CN103891190A - Multi-streaming transmission technology based information feedback method and system - Google Patents
Multi-streaming transmission technology based information feedback method and system Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L1/00—Arrangements for detecting or preventing errors in the information received
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Abstract
The present invention relates to the technical field of wireless communications. Disclosed are a multi-streaming transmission technology based information feedback method and system, so as to reduce the possibility of the problem such as retransmission, repeated transmission, and improper scheduling of higher-layer data occurring in a cell handover, to save system resources. The method of the present invention comprises: a terminal device identifying a type of a cell where the terminal device is currently located; determining a channel encoding order according to the type of the cell where the terminal device is currently located, the channel encoding order comprising: preferentially arranging a timing reference time before a non timing reference cell; and performing, according to the channel encoding order, channel encoding on information to be sent. The present invention is applicable to an information feedback process in the multi-streaming transmission technology.
Description
A kind of information feedback method and systems technology field based on multiple stream transmission technology
The present invention relates to wireless communication technology field, more particularly to a kind of information feedback method and system based on multiple stream transmission technology.
Background technology
With the development of wireless communication technology, in existing 3GPP (3rd Generation Partnership Project third generation partner programs）Technological frame in, developed MF-Tx (Multiflow Transmission, multiple stream transmission）Technology, to improve terminal device（User Equipment, UE) data interaction in a communication network speed.So-called MF-Tx, is primarily referred to as utilizing a base station equipment（Base station, NodeB the collaboration between multiple cells in multiple cells or multiple base station equipments in), downlink data is sent to the terminal device in the overlapping region of these cells, so as to improve peak rate when terminal device receives downlink data.For example：In SF-DC (Single Frequency Dual Cell, single carrier double small area）In, the double small area in affiliated same base station equipment is same frequency, and with the coverage property differed, as shown in Fig. 1, the covering of cell 1 and cell 2 has overlapping region.When terminal device initiates business in the overlapping region of double MPS process, terminal device can be simultaneously by carrying out data interaction, so as to lift peak rate in the two cells with own base station equipment.It should be noted that because the cell that data are transmitted to terminal device by original one becomes multiple, then for the ease of cell control and pipe
Reason, the attributes such as main plot, secondary cell have been formulated in 3GPP agreements, so that terminal device with base station equipment during data interaction is carried out, it can be determined according to the attribute of cell to terminal device, to be sent to the channel coding order of the feedback information of base station equipment.Such as：
In Fig. 1, cell 1 is serving cell（Serving HS-DSCH cell), cell 2 is auxiliary serving cell（ assisting serving HS-DSCH cell ).Then the channel coding order of terminal device is：The corresponding feedback information of the corresponding feedback information cell 2 of cell 1, for example：The corresponding feedback information of cell 1 is CQI0, and the corresponding feedback information of cell 2 is CQI1.Base station equipment is decoded after the feedback information of terminal device transmission is received, and according to the channel coding order of terminal device, determine such as CQI (the Channel Quality Indicator coded by terminal device, channel quality is indicated), the cell corresponding to the information such as HARQ-ACK (Hybrid Automatic Repeat Request- Acknowledgement, hybrid automatic repeat-request-confirmation).
But, position during user's using terminal equipment is frequently not changeless, with movement of the terminal device in cell coverage area, and the attribute for covering each cell of the terminal device often switches, for example：
At the first moment, serving cell is cell 1, and assistant service cell is cell 2, and due to the change in location of terminal device, at the second moment, serving cell has switched to cell 2 by cell 1, and assistant service cell has switched to cell 1 by cell 2.After the attribute switching of cell 1 and cell 2 is finished, the channel coding order of terminal device is changed into：1st, the corresponding feedback information of cell 2 ----2, the corresponding feedback information of cell 1, for example：The corresponding feedback information of cell 2 is CQI0,1 pair of cell
The feedback information answered is CQI1.Likewise, base station equipment is also required to switch over the channel coding order of institute's foundation, to be allowed to identical with terminal device, so that ensure base station equipment after the decoding, the cell corresponding to the correct information determined coded by terminal device.
But, in the prior art, when cell asynchronised handover occurs for terminal device and base station equipment, during which terminal device still may be needed to base station equipment feedback information.Now, if there is a side not complete the attribute switching of place cell in base station equipment or terminal device, then difference occurs to the channel coding order of the channel coding of feedback information order and base station equipment institute foundation in terminal device, prevent base station equipment is from correctly determining the cell corresponding to the information coded by terminal device, there is the problems such as out of order caused high level data of feedback information retransmits, repeats to transmit and dispatch improper, in this case, base station equipment generally requires the extra system resource of consuming and transmits the data gone wrong again, for example：Base station equipment can send the correctly received data of terminal device to terminal device again, so as to cause the waste of system resource.
The content of the invention
Embodiments of the invention provide a kind of information feedback method and system based on multiple stream transmission technology, it can reduce when cell switches, during terminal device and base station equipment interaction feedback information, the probability for the problems such as out of order caused high level data of feedback information of appearance retransmits, repeats to transmit and dispatch improper, so as to save system resource.To reach above-mentioned purpose, embodiments of the invention are adopted the following technical scheme that：
On the one hand, embodiments of the invention provide a kind of information feedback method, and this method is based on multiple stream transmission technology, including：The type for the cell that terminal device identification is currently located, the type of the cell includes timing reference cell and non-timed reference cell；
The type for the cell being currently located according to the terminal device, determines channel coding order, and the channel coding order includes：Timing reference cell prioritization is before non-timed reference cell；
According to channel coding order, channel coding is carried out to sent information, the information to be sent includes：The feedback information corresponding to each cell that the terminal device is currently located；
The information to be sent that have passed through channel coding is sent to base station equipment.
On the other hand, embodiments of the invention provide a kind of information feedback method, and this method is based on multiple stream transmission technology, including：
The feedback information that have passed through channel coding that base station equipment receiving terminal apparatus is sent, the information that have passed through channel coding includes：The feedback information corresponding to each cell that the terminal device is currently located；
Channel decoding is carried out to the feedback information, the channel is decoded as the inverse process of the channel coding；
According to channel coding order, the corresponding feedback information of cell where determining the terminal device, the channel coding order that the channel coding order is followed when carrying out channel coding with the terminal device is identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell.
Another further aspect, embodiments of the invention provide a kind of terminal device, and the terminal device is based on multiple stream transmission technology, including：
Identification module, the type for recognizing the cell being currently located, the type of the cell includes timing reference cell and non-timed reference cell；
Determining module, for the type for the cell being currently located according to the terminal device, determines channel coding order, the channel coding order includes：Timing reference cell prioritization is before non-timed reference cell；
Coding module, for according to channel coding order, channel coding to be carried out to sent information, the information to be sent includes：The feedback information corresponding to each cell that the terminal device is currently located；
Sending module, the information to be sent of channel coding is have passed through for being sent to base station equipment.
Another further aspect, embodiments of the invention provide a kind of base station equipment, and the base station equipment is based on multiple stream transmission technology, including：
Receiving module, the information that have passed through channel coding sent for receiving terminal apparatus, the information that have passed through channel coding includes：The feedback information corresponding to each cell that the terminal device is currently located；
Decoder module, for carrying out channel decoding to the feedback information, the channel is decoded as the inverse process of the channel coding；
Analysis module, for according to channel coding order, the corresponding feedback information of cell where determining the terminal device, the channel coding order that the channel coding order is followed when carrying out channel coding with the terminal device to be identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell.
Another further aspect, embodiments of the invention provide a kind of base station equipment, and the base station equipment is based on multiple stream transmission technology, including：The terminal device, the type for the cell being currently located is recognized, the type of the cell includes timing reference cell and non-timed reference cell, and the type for the cell being currently located according to the terminal device, channel coding order is determined, the channel coding order includes：Timing reference cell prioritization afterwards according to channel coding order, channel coding is carried out to sent information, the information to be sent includes before non-timed reference cell：The feedback information corresponding to each cell that the terminal device is currently located most after sent to base station equipment and have passed through the information to be sent of channel coding；The base station equipment, the information that have passed through channel coding that receiving terminal apparatus is sent, the information that have passed through channel coding includes：The feedback information corresponding to each cell that the terminal device is currently located, channel decoding is carried out to the feedback information afterwards, the channel is decoded as the inverse process of the channel coding, finally according to channel coding order, the corresponding feedback information of cell where determining the terminal device, the channel coding order that the channel coding order is followed when carrying out channel coding with the terminal device is identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell.
Information feedback method and system provided in an embodiment of the present invention based on multiple stream transmission technology, can determine the attribute of the channel coding order of cell feedback information as terminal device using timing reference cell/non-timed reference cell.Compared with prior art, due to the switching frequency and infrequently of timing reference cell/non-timed this attribute of reference cell, the present invention can reduce when cell switches terminal device to
During base station equipment feedback of the information, there is the probability for the problems such as out of order caused high level data of feedback information retransmits, repeats to transmit and dispatch improper, save system resource.
Brief description of the drawings
Technical scheme in order to illustrate the embodiments of the present invention more clearly, to the embodiment and in the prior art required accompanying drawing used is made into cylinder below singly to introduce, apparently, drawings in the following description are only some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the networking of the prior art based on multiple stream transmission technology；Fig. 2 is the flow chart for the information feedback method that the embodiment of the present invention 1 is provided；
Fig. 3 a are a kind of flow chart for information feedback method that the embodiment of the present invention 2 is provided；
Fig. 3 b are the flow chart for another information feedback method that the embodiment of the present invention 2 is provided；Fig. 3 c are the flow chart for another information feedback method that the embodiment of the present invention 2 is provided；Fig. 4 is the structural representation for the information feedback method that the embodiment of the present invention 3 is provided；
Fig. 5 is the structural representation for the terminal device that the embodiment of the present invention 4 is provided；
Fig. 6 a are a kind of structural representation for terminal device that the embodiment of the present invention 5 is provided；
Fig. 6 b are the structural representation for another terminal device that the embodiment of the present invention 5 is provided；Fig. 7 is the structural representation for the base station equipment that the embodiment of the present invention 6 is provided；
Fig. 8 is the structural representation for the information feedback system based on multiple stream transmission technology that the embodiment of the present invention 7 is provided.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, all other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.
To make the advantage of technical solution of the present invention clearer, the present invention is elaborated with reference to the accompanying drawings and examples.
Embodiment 1
The embodiment of the present invention provides a kind of information feedback method, as shown in Fig. 2 including：
The present embodiment is based on multiple stream transmission technology.
5201, the type for the cell that terminal device identification is currently located.
Wherein, the type of cell includes timing reference cell and non-timed reference cell.
In the present embodiment, it is timing reference cell or non-timed reference cell that terminal device can be currently located cell by existing technological means identification terminal equipment, for example：Terminal device can receive RNC (Radio Network Controller, radio network controller in existing communication system）The signaling issued is indicated, and is known which cell is timing reference cell according to the instruction, and others are exactly non-timed reference cell.
5202, the type for the cell being currently located according to the terminal device determines channel coding order.Wherein, channel coding order includes：Timing reference cell prioritization is in non-timed reference cell
Above.
For example：
During shown in table one is existing 3GPP agreements, under the non-MIMO of SF-DC+ (Multiple Input Multiple Output, multiple-input and multiple-output) scene in MF-Tx（I.e. under the scene, co-exist in two cells and carry out data interaction with terminal device, one of them isservinG HS-DSCH cell, another is assisting serving HS-DSCH cell, and neither one cell is in MIM0 patterns）Channel coding order.
Table one
Wherein, what " AO " and " CQIO " was represented is the HARQ-ACK information and CQI information of timing reference cell；" Α Γ, and " CQI1 " represent be non-timing reference cell HARQ-ACK information and CQI information.I.e. channel coding is sequentially：The HARQ-ACK information and CQI information of timing reference cell, the HARQ-ACK information and CQI information of re-encoding non-timed reference cell are encoded first.
Again for example：
During shown in table two is existing 3GPP agreements, under the SF-DC+ MIMO scenes in MF-Tx（I.e. under the scene, co-exist in two cells and carry out data interaction with terminal device, one of them is serving HS-DSCH cell, and another is assisting serving HS-DSCH cell, and
At least one cell is in MIMO mode）Channel coding order.
Table two
Wherein, what " AO " and " PCI/CQIO " was represented is the HARQ-ACK information and PCI/CQI information of timing reference cell；What " A1 " and " PCI/CQI1 " was represented is the HARQ-ACK information and PCI/CQI information of non-timing reference cell.I.e. channel coding is sequentially：The HARQ-ACK information and PCI/CQI information of timing reference cell, the HARQ-ACK information and PCI/CQI information of re-encoding non-timed reference cell are encoded first.
5203, according to channel coding order, channel coding is carried out to sent information.
Wherein, information to be sent includes：The feedback information corresponding to each cell that the terminal device is currently located, for example：HARQ-ACK information and CQI information etc..
It should be noted that terminal device is according to channel coding order, the embodiment that channel coding is carried out to sent information can be any-mode well-known to those skilled in the art, will not be repeated here.
5204, the information to be sent that have passed through channel coding is sent to base station equipment.
It should be noted that the embodiment of the present invention and the maximum difference of prior art are：The embodiment of the present invention can determine feedback information according to the timing reference of cell and the attribute of non-timed reference（Such as：
HARQ-ACK information and CQI/PCI information）Channel coding order；And prior art be based on serving cell and the attribute of assistant service cell come determine send feedback information channel coding order.
In the prior art, terminal device determines whether to switch the attribute of each cell and changes the order of send feedback information according to the attribute of serving cell and assistant service cell, position in the wireless network or the channel circumstance of each cell depending on terminal device.Can often it be moved during due to user's using terminal equipment, the channel circumstance of each cell can also change, so the probability for occurring serving cell switching is very high, once serving cell switching switches, then serving cell and the attribute of assistant service cell necessarily switch, the channel coding order of the feedback information such as HARQ-ACK information and CQI/PCI information will necessarily change, so that in actual applications, terminal device needs to be frequently changed the order of send feedback information, as a result the out of order caused high level data of feedback information is caused to retransmit, the problems such as repetition is transmitted and dispatches improper.So that base station and terminal device need to take the system resources such as extra calculation resources, channel resource, to the feedback letter of loading error occurring, corresponding data carry out the remedial processing such as transmission again, it is evident that cause the waste of system resource.
In comparison, whether switch between timing reference cell and non-timed reference cell, whether exceed certain limit depending on the timing difference between cell.The change of timing difference is main as caused by crystal oscillator frequency difference in cell own base station equipment, due to can periodically do timing alignment between base station equipment, can be with the change of timing difference between basic guarantee cell in the range of very little, the timing reference and non-timed for then occurring cell refer to the switching probability very little of attribute, or even will not be switched substantially in a longer period.
So, compared with prior art, due to the switching frequency and infrequently of timing reference cell/non-timed this attribute of reference cell, base station equipment and terminal device allow with identical channel coding sequential working, and it is not required to be frequently changed channel coding order, the possibility of asynchronised handover is carried out so as to reduce base station equipment and terminal device, allow the invention to reduction when cell switches terminal device to during base station equipment feedback of the information, there is the out of order caused high level data of feedback information to retransmit, the probability for the problems such as repetition is transmitted and dispatches improper, save system resource.
Embodiment 2
The embodiment of the present invention provides a kind of information feedback method, as shown in Figure 3 a, including：
The present embodiment is based on multiple stream transmission technology.
5301, the type for the cell that terminal device identification is currently located.
Wherein, the type of cell includes timing reference cell and non-timed reference cell.
5302, the type for the cell being currently located according to the terminal device determines channel coding order.Wherein, channel coding order includes：Timing reference cell comes the first place of all cells all the time.In the present embodiment, S302 can include：
S3021, group of the non-timed for determining that the terminal device is currently located belonging to reference cell.Wherein, terminal device be currently located non-timed reference cell quantity be more than or equal to 2.
In the present embodiment, terminal device can be by the packet relation of default timing reference cell under each scene in MF-Tx/non-timed reference cell, group of the non-timed for determining that terminal device is currently located belonging to reference cell.For example：
Shown in table three and table four all be existing 3GPP agreements, channel coding order under DF-3C (cell of 3 Cell dual carriers of Dual Freq terminal devices ncy three)+non-MIMO scene in MF-Tx.
Specifically, the scene is also divided into two kinds of situations：
1) group where timing reference cell is altogether containing two cells:
Table three
I.e. in table three, one the non-timed reference cell with timing reference cell in a group（Group 1), wherein, the corresponding timing reference cells of cell 0；Non-timed reference cell where the correspondences of cell 1 timing reference cell in group；In the remaining group of the correspondences of cell 2（Group 2) non-timed reference cell.
2) group where timing reference cell is altogether containing a cell：
Table four
I.e. in table four, timing reference cell individually in a group, other non-timed reference cell in another set, wherein, the corresponding timing reference cells of cell 0；In the remaining group of the correspondences of cell 1 one the non-timed reference cell；Another reference cell in the remaining group of the correspondences of cell 2 non-timed.
Again for example：
Shown in table five and table six all be existing 3GPP agreements, the DF-3C+ in MF-Tx
Channel coding order under MIMO scene.
Specifically, the scene is also divided into two kinds of situations:
1) group where timing reference cell is altogether containing two cells:
Table five
I.e. in table five, cell O correspondences timing reference cell；Non-timed reference cell where the correspondences of cell 1 timing reference cell in group；Non-timed reference cell in the remaining group of the correspondences of cell 2.
2) group where timing reference cell is altogether containing a cell:
Table six
I.e. in table six, cell O correspondences timing reference cell；Non-timed reference cell in the remaining group of the correspondences of cell 1；Non-timed reference cell in the remaining group of the correspondences of cell 2.
Again for example：
During shown in table seven is existing 3GPP agreements, the DF-4C (cells of 3 Cell dual carriers of Dual Freq terminal devices ncy four in MF-Tx）Channel coding order under+non-MIMO scene.
MF Active cells HS-DPCCH subfr ame #1 HS-DPCCH subfr ame #2 case Group 1 Group 2 Slot 0 Slot 1 Slot 2 Slot 0 Slot 1 Slot 2
0 1 2 3
1 1 A A A A AO&A A2&A3 CQIO con AO&A A2&A CQI2 CQI3
1 1 3
1 2 A A A - AO&A A2&D CQIO con AO&A A2&D CQI2 CQI2
1 1
1 3 A - A A AO&D A2&A3 CQIO CQIO AO&D A2&A CQI2 CQI3
3
14 A-A-AO＆D A2＆D CQIO CQIO AO＆D A2＆D CQI2 CQI2 tables seven are i.e. in table seven, the corresponding timing reference cells of cell 0；Non-timed reference cell where the correspondences of cell 1 timing reference cell in group；Non-timed reference cell in the remaining group of the correspondences of cell 2；Non-timed reference cell in the remaining group of the correspondences of cell 3.
Again for example：
During shown in table eight is existing 3GPP agreements, the channel coding order under the DF-4C+MIMO scenes in MF-Tx.
Table eight is i.e. in table eight, the corresponding timing reference cells of cell 0；Non-timed reference cell where the correspondences of cell 1 timing reference cell in group；Non-timed reference cell in the remaining group of the correspondences of cell 2；Non-timed reference cell in the remaining group of the correspondences of cell 3.
S3022, the non-timed reference cell in each group is arranged in order according to carrier wave order.
In the present embodiment, terminal device can refer to the non-timed in each group according to carrier wave order
Cell is arranged in order, for example：Under the DF-4C+MIMO scenes shown in table eight, terminal device can according to carrier wave order by the cell 2 and cell 3 in Group 2 this group this two the non-timed reference cell be arranged in： cell 2 cell 3.Similarly, in MF-Tx under other scenes, the non-timed reference cell in each group can also be arranged in order by terminal device by same procedure according to carrier wave order.
Further, because in actual applications, the packet situation of reference cell has two kinds, i.e.,：1st, there is at least one reference cell where timing reference cell in group non-timed；2nd, non-timed reference cell is not present where timing reference cell in group.Then S3022 can include two kinds of flows arranged side by side：First, as shown in Figure 3 b, when there is at least one non-timed reference cell in group where timing reference cell：
Group where timing reference cell is set as the 1st group of Groupl, then the non-timed reference cell in each group is arranged in order according to carrier wave order and can included：
530221, by the non-timed reference cell in the 1st group of Groupl, the 1st position, the 2nd position are arranged sequentially until M positions according to carrier wave.
530222, by the non-timed reference cell in the 2nd group of Group2, M+1 positions, M+2 positions are sequentially arranged in until M+N positions according to carrier wave order.
Similarly, repeat S30221 to S30222 flow, until by the non-timed reference cell in Group X, Y location, Y+1 positions are sequentially arranged in up to Z location according to carrier wave order, so that the non-timed reference cell that all terminal devices are currently located is arranged in order according to carrier wave order.
It should be noted that M, N and X are the positive integer more than 0, Y is equal to last in X-1 groups
Position number+1, Z is more than or equal to bifurcation.
Second, as shown in Figure 3 c, when non-timed reference cell is not present in group where timing reference cell：Group where timing reference cell is set as the 1st group of Groupl, then the non-timed reference cell in each group is arranged in order according to carrier wave order and can included：
530223, by the non-timed reference cell in the 1st group of Groupl, the 1st position, the 2nd position are arranged sequentially until M positions according to carrier wave.
530224, by the non-timed reference cell in the 2nd group of Group2, M+1 positions, M+2 positions are sequentially arranged in until M+N positions according to carrier wave order.
Similarly, repeat S30223 to S30224 flow, until by the non-timed reference cell in Group X, Y location, Y+1 positions are sequentially arranged in up to Z location according to carrier wave order, so that the non-timed reference cell that all terminal devices are currently located is arranged in order according to carrier wave order.
It should be noted that M, N and X are the positive integer more than 0, Y is equal to rearmost position sequence number+1 in X-1 groups, and Z is more than or equal to bifurcation.
S3023, the non-timed reference cell by arrangement is arranged in behind timing reference cell.In the present embodiment, no matter the non-timed reference cell how to arrange, terminal device all the time comes timing reference cell the first place of all cells all the time, for example：As shown in Table 8, when terminal device is encoded according to channel coding order to feedback information, the information that timing reference cell corresponds to the PCI/CQI0 in existing protocol all the time and other suffix numbering is " 0 ".
S303, according to channel coding order, channel coding is carried out to sent information.
Wherein, information to be sent includes：The feedback information corresponding to each cell that the terminal device is currently located.
S304, the information to be sent that have passed through channel coding is sent to base station equipment.
Information feedback method provided in an embodiment of the present invention based on multiple stream transmission technology, can determine the attribute of the channel coding order of cell feedback information as terminal device using timing reference cell/non-timed reference cell.Compared with prior art, due to the switching frequency and infrequently of timing reference cell/non-timed this attribute of reference cell, the present invention can reduce when cell switches terminal device to during base station equipment feedback of the information, there is the probability for the problems such as out of order caused high level data of feedback information retransmits, repeats to transmit and dispatch improper, save system resource.
Embodiment 3
The embodiment of the present invention provides a kind of method of feedback of the information, as shown in figure 4, including：
5401, the feedback information that have passed through channel coding that base station equipment receiving terminal apparatus is sent.Wherein, have passed through the information of channel coding includes：The feedback information corresponding to each cell that terminal device is currently located.
5402, channel decoding is carried out to the feedback information.
It should be noted that the inverse process that the specific implementation process that base station equipment carries out channel decoding, which is terminal device portion, carries out the specific implementation process of channel coding to feedback information, to be well known to those skilled in the art.
5403, according to channel coding order, the corresponding feedback of cell where determining the terminal device
Information.
Wherein, the channel coding order followed when channel coding order carries out channel coding with terminal device is identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell.
In the present embodiment, base station equipment need according to terminal device identical channel coding order, the corresponding feedback information of cell where determining the terminal device, specific embodiment can with it is same as the prior art, repeat no more.Unlike the prior art, the channel coding order that base station equipment is followed with terminal device includes：Timing reference cell prioritization is before non-timed reference cell.Timing reference cell/non-timed reference cell is determined into the attribute of the channel coding order of cell feedback information as terminal device.
Information feedback method provided in an embodiment of the present invention based on multiple stream transmission technology, can determine the attribute of the channel coding order of cell feedback information as terminal device using timing reference cell/non-timed reference cell.Compared with prior art, due to the switching frequency and infrequently of timing reference cell/non-timed this attribute of reference cell, the present invention can reduce when cell switches terminal device to during base station equipment feedback of the information, there is the probability for the problems such as out of order caused high level data of feedback information retransmits, repeats to transmit and dispatch improper, save system resource.
Embodiment 4
The embodiment of the present invention provides a kind of terminal device, as shown in figure 5, including：
The present embodiment is based on multiple stream transmission technology.
Identification module 51, the type for recognizing the cell being currently located, the type of the cell includes
Timing reference cell and non-timed reference cell；
Determining module 52, for the type for the cell being currently located according to the terminal device, determines channel coding order, the channel coding order includes：Timing reference cell prioritization is before non-timed reference cell；
Coding module 53, for according to channel coding order, channel coding to be carried out to sent information, the information to be sent includes：The feedback information corresponding to each cell that the terminal device is currently located；
Sending module 54, the information to be sent of channel coding is have passed through for being sent to base station equipment.
The terminal device that the present embodiment is provided, can determine the attribute of the channel coding order of cell feedback information as terminal device using timing reference cell/non-timed reference cell, and determine by determining module the channel coding order of cell feedback information according to this.Compared with prior art, due to the switching frequency and infrequently of timing reference cell/non-timed this attribute of reference cell, the present invention can reduce when cell switches terminal device to during base station equipment feedback of the information, there is the probability for the problems such as out of order caused high level data of feedback information retransmits, repeats to transmit and dispatch improper, save system resource.
Embodiment 5
The embodiment of the present invention provides a kind of terminal device, as shown in Figure 6 a, including：
The present embodiment is based on multiple stream transmission technology.
Identification module 61, the type for recognizing the cell being currently located, the type of the cell includes
Timing reference cell and non-timed reference cell.
Determining module 62, for the type for the cell being currently located according to the terminal device, determines channel coding order, the channel coding order includes：Timing reference cell prioritization is before non-timed reference cell.
Wherein, terminal device be currently located non-timed reference cell quantity be more than or equal to 2, the determining module 62 includes：
Non-timed reference cell arrangement units 621, the non-timed reference cell for the terminal device to be currently located is arranged according to preset rules.
Wherein, as shown in Figure 6 b, non-timed reference cell arrangement units 621 include：Group determination subelement 6211, for group of the non-timed belonging to reference cell for determining that the terminal device is currently located.
Subelement 6212 is arranged, for the non-timed reference cell in each group to be arranged in order according to carrier wave order.
Further, non-timed reference cell arrangement units 621 can be used for following two kinds of scenes：First, group where there is at least one reference cell, timing reference cell in group where timing reference cell is set as the 1st group of Groupl non-timed, in non-timed reference cell arrangement units 621：
The arrangement subelement 6212, is additionally operable to, by the non-timed reference cell in the 1st group of Groupl determined by the group determination subelement, be arranged sequentially the 1st position, the 2nd position according to carrier wave straight
To M positions.
The arrangement subelement 6212, is additionally operable to the non-timed reference cell in the 2nd group of Group2 determined by the group determination subelement, and M+1 positions, M+2 positions are sequentially arranged in until M+N positions according to carrier wave order.
Similarly, the arrangement subelement 6212, it is additionally operable to the non-timed reference cell in the Group X determined by the group determination subelement, Y location, Y+1 positions are sequentially arranged in until Z location according to carrier wave order, so that the non-timed reference cell that all terminal devices are currently located is arranged in order according to carrier wave order, M, N and X are the positive integer more than 0, and Y is equal to rearmost position sequence number+1 in X-1 groups, and Z is more than or equal to bifurcation.
Second, group where non-timed reference cell, timing reference cell is not present in group where timing reference cell is set as the 1st group of Groupl, in non-timed reference cell arrangement units 621：
The arrangement subelement 6212, is additionally operable to the non-timed reference cell in the 1st group of Groupl determined by the group determination subelement, and the 1st position, the 2nd position are arranged sequentially until M positions according to carrier wave.
The arrangement subelement 6212, is additionally operable to the non-timed reference cell in the 2nd group of Group2 determined by the group determination subelement, and M+1 positions, M+2 positions are sequentially arranged in until M+N positions according to carrier wave order.
Similarly, the arrangement subelement 6212, is additionally operable to, by the non-timed reference cell in the Group X determined by the group determination subelement, Y location, Y+1 are sequentially arranged according to carrier wave order
Position is until z location, so that the non-timed reference cell that all terminal devices are currently located is arranged in order according to carrier wave order, M, N and X are the positive integer more than 0, and Y is equal to rearmost position sequence number+1 in X-1 groups, and Z is more than or equal to bifurcation.
Reference cell arrangement units 622, for being arranged in the non-timed reference cell by arrangement behind timing reference cell.
Coding module 63, for according to channel coding order, channel coding to be carried out to sent information, the information to be sent includes：The feedback information corresponding to each cell that the terminal device is currently located.Further, channel coding order includes：Timing reference cell comes the first place of all cells all the time.
Sending module 64, the information to be sent of channel coding is have passed through for being sent to base station equipment.
The terminal device that the present embodiment is provided, can determine the attribute of the channel coding order of cell feedback information as terminal device using timing reference cell/non-timed reference cell, and determine by determining module the channel coding order of cell feedback information according to this.Compared with prior art, due to the switching frequency and infrequently of timing reference cell/non-timed this attribute of reference cell, the present invention can reduce when cell switches terminal device to during base station equipment feedback of the information, there is the probability for the problems such as out of order caused high level data of feedback information retransmits, repeats to transmit and dispatch improper, save system resource.
Embodiment 6
The embodiment of the present invention provides a kind of base station equipment, as shown in fig. 7, comprises：
The present embodiment is based on multiple stream transmission technology.
Receiving module 71, the information that have passed through channel coding sent for receiving terminal apparatus, the information that have passed through channel coding includes：The feedback information corresponding to each cell that the terminal device is currently located；
Decoder module 72, for carrying out channel decoding to the feedback information, the channel is decoded as the inverse process of the channel coding；
Analysis module 73, for according to channel coding order, the corresponding feedback information of cell where determining the terminal device, the channel coding order that the channel coding order is followed when carrying out channel coding with the terminal device to be identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell.
The base station equipment that the present embodiment is provided, timing reference cell/non-timed reference cell can be determined the attribute of the channel coding order of cell feedback information as terminal device, and determine by analysis module the corresponding feedback information of cell where terminal device according to this.Compared with prior art, due to the switching frequency and infrequently of timing reference cell/non-timed this attribute of reference cell, the present invention can reduce when cell switches terminal device to during base station equipment feedback of the information, there is the probability for the problems such as out of order caused high level data of feedback information retransmits, repeats to transmit and dispatch improper, save system resource.
Embodiment 7
The embodiment of the present invention provides a kind of information feedback system based on multiple stream transmission technology, such as Fig. 8 institutes
Show, including：
Including：Terminal device 81 and base station equipment 82, wherein：
The terminal device 81, the type for the cell being currently located is recognized, the type of the cell includes timing reference cell and non-timed reference cell, and the type for the cell being currently located according to the terminal device 81, channel coding order is determined, the channel coding order includes：Timing reference cell prioritization afterwards according to channel coding order, channel coding is carried out to sent information, the information to be sent includes before non-timed reference cell：The feedback information corresponding to each cell that the terminal device 81 is currently located most after sent to base station equipment 82 and have passed through the information to be sent of channel coding.
The base station equipment 82, the information that have passed through channel coding that receiving terminal apparatus 81 is sent, the information that have passed through channel coding includes：The feedback information corresponding to each cell that the terminal device 81 is currently located, channel decoding is carried out to the feedback information afterwards, the channel is decoded as the inverse process of the channel coding, finally according to channel coding order, determine the corresponding feedback information of cell where the terminal device 81, the channel coding order that the channel coding order is followed when carrying out channel coding with the terminal device 81 is identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell.
Wherein, the channel coding order includes：Timing reference cell comes the first place of all cells all the time.
The information feedback system based on multiple stream transmission technology that the present embodiment is provided, can be by timing reference
Cell/non-timed reference cell determines the attribute of the channel coding order of cell feedback information as terminal device.Compared with prior art, due to the switching frequency and infrequently of timing reference cell/non-timed this attribute of reference cell, the present invention can reduce when cell switches terminal device to during base station equipment feedback of the information, there is the probability for the problems such as out of order caused high level data of feedback information retransmits, repeats to transmit and dispatch improper, save system resource.Each embodiment in this specification is described by the way of progressive, and identical similar part is mutually referring to what each embodiment was stressed is the difference with other embodiment between each embodiment.For apparatus embodiments, because it is substantially similar to embodiment of the method, so describing that cylinder list must be compared, the relevent part can refer to the partial explaination of embodiments of method.One of ordinary skill in the art will appreciate that realizing all or part of flow in above-described embodiment method, computer program is can be by instruct the hardware of correlation to complete, described program can be stored in a computer read/write memory medium, the program is upon execution, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, described storage medium for magnetic disc, CD, read-only memory (Read-Only Memory, ROM) or random can deposit ^ ^ oneself recalls body (Random Access
Memory, RAM) etc..
It is described above; only embodiment of the invention, but protection scope of the present invention is not limited thereto, any one skilled in the art the invention discloses technical scope in; the change or replacement that can be readily occurred in, should all be included within the scope of the present invention.Therefore, protection scope of the present invention should be defined by scope of the claims.
Claims (11)
- Claims1st, a kind of method of feedback of the information, this method is based on multiple stream transmission technology, it is characterised in that including：The type for the cell that terminal device identification is currently located, the type of the cell includes timing reference cell and non-timed reference cell；The type for the cell being currently located according to the terminal device, determines channel coding order, and the channel coding order includes：Timing reference cell prioritization is before non-timed reference cell；According to channel coding order, channel coding is carried out to sent information, the information to be sent includes：The feedback information corresponding to each cell that the terminal device is currently located；The information to be sent that have passed through channel coding is sent to base station equipment.2nd, information feedback method according to claim 1, it is characterised in that the channel coding order includes：Timing reference cell comes the first place of all cells all the time.3rd, information feedback method according to claim 1, it is characterized in that, the terminal device be currently located non-timed reference cell quantity be more than or equal to 2, the type of the cell being currently located according to the terminal device, determine channel coding order include：The non-timed reference cell that the terminal device is currently located is arranged according to preset rules；The non-timed reference cell by arrangement is arranged in behind timing reference cell.4th, information feedback method according to claim 3, it is characterised in that the non-timed reference cell for being currently located the terminal device includes according to preset rules arrangement： Group of the non-timed for determining that the terminal device is currently located belonging to reference cell；Non-timed reference cell in each group is arranged in order according to carrier wave order.5th, the information feedback method according to claim 1 or 4, it is characterized in that, there is at least one reference cell where timing reference cell in group non-timed, group where timing reference cell is set as the 1st group of Groupl, and the non-timed reference cell that the terminal device is currently located includes according to preset rules arrangement：By the non-timed reference cell in the 1st group of Group 1, the 1st position, the 2nd position are arranged sequentially until M positions according to carrier wave；By the non-timed reference cell in the 2nd group of Group2, the positions of M+ 1, M+2 positions are sequentially arranged in until M+N positions according to carrier wave order；Similarly, until by the non-timed reference cell in Group X, Y location, Y+1 positions are sequentially arranged in until Z location according to carrier wave order, so that the non-timed reference cell that all terminal devices are currently located is arranged in order according to carrier wave order, M, N and X are the positive integer more than 0, Y is equal to rearmost position sequence number+1 in X-1 groups, and Z is more than or equal to bifurcation.6th, the information feedback method according to claim 1 or 4, it is characterized in that, non-timed reference cell is not present where timing reference cell in group, the non-timed reference cell that the terminal device is currently located includes according to preset rules arrangement：By the non-timed reference cell in the 1st group of Group 1, the 1st position, the 2nd position are arranged sequentially until M positions according to carrier wave； By the non-timed reference cell in the 2nd group of Group2, the positions of M+ 1, M+2 positions are sequentially arranged in until M+N positions according to carrier wave order；Similarly, until by the non-timed reference cell in Group X, Y location, Y+1 positions are sequentially arranged in until Z location according to carrier wave order, so that the non-timed reference cell that all terminal devices are currently located is arranged in order according to carrier wave order, M, N and X are the positive integer more than 0, Y is equal to rearmost position sequence number+1 in X-1 groups, and Z is more than or equal to bifurcation.7th, a kind of method of feedback of the information, this method is based on multiple stream transmission technology, it is characterised in that including：The feedback information that have passed through channel coding that base station equipment receiving terminal apparatus is sent, the information that have passed through channel coding includes：The feedback information corresponding to each cell that the terminal device is currently located；Channel decoding is carried out to the feedback information, the channel is decoded as the inverse process of the channel coding；According to channel coding order, the corresponding feedback information of cell where determining the terminal device, the channel coding order that the channel coding order is followed when carrying out channel coding with the terminal device is identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell.8th, a kind of terminal device, the terminal device is based on multiple stream transmission technology, it is characterised in that including：Identification module, the type for recognizing the cell being currently located, the type of the cell includes timing reference cell and non-timed reference cell； Determining module, for the type for the cell being currently located according to the terminal device, determines channel coding order, the channel coding order includes：Timing reference cell prioritization is before non-timed reference cell；Coding module, for according to channel coding order, channel coding to be carried out to sent information, the information to be sent includes：The feedback information corresponding to each cell that the terminal device is currently located；Sending module, the information to be sent of channel coding is have passed through for being sent to base station equipment.9th, terminal device according to claim 8, it is characterised in that the channel coding order includes：Timing reference cell comes the first place of all cells all the time.10th, terminal device according to claim 8, it is characterised in that the terminal device be currently located non-timed reference cell quantity be more than or equal to 2, the determining module includes：Non-timed reference cell arrangement units, the non-timed reference cell for the terminal device to be currently located is arranged according to preset rules；Reference cell arrangement units, for being arranged in the non-timed reference cell by arrangement behind timing reference cell.11st, terminal device according to claim 10, it is characterised in that non-timed reference cell arrangement units include：Group determination subelement, for group of the non-timed belonging to reference cell for determining that the terminal device is currently located； Subelement is arranged, for the non-timed reference cell in each group to be arranged in order according to carrier wave order.12nd, the terminal device according to claim 8 or 11, it is characterized in that, there is at least one reference cell where timing reference cell in group, group where timing reference cell is set as the 1st group of Groupl, and non-timed reference cell arrangement units include non-timed：The arrangement subelement, is additionally operable to the non-timed reference cell in the 1st group of Groupl determined by the group determination subelement, and the 1st position, the 2nd position are arranged sequentially until M positions according to carrier wave；The arrangement subelement, is additionally operable to the non-timed reference cell in the 2nd group of Group2 determined by the group determination subelement, and M+1 positions, M+2 positions are sequentially arranged in until M+N positions according to carrier wave order；Similarly, the arrangement subelement, it is additionally operable to the non-timed reference cell in the Group X determined by the group determination subelement, Y location, Y+1 positions are sequentially arranged in until Z location according to carrier wave order, so that the non-timed reference cell that all terminal devices are currently located is arranged in order according to carrier wave order, M, N and X are the positive integer more than 0, and Y is equal to rearmost position sequence number+1 in X-1 groups, and Z is more than or equal to bifurcation.13rd, the terminal device according to claim 8 or 12, it is characterised in that non-timed reference cell is not present where timing reference cell in group, the non-timed reference cell that the terminal device is currently located includes according to preset rules arrangement： The arrangement subelement, is additionally operable to the non-timed reference cell in the 1st group of Groupl determined by the group determination subelement, and the 1st position, the 2nd position are arranged sequentially until M positions according to carrier wave；The arrangement subelement, is additionally operable to the non-timed reference cell in the 2nd group of Group2 determined by the group determination subelement, and M+1 positions, M+2 positions are sequentially arranged in until M+N positions according to carrier wave order；Similarly, the arrangement subelement, it is additionally operable to the non-timed reference cell in the Group X determined by the group determination subelement, Y location, Y+1 positions are sequentially arranged in until Z location according to carrier wave order, so that the non-timed reference cell that all terminal devices are currently located is arranged in order according to carrier wave order, M, N and X are the positive integer more than 0, and Y is equal to rearmost position sequence number+1 in X-1 groups, and Z is more than or equal to bifurcation.14th, a kind of base station equipment, the base station equipment is based on multiple stream transmission technology, it is characterised in that including：Receiving module, the information that have passed through channel coding sent for receiving terminal apparatus, the information that have passed through channel coding includes：The feedback information corresponding to each cell that the terminal device is currently located；Decoder module, for carrying out channel decoding to the feedback information, the channel is decoded as the inverse process of the channel coding；Analysis module, for according to channel coding order, determining the cell pair where the terminal device The feedback information answered, the channel coding order that the channel coding order is followed when carrying out channel coding with the terminal device is identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell.15th, a kind of information feedback system based on multiple stream transmission technology, it is characterised in that including：Terminal device and base station equipment, wherein：The terminal device, the type for the cell being currently located is recognized, the type of the cell includes timing reference cell and non-timed reference cell, and the type for the cell being currently located according to the terminal device, channel coding order is determined, the channel coding order includes：Timing reference cell prioritization afterwards according to channel coding order, channel coding is carried out to sent information, the information to be sent includes before non-timed reference cell：The feedback information corresponding to each cell that the terminal device is currently located most after sent to base station equipment and have passed through the information to be sent of channel coding；The base station equipment, the information that have passed through channel coding that receiving terminal apparatus is sent, the information that have passed through channel coding includes：The feedback information corresponding to each cell that the terminal device is currently located, channel decoding is carried out to the feedback information afterwards, the channel is decoded as the inverse process of the channel coding, finally according to channel coding order, the corresponding feedback information of cell where determining the terminal device, the channel coding order that the channel coding order is followed when carrying out channel coding with the terminal device is identical, that is, includes：Timing reference cell prioritization is before non-timed reference cell. 16th, the information feedback system according to claim 15 based on multiple stream transmission technology, it is characterised in that the channel coding order includes：Timing reference cell comes the first place of all cells all the time.
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| Application Number | Priority Date | Filing Date | Title |
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| PCT/CN2012/079512 WO2014019174A1 (en) | 2012-08-01 | 2012-08-01 | Multi-streaming transmission technology based information feedback method and system |
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| CN106488791A (en) * | 2014-05-06 | 2017-03-08 | 华为技术有限公司 | The localization method of channel border, base station and user equipment |
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| WO2014019174A1 (en) | 2014-02-06 |
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