CN102378256B - Method and device for resolving control message of physical uplink shared channel - Google Patents

Method and device for resolving control message of physical uplink shared channel Download PDF

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Publication number
CN102378256B
CN102378256B CN201010261081.2A CN201010261081A CN102378256B CN 102378256 B CN102378256 B CN 102378256B CN 201010261081 A CN201010261081 A CN 201010261081A CN 102378256 B CN102378256 B CN 102378256B
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China
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information
control information
described
ri
cqi
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CN201010261081.2A
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Chinese (zh)
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CN102378256A (en
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孙鹏
左琛
黄海旭
王竟宇
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中兴通讯股份有限公司
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Abstract

The invention discloses a method and a device for resolving a control message of a physical uplink shared channel. The method comprises the following steps of: performing primary acquiring, namely acquiring a rank indication (RI) message of each control message in multiple control messages of the physical uplink shared channel and storing; determining, namely determining channel quality information (CQI) length of each control message by using the RI message; performing secondary acquiring, namely performing CQI de-interleaving and resolution on the control message with the determined CQI message length, and acquiring the CQI message of the control message; and combining, namely combining the acquired CQI message of the control message and the stored RI message of the control message again, wherein the primary acquiring step and the determining step are performed concurrently and the secondary acquiring step and the combining step are performed concurrently. By the method and the device, the performance of resolving the control message of the physical uplink shared channel by a system can be enhanced, the resolution delay of the control message can be reduced and the whole processing performance can be improved.

Description

Reverse link traffic channel control information analytic method and device

Technical field

The present invention relates to the communications field, in particular to a kind of 3GPP (3 rdgenerationpartnership project, third generation mobile Partnership Program) LTE (Long TermEvolution, Long Term Evolution) PUSCH (Physical Uplink SharedChannel, reverse link traffic channel) control information (hereinafter referred to as control information) analytic method in system and device.

Background technology

LTE protocol defines under reporting pattern aperiodic, coding mode information and the flow process of the control information of subscriber equipment transmitting terminal are: to RI (the Rank Indication of active user, rank of matrix indicates) carry out chnnel coding, carry out CQI (Channel Quality Information according to the value of RI before coding simultaneously, channel quality indicates) selection of raw information length, carry out the coding of CQI information based on this, the RI the most at last after coding and CQI information interweave with getting up.This just defines us and carries out deinterleaving at receiving terminal, and the order of separating chnnel coding is: RI deinterleaving, and RI resolves, and CQI information length judges, CQI deinterleaving, and CQI angle is resolved.

Analyze the information process of receiving terminal control information as above, can find: current time, in order to ensure the correctness of RI, CQI data of resolving, according to LTE protocol, deinterleaving, demodulation, descrambling, parsing module must by user scheduling.As shown in Figure 1, after the RI deinterleaving of active user completes, namely de-interleaving block stops process, enter loitering phase, until after RI parsing module reports the RI analytic value of current UE, the CQI information length just starting to carry out current UE judges and CQI deinterleaving, when number of users is more and the time delay of RI dissection process is longer, the time of system wait is also longer, and total system time delay is larger.

Summary of the invention

Main purpose of the present invention is to provide a kind of reverse link traffic channel control information analytic method and device, at least to solve the problem that in above-mentioned correlation technique, system delay is larger.

According to an aspect of the present invention, provide a kind of reverse link traffic channel control information analytic method, comprising: the first obtaining step: obtain the rank of matrix instruction RI information of each control information in multiple reverse link traffic channel control information and store; Determining step: use RI information to determine the CQI information length of each control information; Second obtaining step: CQI deinterleaving and CQI dissection process are carried out to the control information determining CQI information length, obtains the CQI information of this control information; Combination step: the RI information of the CQI information of the control information of acquisition and this control information of storage is reconfigured; Wherein, the first obtaining step and determining step executed in parallel, the second obtaining step and combination step executed in parallel.

Further, the first obtaining step comprises: the RI information obtaining each control information in multiple reverse link traffic channel control information; The RI information of each control information is stored according to the user ID of each control information; Combination step comprises: the RI information determining this control information stored according to the user ID of control information corresponding to CQI information, reconfigures RI information and CQI information.

Further, the step storing the RI information of each control information according to the user ID of each control information comprises: the information storage addresses determining each control information according to the user ID of each control information, user ID and described information storage addresses one_to_one corresponding; The RI information of each control information is stored to the information storage addresses of this control information; The RI information of this control information stored is determined according to the user ID of control information corresponding to CQI information, the step that RI information and CQI information reconfigure is comprised: the memory address determining this control information according to the user ID of control information corresponding to CQI information, reconfigures the RI information of CQI information and information storage addresses.

Further, combination step comprises: the control information RI information of the CQI information of the control information of acquisition and this control information of storage being reassembled into system bus width figure place.

Further, the RI information Step obtaining each control information in multiple reverse link traffic channel control information comprises: obtain multiple reverse link traffic channel control informations that multiple terminal sends; RI deinterleaving process is carried out to each control information in multiple control information; RI dissection process is carried out to the control information after having carried out RI deinterleaving process; Obtain the RI information of the control information after having carried out RI parsing.

According to a further aspect in the invention, provide a kind of reverse link traffic channel control information resolver, comprising: the first acquisition module, for obtaining the rank of matrix instruction RI information of each control information in multiple reverse link traffic channel control information and storing; Determination module, for the CQI information length using RI information to determine each control information; Second acquisition module, for carrying out CQI deinterleaving and CQI dissection process to the control information determining CQI information length, obtains the CQI information of this control information; Composite module, the RI information for the CQI information of the control information by acquisition and this control information of storage reconfigures; Wherein, the first acquisition module and determination module executed in parallel, the second acquisition module and composite module executed in parallel.

Further, the first acquisition module comprises: information module, for obtaining the RI information of each control information in multiple reverse link traffic channel control information; Memory module, for storing the RI information of each control information according to the user ID of each control information; Composite module comprises: search module, for the RI information of this control information determining to store according to the user ID of control information corresponding to CQI information; Recombination module, for reconfiguring RI information and CQI information.

Further, memory module comprises: address module, for determining the information storage addresses of each control information according to the user ID of each control information, and user ID and information storage addresses one_to_one corresponding; The RI information of each control information is stored to the memory address of this control information; Search module to comprise: address search module, for determining the memory address of this control information according to the user ID of control information corresponding to CQI information, obtain the RI information of this information storage addresses.

Further, composite module is for being reassembled into the information of system bus width figure place by the RI information of the CQI information of the control information of acquisition and this control information of storage.

Further, information module comprises: control information acquisition module, for obtaining multiple reverse link traffic channel control informations that multiple terminal sends; RI de-interleaving block, for carrying out RI deinterleaving process to each control information in multiple control information; RI parsing module, for carrying out RI dissection process to the control information after having carried out RI deinterleaving process; RI information module, for obtaining the RI information of the control information after having carried out RI parsing.

Pass through the present invention, adopt and the RI deinterleaving of multiple reverse link traffic channel control information is resolved, CQI information length judges parallel processing, CQI deinterleaving is carried out to the multiple control informations determining CQI information length, resolve, CQI information and the parallel processing of RI information combination, the time solving system wait during the multiple reverse link traffic channel control information by the multiple terminal of user scheduling process in correlation technique is long, total system time delay is large, the problem that dispatch deal complexity is high, and then reach the performance that enhancing system carries out reverse link traffic channel control information parsing, reduce control information and resolve time delay, promote the effect of the performance of whole process.

Accompanying drawing explanation

Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:

Fig. 1 is the schematic diagram of resolving according to the reverse link traffic channel control information scheduling of a kind of single subscriber terminal UE based on LTE protocol of correlation technique;

Fig. 2 is the flow chart of steps of a kind of reverse link traffic channel control information analytic method according to the embodiment of the present invention one;

Fig. 3 is a kind of schematic diagram UE being unified to reverse link traffic channel control information scheduling parsing according to the embodiment of the present invention;

Fig. 4 is the schematic flow sheet of a kind of reverse link traffic channel control information analytic method according to the embodiment of the present invention two;

Fig. 5 is the flow chart of steps of a kind of reverse link traffic channel control information analytic method according to the embodiment of the present invention three;

Fig. 6 is the running time-frequency resource figure stored according to a kind of two users' data of the embodiment of the present invention;

Fig. 7 is the structured flowchart of a kind of reverse link traffic channel control information resolver according to the embodiment of the present invention four.

Embodiment

Hereinafter also describe the present invention in detail with reference to accompanying drawing in conjunction with the embodiments.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.

Inventor is found by research, in the process that receiving terminal is resolved the RI information in the reverse link traffic channel control information (comprising RI information and CQI information) received, no matter be deinterleaving, demodulation, descrambling still separates chnnel coding, not by the interference of these other results of user terminal, there is good independence.Following examples utilize this independence, determine to carry out parallel processing to the RI information deinterleaving parsing of multiple reverse link traffic channel control informations of multiple user terminal, CQI information length, then, again CQI deinterleaving parsing, CQI information and the parallel processing of RI information combination are carried out to the multiple control informations determining CQI information length, thus decrease the stand-by period of system process, reduce the complexity of scheduling.

With reference to Fig. 2, show the flow chart of steps of a kind of reverse link traffic channel control information analytic method according to the embodiment of the present invention one, comprise the following steps:

Step S202: obtain the rank of matrix instruction RI information of each control information in multiple reverse link traffic channel control information and store;

This step is the first obtaining step, the control information that base station receiving terminal sends, a terminal once sends a control information to base station, base station is processing the control information of the multiple user terminals received sometime, first the control information process carried out is RI deinterleaving and parsing, by RI deinterleaving and parsing, obtain RI information.

In this step, RI deinterleaving and parsing are carried out to the control information of user uplink Traffic Channel in base station simultaneously, instead of wait for that the reverse link traffic channel control information of a user determines its CQI information length according to RI information, then after carrying out CQI deinterleaving parsing, carry out RI deinterleaving and the parsing of the control information of next user uplink Traffic Channel again.Such as, the reverse link traffic channel control information of first user is being carried out to RI deinterleaving and namely starting to carry out RI deinterleaving and parsing to second subscriber control information after resolving, meanwhile, another handling procedure RI information after resolving according to first subscriber control information that then starts determine this control information CQI information length, carry out CQI deinterleaving, the like, the program that process RI deinterleaving is resolved and the program parallelization determining CQI information length perform, and multiple subscriber control information is carried out to RI deinterleaving and parsing, determines CQI information length.

That is, while this step of execution, parallel execution of steps S204.

Step S204: use RI information to determine the CQI information length of each control information;

This step is determining step, base station while RI deinterleaving and parsing are carried out in the control information other not being carried out to RI deinterleaving and parsing, to the control information having carried out RI deinterleaving and parsing, according to RI information determination CQI information length.Such as, the CQI information length of second or the 3rd control information, while carrying out RI deinterleaving and parsing to the 3rd or the 4th control information, is determined in base station.

Step S206: CQI deinterleaving and CQI dissection process are carried out to the control information determining CQI information length, obtains the CQI information of this control information;

This step is the second obtaining step, and RI deinterleaving and parsing have been carried out to all in base station, and CQI deinterleaving and parsing are carried out in the control information that CQI information length is determined.Such as, RI deinterleaving and parsing are all being carried out to four control informations in base station, and after determining the CQI information length of four control informations, start to carry out CQI deinterleaving and parsing to first control information, afterwards CQI deinterleaving and parsing are carried out to second control information, meanwhile, RI information and CQI information combination are carried out to the control information having carried out CQI deinterleaving and parsing, this step at one time in section can with step S208 executed in parallel.

Or base station is after having carried out RI deinterleaving and parsing to all control informations, the program only having CQI information length to determine is run, now in order to reduce processing delay, can carry out starting CQI deinterleaving and parsing while CQI information length is determined.Such as, RI deinterleaving and parsing are all being carried out to four control informations in base station, and determine the CQI information length of first three control information, now, the CQI information length of the 4th control information is still had not determine, then can, while the CQI information length determining the 4th control information, start to carry out CQI deinterleaving and parsing to first control information.After the CQI information length of four control informations is all determined, the CQI deinterleaving of executed in parallel control information is resolved and RI information and CQI information combine.

Step S208: the RI information of the CQI information of the control information of acquisition and this control information of storage is reconfigured.

This step is combination step, and such as, the combination of the information of CQI information and RI, while carrying out CQI deinterleaving and parsing to second control information, is carried out in base station to first control information, this step and step S206 can executed in parallel.The above-mentioned of the present embodiment carries out the process of control information United Dispatching parsing as shown in Figure 3 to the control information that multiple user terminal UE sends.In Fig. 3 after UE0 completes RI deinterleaving and parsing, in each time period in one or more time periods that the RI deinterleaving of process UE1 to UEn is resolved, the program parallelization all simultaneously having CQI information length to judge performs.Unlike, after all UE are completed RI deinterleaving parsing, the CQI information length of at least one UE is still had to judge not complete, can namely start at this moment to carry out CQI deinterleaving resolving, also after the CQI information length of all UE can be waited to have judged, then start to carry out CQI deinterleaving parsing (the CQI information length of this all UE has judged that rear mode of just carrying out CQI deinterleaving parsing can increase the time delay of process a little).Then, the CQI deinterleaving of UE is resolved and RI information and CQI information combine executed in parallel.

To sum up, in the present embodiment, step S202 and step S204 executed in parallel, step S206 and step S208 executed in parallel.

In correlation technique, press user scheduling to multiple control information to resolve, after current RI deinterleaving completes, namely stop process, enter loitering phase, until after obtaining the RI analytic value of the current UE reported, the CQI information length just starting to carry out current UE judges and CQI deinterleaving and parsing, thus control information process time delay is long, and the time of system wait is also long, and Scheduling Design complexity is high.Pass through the present embodiment, to RI deinterleaving parsing and the parallel disposed of in its entirety of CQI information length judgement of multiple control information, to CQI deinterleaving resolve and RI information and CQI information combination carry out parallel disposed of in its entirety, reach the performance that enhancing system carries out control information parsing, reduce control information and resolve time delay, promote the effect of the performance of whole process.Meanwhile, when carrying out parallel disposed of in its entirety, constantly need not carry out Parameter Switch when processing conversion, thus reducing system call complexity.

With reference to Fig. 4, show the schematic flow sheet of a kind of reverse link traffic channel control information analytic method according to the embodiment of the present invention two.The present embodiment sends a control information with each UE in three UE to base station, totally three control informations, these three control informations of process of base station parallel ground are example, this parallel process is divided into seven time periods, setting the control information of three UE successively processing sequence is UE1, UE2, UE3.

The control information analytic method of the present embodiment comprises the following steps:

Step S402: in first time period, RI deinterleaving and parsing are carried out to the control information of UE1 in base station, obtain the RI information of UE1 and store;

Within first time period, first RI deinterleaving and parsing are carried out in multiple control information (i.e. a control information of UE1), to obtain the RI information of this control information, the user ID of this RI information and UE1 is stored together.

In step S404: the second time period, RI deinterleaving and parsing are carried out to the control information of UE2 in base station, obtain the RI information of UE2 and store, carrying out CQI information length simultaneously determine the control information of UE1;

In this step, within second time period, RI deinterleaving and parsing are being carried out to the control information of UE2 in base station, while storing RI information and user ID, carry out CQI information length determine according to the RI information obtained in step S402 to the control information of UE1.

In step S406: the three time period, RI deinterleaving and parsing are carried out to the control information of UE3 in base station, obtain the RI information of UE3 and store, carrying out CQI information length simultaneously determine the control information of UE2;

In step S408: the four time period, base station is carried out CQI information length to the control information of UE3 and is determined, meanwhile, starts to carry out CQI deinterleaving and parsing to the control information of UE1;

Through this step, the RI deinterleaving parsing of UE1, UE2 and UE3 and CQI information length are determined all to complete.Simultaneously, in order to reduce time delay, carry out while CQI information length determines only having the control information of UE3, CQI deinterleaving and parsing are carried out in the control information starting UE1, make the two executed in parallel, make within the 4th time period, also have two processing procedures to perform same like this, thus further reduce control information processing delay.

In step S410: the five time period, CQI deinterleaving and parsing are carried out to the control information of UE2 in base station, carry out CQI information and RI information combination to the control information of UE1 simultaneously;

In this step, resolving the CQI of UE1, after obtaining the CQI information of UE1, during according to parsing CQI, the user ID of the control information that CQI is corresponding and the user ID of UE1, obtain the information storage addresses of UE1, by the RI information of information storage addresses and CQI information combination, or, after CQI information being connected to the RI information of this address storage, become the control information after parsing, the control information dissection process of UE1 completes.

In step S412: the six time period, CQI deinterleaving and parsing are carried out to the control information of UE3 in base station, meanwhile, carry out CQI information and RI information combination to the control information of UE2;

Through this step, the control information of UE2 is parsed.

In step S414: the seven time period, CQI information and RI information combination are carried out to the control information of UE3 in base station.

Through this step, the control information of three UE is resolved and is all completed.

With reference to Fig. 5, show the flow chart of steps of a kind of reverse link traffic channel control information analytic method according to the embodiment of the present invention three.In the present embodiment, two control informations sent for two UE.Make a start at UE, first user UE1 accounts for a Resource Block, has 10 RI data, 15 ack msgs, 24 CQI data and 110 DATA data; Second user UE2 accounts for a Resource Block, has 12 RI data, 8 ack msgs, 30 CQI data and 102 DATA data, as shown in Figure 6.

The control information analytic method of the present embodiment comprises the following steps:

Step S502: antenna data is through fast fourier transform FFT, channel estimating, inverse discrete Fourier transform module was arrived in the process such as antenna equalisation afterwards, carried out inverse discrete Fourier transform (DFT) process according to agreement, result presses symbol stored in RAM, carries out deinterleaving process.

Step S504: scheduler module issues the RI data length of UE1, de-interleaving block takes out 10 RI data of this user, completes deinterleaving, then carries out demodulation scramble process to the result of deinterleaving.

Step S506: the result of the RI demodulates information descrambling of UE1 is sent into RI parsing module, the RI completing this user resolves, and the result of parsing divides two-way, offers scheduler module on the way, a road according to user totem information together with control information packet header stored in RAM.

Step S508: scheduler module, according to the RI analysis result of UE1, judges the CQI raw information length of respective user, the length calculated after this user CQI coding is 24; Scheduler module issues the RI data length of UE2 simultaneously, and de-interleaving block takes out 12 RI data of this user, completes deinterleaving, then carries out demodulation scramble process to the result of deinterleaving.

Step S510: the result of the RI demodulates information descrambling of UE2 is sent into RI parsing module, the RI completing this user resolves, and the result of parsing divides two-way, offers scheduler module on the way, a road according to user totem information together with control information packet header stored in RAM.

Step S512: scheduler module, according to the RI analysis result of UE2, judges the CQI raw information length of respective user, the length calculated after this user CQI coding is 30; The ACK information of UE1 and CQI information length are handed down to de-interleaving block by scheduler module simultaneously, successively take out 15 ack msgs, 24 CQI data.

Step S514: by the ack msg that obtains after UE1 deinterleaving and CQI data, carry out demodulation descrambling, and give corresponding parsing module by result, complete the parsing of ACK information and CQI information.

Step S516: when the ACK information of UE1 and CQI information are parsed, read the RI analytic value of this user from RAM, again organize word with the CQI information obtained and CQI information length information, be written in control information bag.

It is 32 for system bus bit wide, concrete packing process is: after CQI parsing terminates, be index, obtain the information storage addresses that this user ID is corresponding with user ID, from this address take out before stored in RI information, then by RI information and CQI information, and the length of CQI information is put together, forms the bus data of 32 bit wides, obtain the control information after resolving, thus reduce the length of control information bag, the RAM resource taken required for saving, alleviate the pressure of system bus.

Step S518: the ACK information of UE2 and CQI information length are handed down to de-interleaving block by scheduler module, successively takes out 8 ack msgs, 30 CQI data.

Step S520: ack msg and the CQI data of UE2 will be obtained after deinterleaving, and carry out demodulation descrambling, and give corresponding parsing module by result, complete the parsing of ACK information and CQI information.

Step S522: when the ACK information of UE2 and CQI information are parsed, read the RI analytic value of this user from RAM, again organize word with the CQI information obtained and CQI information length information, be written in control information bag.

Step S524: after the control information bag packing of two users, the disposable control information by two users reports high layer software.

The packing manner that the present embodiment uses, no matter store RI information or CQI information, all together with information and packet header stored in RAM, just can ensure singly having under RI information state, or under singly having CQI information situation, or when RI information and CQI information all have, can correctly report control information information, can not produce and fail to report phenomenon.

With reference to Fig. 7, show the structured flowchart of a kind of reverse link traffic channel control information resolver according to the embodiment of the present invention four, comprising:

First acquisition module 702, for obtaining the RI information of each control information in multiple reverse link traffic channel control information and storing; Determination module 704, for the CQI information length using RI information to determine each control information; Second acquisition module 706, for carrying out CQI deinterleaving and CQI dissection process to the control information determining CQI information length, obtains the CQI information of this control information; Composite module 708, the RI information for the CQI information of the control information by acquisition and this control information of storage reconfigures; Above-mentioned first acquisition module 702 and determination module 704 concurrent working, the second acquisition module 706 and composite module 708 concurrent working.

Preferably, the first acquisition module 702 comprises: information module 7022, for obtaining the RI information of each control information in multiple reverse link traffic channel control information; Memory module 7024, for storing the RI information of each control information according to the user ID of each control information.Preferably, information module 7022 comprises: control information acquisition module, for obtaining multiple control informations that multiple terminal sends; RI de-interleaving block, for carrying out RI deinterleaving process to each control information in multiple control information; RI parsing module, for carrying out RI dissection process to the control information after having carried out RI deinterleaving process; RI information module, for obtaining the RI information of the control information after having carried out RI parsing.

Preferably, memory module 7024 comprises: address module, for determining the memory address of each control information according to the user ID of each control information, and this user ID and information storage addresses one_to_one corresponding; The RI information of each control information is stored to the memory address of this control information.

Preferably, composite module 708 comprises: search module 7082, for the RI information of this control information determining to store according to the user ID of control information corresponding to CQI information; Recombination module 7084, for reconfiguring RI information and CQI information.

Preferably, search module 7082 and comprise: address search module, for determining the memory address of this control information according to the user ID of control information corresponding to CQI information, obtain the RI information of this information storage addresses.

Preferably, composite module 708 is reassembled into the control information of system bus width figure place for the RI information of the CQI information of the control information by acquisition and this control information of storage.

As can be seen from the above description, the present invention first Unified interweave with all user terminals RI information and issue; Then, the RI information of all user terminals is parsed; And divide two-way process by analysis result, offer scheduler module on the way, and judge the CQI information length of each user terminal by scheduler module, a road user bound identification information stores; Again, CQI deinterleaving and CQI parsing are carried out to the control information determining CQI information length; When CQI information is parsed, takes out the RI information of the respective user terminal prestored according to user totem information, reconfigure with the CQI information parsed and CQI information length this moment, complete the packing process of control information.Visible, by the United Dispatching to all UE, reduce the complexity of system call, the RI deinterleaving of each UE is resolved, CQI information length judges, equal disposed of in its entirety is resolved in CQI deinterleaving, eliminates the system wait time delay owing to causing based on user scheduling, and provides support for the further optimization of system, find in the implementation, just because of the change of this structure, the system of enhancing carries out the performance of demodulation, improves the performance of whole process.

Obviously, those skilled in the art should be understood that, above-mentioned of the present invention each module or each step can realize with general calculation element, they can concentrate on single calculation element, or be distributed on network that multiple calculation element forms, alternatively, they can realize with the executable program code of calculation element, thus, they can be stored and be performed by calculation element in the storage device, and in some cases, step shown or described by can performing with the order be different from herein, or they are made into each integrated circuit modules respectively, or the multiple module in them or step are made into single integrated circuit module to realize.Like this, the present invention is not restricted to any specific hardware and software combination.

The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (8)

1. a reverse link traffic channel control information analytic method, is characterized in that, comprising:
First obtaining step: obtain the rank of matrix instruction RI information of each control information in multiple reverse link traffic channel control information and store;
Determining step: use described RI information to determine the CQI information length of described each control information;
Second obtaining step: CQI deinterleaving and CQI dissection process are carried out to the control information determining CQI information length, obtains the CQI information of this control information;
Combination step: the RI information of the CQI information of the control information of described acquisition and this control information of storage is reconfigured;
Wherein, described first obtaining step and described determining step executed in parallel, described second obtaining step and described combination step executed in parallel;
Described combination step comprises:
The RI information of the CQI information of the control information of described acquisition and this control information of storage is reassembled into the control information of system bus width figure place.
2. method according to claim 1, is characterized in that, described first obtaining step comprises:
Obtain the RI information of each control information in described multiple reverse link traffic channel control information; The RI information of described each control information is stored according to the user ID of described each control information;
Described combination step comprises:
Determine the RI information of this control information stored according to the user ID of control information corresponding to described CQI information, described RI information and described CQI information are reconfigured.
3. method according to claim 2, is characterized in that, the step storing the RI information of described each control information according to the user ID of described each control information comprises:
The information storage addresses of described each control information is determined, described user ID and described information storage addresses one_to_one corresponding according to the user ID of described each control information; The RI information of described each control information is stored to the information storage addresses of this control information;
Determine the RI information of this control information stored according to the user ID of control information corresponding to described CQI information, the step that described RI information and described CQI information reconfigure comprised:
Determine the memory address of this control information according to the user ID of control information corresponding to described CQI information, the RI information of described CQI information and described information storage addresses is reconfigured.
4. method according to claim 2, is characterized in that, the RI information Step obtaining each control information in described multiple reverse link traffic channel control information comprises:
Obtain described multiple reverse link traffic channel control informations that multiple terminal sends;
RI deinterleaving process is carried out to each control information in described multiple control information;
To described carried out RI deinterleaving process after control information carry out RI dissection process;
The RI information of the control information after RI parsing has been carried out described in acquisition.
5. a reverse link traffic channel control information resolver, is characterized in that, comprising:
First acquisition module, for obtaining the rank of matrix instruction RI information of each control information in multiple reverse link traffic channel control information and storing;
Determination module, for the CQI information length using described RI information to determine described each control information;
Second acquisition module, for carrying out CQI deinterleaving and CQI dissection process to the control information determining CQI information length, obtains the CQI information of this control information;
Composite module, the RI information for the CQI information of the control information by described acquisition and this control information of storage reconfigures;
Wherein, described first acquisition module and described determination module executed in parallel, described second acquisition module and described composite module executed in parallel;
Described composite module is for being reassembled into the information of system bus width figure place by the RI information of the CQI information of the control information of described acquisition and this control information of storage.
6. device according to claim 5, is characterized in that, described first acquisition module comprises:
Information module, for obtaining the RI information of each control information in described multiple reverse link traffic channel control information;
Memory module, for storing the RI information of described each control information according to the user ID of described each control information;
Described composite module comprises:
Search module, for the RI information of this control information determining to store according to the user ID of control information corresponding to described CQI information;
Recombination module, for reconfiguring described RI information and described CQI information.
7. device according to claim 6, is characterized in that, described memory module comprises:
Address module, for determining the information storage addresses of described each control information according to the user ID of described each control information, described user ID and described information storage addresses one_to_one corresponding; The RI information of described each control information is stored to the memory address of this control information;
Described module of searching comprises:
Address search module, for determining the memory address of this control information according to the user ID of control information corresponding to described CQI information, obtains the RI information of this information storage addresses.
8. device according to claim 6, is characterized in that, described information module comprises:
Control information acquisition module, for obtaining described multiple reverse link traffic channel control informations that described multiple terminal sends;
RI de-interleaving block, for carrying out RI deinterleaving process to each control information in described multiple control information;
RI parsing module, for described carried out RI deinterleaving process after control information carry out RI dissection process;
RI information module, for carried out described in obtaining RI resolve after the RI information of control information.
CN201010261081.2A 2010-08-23 2010-08-23 Method and device for resolving control message of physical uplink shared channel CN102378256B (en)

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