computing device of computer or other programmable data processing devices. These computer program instructions may be alternatively stored in the computer-readable memory that computer or other programmable data processing devices can be guided to work in a specific way, so that the instruction being stored in the computer-readable memory, which is produced, includes the manufacture of command device, the command device realizes the function of being specified in one flow of flow chart or multiple flows and/or one square frame of block diagram or multiple square frames.

These computer program instructions can be also loaded into computer or other programmable data processing devices, so that series of operation steps is performed on computer or other programmable devices to produce computer implemented processing, so that the instruction performed on computer or other programmable devices provides the step of being used to realize the function of specifying in one flow of flow chart or multiple flows and/or one square frame of block diagram or multiple square frames.

Although having been described for the preferred embodiment of the application, those skilled in the art once know basic creative concept, then other change and modification can be made to these embodiments.So, appended claims are intended to be construed to include preferred embodiment and fall into having altered and changing for the application scope.

Obviously, those skilled in the art can carry out various changes and modification without departing from spirit and scope to the application.So, if these modifications and variations of the application belong within the scope of the application claim and its equivalent technologies, then the application is also intended to comprising including these changes and modification.

Claims

Claim

1st, a kind of method for determining up-downgoing proportional arrangement, it is characterised in that this method includes：User equipment receives the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；

The corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications.

2nd, the method as described in claim 1, it is characterised in that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell is included in the information element IE in the switching command.

3rd, method as claimed in claim 1 or 2, it is characterised in that the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：

Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

4th, method as claimed in claim 2, it is characterised in that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications, including：

Order and/or carry out data transmission that the up-downgoing proportional arrangement that the user equipment monitors the Target cell according to the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell changes.

5th, method as claimed in claim 4, it is characterised in that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications, including：

If the dynamic up-downgoing proportional arrangement parameter includes the up-downgoing proportional arrangement aggregate information, the user equipment is according to the up-downgoing proportional arrangement aggregate information, determine the up-downgoing proportional arrangement that the Target cell can be changed, the up-downgoing proportional arrangement that can be changed according to the Target cell, monitors the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the up reference up-downgoing proportional arrangement, the user equipment is according to the up reference up-downgoing proportional arrangement, the uplink hybrid automatic repeat request HARQ timing relationships in the Target cell are determined, and are cut according to ascending HARQ timing relationship execution Change and/or data transfer；Or

If the dynamic up-downgoing proportional arrangement parameter includes the descending reference up-downgoing proportional arrangement, the user equipment is determined descending in the Target cell according to the descending reference up-downgoing proportional arrangement

HARQ timing relationships, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or

If the dynamic up-downgoing proportional arrangement parameter, which includes the up-downgoing proportional arrangement, changes the cycle, the user equipment changes the cycle according to the up-downgoing proportional arrangement, determine that the Target cell changes the cycle of up-downgoing proportional arrangement, and change the cycle of up-downgoing proportional arrangement according to the Target cell of determination, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the transmission information for the order that the instruction up-downgoing proportional arrangement changes, the transmission information for the order that the user equipment changes according to the instruction up-downgoing proportional arrangement, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side is sent, and changed according to the instruction up-downgoing proportional arrangement order at the time of, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the repetition that the dynamic up-downgoing proportional arrangement parameter includes the order that the instruction up-downgoing proportional arrangement changes sends information, the repetition for the order that the user equipment changes according to the instruction up-downgoing proportional arrangement sends information, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side repetition is sent, and at the time of repeating the order that the instruction up-downgoing proportional arrangement changes sent according to the network side, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the Radio Network Temporary Identifier flexibly matched, the order that the up-downgoing proportional arrangement that the user equipment monitors the Target cell according to the Radio Network Temporary Identifier changes, descrambles to the order that the instruction up-downgoing proportional arrangement received changes.

6th, the method as described in claim 4 or 5, it is characterised in that the user equipment is received after the switching command from network side, before the order that the instruction up-downgoing proportional arrangement changes is received, in addition to：

The corresponding static up-downgoing proportional arrangement of Target cell described in the user equipment applications.

7th, a kind of method for determining up-downgoing proportional arrangement, it is characterised in that this method includes： First network side apparatus determines the corresponding Target cell of user equipment for needing to switch；The first network side apparatus sends switching command to the user equipment, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching command, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Wherein, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches.

8th, method as claimed in claim 7, it is characterised in that the network side equipment belonging to the Target cell during user equipment switching is the second network side equipment；

The first network side apparatus is sent to the user equipment before switching command, including：The first network side apparatus receives the switching response message from the second network side equipment, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching response message.

9th, method as claimed in claim 8, it is characterised in that the first network side apparatus is sent to the user equipment before switching command, in addition to：

The first network side apparatus sends handover request message to second network equipment, the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin is included in wherein described handover request message, so that second network side equipment is according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

10th, method as claimed in claim 7, it is characterised in that the network side equipment belonging to the Target cell during user equipment switching is first network side apparatus；

The first network side apparatus determines the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell of user equipment switching, including：

The first network side apparatus determines the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell according to the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin.

11st, the method as described in claim 7 ~ 10 is any, it is characterised in that if the Target cell of user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

12nd, the method as described in claim 7 ~ 11, it is characterised in that the dynamic up-downgoing ratio is matched somebody with somebody Parameter is put including part or all of in following parameters：

Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

13rd, a kind of method for determining up-downgoing proportional arrangement, it is characterised in that this method includes：Second network side equipment determines the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell of user equipment switching；

Second network side equipment sends the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell by first network side apparatus to the user equipment, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Wherein, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches；Second network side equipment is the network side equipment belonging to the Target cell when user equipment switches.

14th, method as claimed in claim 13, it is characterised in that second network side equipment sends the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell by first network side apparatus to the user equipment, including：

Second network side equipment sends switching response message to the first network side apparatus, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching response message, so that the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by the first network side apparatus.

15th, the method as described in claim 13 or 14, it is characterised in that second network side equipment determines the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell of user equipment switching, including：Second network side equipment receives the handover request message from the first network side apparatus, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin in the handover request message；

Second network side equipment determines the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin. 16th, the method as described in claim 13 ~ 15 is any, it is characterised in that if the Target cell of user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

17th, the method as described in claim 13 ~ 16, it is characterised in that the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：

Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

18th, a kind of user equipment for determining up-downgoing proportional arrangement, it is characterised in that the user equipment includes：

Receiving module, for receiving the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；

Application module, for the corresponding dynamic up-downgoing proportional arrangement parameter of the application Target cell.

19th, user equipment as claimed in claim 18, it is characterised in that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell is included in the information element IE in the switching command.

20th, the user equipment as described in claim 18 or 19, it is characterised in that the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：

Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

21st, user equipment as claimed in claim 19, it is characterised in that the application module specifically for：

According to the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell, monitor the order of the up-downgoing proportional arrangement change of the Target cell and/or carry out data transmission.

22nd, according to power 21 described in user equipment, it is characterised in that the application module specifically for： If the dynamic up-downgoing proportional arrangement parameter includes the up-downgoing proportional arrangement aggregate information, according to the up-downgoing proportional arrangement aggregate information, determine the up-downgoing proportional arrangement that the Target cell can be changed, the up-downgoing proportional arrangement that can be changed according to the Target cell, monitors the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the up reference up-downgoing proportional arrangement, according to the up reference up-downgoing proportional arrangement, the uplink hybrid automatic repeat request HARQ timing relationships in the Target cell are determined, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or

If the dynamic up-downgoing proportional arrangement parameter includes the descending reference up-downgoing proportional arrangement, according to the descending reference up-downgoing proportional arrangement, the descending HARQ timing relationships in the Target cell are determined, and switching and/or data transfer are performed according to the ascending HARQ timing relationship；Or

If the dynamic up-downgoing proportional arrangement parameter, which includes the up-downgoing proportional arrangement, changes the cycle, cycle is changed according to the up-downgoing proportional arrangement, determine that the Target cell changes the cycle of up-downgoing proportional arrangement, and change the cycle of up-downgoing proportional arrangement according to the Target cell of determination, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the transmission information for the order that the instruction up-downgoing proportional arrangement changes, the transmission information of the order changed according to the instruction up-downgoing proportional arrangement, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side is sent, and changed according to the instruction up-downgoing proportional arrangement order at the time of, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the repetition that the dynamic up-downgoing proportional arrangement parameter includes the order that the instruction up-downgoing proportional arrangement changes sends information, the repetition of the order changed according to the instruction up-downgoing proportional arrangement sends information, it is determined that at the time of receiving the order for the instruction up-downgoing proportional arrangement change that network side repetition is sent, and at the time of repeating the order that the instruction up-downgoing proportional arrangement changes sent according to the network side, monitor the order that the up-downgoing proportional arrangement of the Target cell changes；Or

If the dynamic up-downgoing proportional arrangement parameter includes the Radio Network Temporary Identifier flexibly matched, the order that the up-downgoing proportional arrangement for monitoring the Target cell according to the Radio Network Temporary Identifier changes, The order that the instruction up-downgoing proportional arrangement received changes is descrambled.

23rd, the user equipment as described in claim 21 or 22, it is characterised in that the application module is additionally operable to：

Before the order that the instruction up-downgoing proportional arrangement changes is received, using the corresponding static up-downgoing proportional arrangement of the Target cell.

24th, a kind of first network side apparatus for determining up-downgoing proportional arrangement, it is characterised in that the first network side apparatus includes：

Determining module, for the corresponding Target cell of user equipment for determining to need to switch；

Processing module, for sending switching command to the user equipment, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching command, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Wherein, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches.

25th, first network side apparatus as claimed in claim 24, it is characterised in that the network side equipment belonging to the Target cell during user equipment switching is the second network side equipment；

The processing module is additionally operable to：

Before sending switching command to the user equipment, the switching response message from the second network side equipment is received, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching response message.

26th, first network side apparatus as claimed in claim 25, it is characterised in that the processing module is additionally operable to：

Before switching command being sent to the user equipment, handover request message is sent to second network equipment, the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin is included in wherein described handover request message, so that second network side equipment is according to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

27th, first network side apparatus as claimed in claim 24, it is characterised in that the network side equipment belonging to the Target cell during user equipment switching is first network side apparatus； The determining module specifically for：

According to the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

28th, the first network side apparatus as described in claim 24 ~ 27 is any, it is characterised in that if the Target cell of user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

29th, the first network side apparatus as described in claim 24 ~ 28, it is characterised in that the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：

Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

30th, a kind of the second network side equipment for determining up-downgoing proportional arrangement, it is characterised in that second network side equipment includes：

Parameter determination module, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell for determining user equipment switching；

Notification module, for sending the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell to the user equipment by first network side apparatus, so that the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell described in the user equipment applications；

Wherein, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches；Second network side equipment is the network side equipment belonging to the Target cell when user equipment switches.

31st, the second network side equipment as claimed in claim 30, it is characterised in that the notification module specifically for：

Switching response message is sent to the first network side apparatus, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is included in wherein described switching response message, so that the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by the first network side apparatus. 32nd, the second network side equipment as described in claim 30 or 31, it is characterised in that the parameter determination module specifically for：

The handover request message from the first network side apparatus is received, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter in cell-of-origin in the handover request message；According to the corresponding dynamic up-downgoing proportional arrangement parameter in the cell-of-origin, the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is determined.

33rd, the second network side equipment as described in claim 30 ~ 32 is any, it is characterised in that if the Target cell of user equipment switching has multiple, each the corresponding dynamic up-downgoing proportional arrangement argument section of the Target cell is identical or differs entirely.

34th, the second network side equipment as described in claim 30 ~ 33, it is characterised in that the dynamic up-downgoing proportional arrangement parameter includes part or all of in following parameters：

Up-downgoing proportional arrangement aggregate information, up reference up-downgoing proportional arrangement, descending reference up-downgoing proportional arrangement, up-downgoing proportional arrangement change cycle, the transmission information for indicating the order that up-downgoing proportional arrangement changes, indicate that the repetition for the order that up-downgoing proportional arrangement changes sends information, and the Radio Network Temporary Identifier flexibly matched.

35th, a kind of system for determining up-downgoing proportional arrangement, it is characterised in that the system includes：First network side apparatus, for the corresponding Target cell of user equipment for determining to need to switch；Switching command is sent to the user equipment, wherein including the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell in the switching command, the first network side apparatus is the network side equipment belonging to the cell-of-origin when user equipment switches；

User equipment, for receiving the switching command from network side, wherein the switching command includes the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell；Using the corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell.

36th, system as claimed in claim 35, it is characterised in that the cell-of-origin during user equipment switching is different with the network side equipment belonging to the Target cell；The system also includes：

Second network side equipment, the corresponding dynamic up-downgoing proportional arrangement parameter of Target cell for determining user equipment switching；The corresponding dynamic up-downgoing proportional arrangement parameter of the Target cell is sent to the user equipment by first network side apparatus, wherein second network side equipment switches for the user equipment When Target cell belonging to network side equipment