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    • 1. 发明申请
    • HIGH SPEED TURBO CODES DECODER FOR 3G USING PIPELINED SISO LOG-MAP DECODERS ARCHITECTURE
    • 使用流水线SISO LOG-MAP解码器架构的3G高速Turbo码解码器
    • WO2004062111A1
    • 2004-07-22
    • PCT/US2003/035865
    • 2003-11-07
    • ICOMM TECHNOLOGIES, INC.
    • NGUYEN, Quang
    • H03M13/00
    • H03M13/3927H03M13/2771H03M13/2987H03M13/3905H03M13/3922H03M13/3961H03M13/6306H03M13/6563H04L1/005H04L1/0052H04L1/0054H04L1/0055H04L1/0066H04L1/0071
    • The invention encompasses several improved Turbo Codes Decoder method and apparatus to provide a more suitable, practical and simpler method for implementing a Turbo Codes Decoder in ASIC or DSP codes. (1) Two Parallel Turbo Codes Decoder blocks (40A & 40B) to compute soft-decoded data RXDa, RXDb from two different received path. (2) Two pipelined Log-MAP decoders (A42 & B44) are used for iterative decoding received data. (3) A Sliding Window of block N data are used on the input memory for pipeline operations. (4) The output Block N Data from the first decoder A are stored in the RAM memory A, and the second decoder B stores output data in the RAM memory B while the decoder B decodes block N data from RAM memory A at the same clock cycle. (5) Log-Map decoders are simpler to implement and are low-power consumption. (6) Pipelined log-Map decoder’s architecture provides high-speed data throughout, one output per clock cycle.
    • 本发明包括若干改进的Turbo码解码器方法和装置,以提供用于在ASIC或DSP码中实现Turbo码解码器的更合适,实用和更简单的方法。 (1)两个并行Turbo码解码器块(40A和40B),以从两个不同的接收路径计算软解码数据RXDa,RXDb。 (2)使用两个流水线Log-MAP解码器(A42和B44)迭代解码接收到的数据。 (3)在输入存储器上使用块N数据的滑动窗口进行流水线操作。 (4)来自第一解码器A的输出块N数据存储在RAM存储器A中,第二解码器B将输出数据存储在RAM存储器B中,而解码器B在同一时钟解码来自RAM存储器A的块N数据 周期。 (5)Log-Map解码器更易于实现并且功耗低。 (6)流水线日志 - 地图解码器的架构提供了高速数据,每个时钟周期一个输出。
    • 2. 发明申请
    • HIGH SPEED TURBO CODES DECODER FOR 3G USING PIPELINED SISO LOG-MAP DECODERS ARCHITECTURE
    • 用于3G的高速涡轮编码解码器使用管道SISO LOG-MAP解码器架构
    • WO2004062111A9
    • 2004-08-26
    • PCT/US0335865
    • 2003-11-07
    • ICOMM TECHNOLOGIES INC
    • NGUYEN QUANG
    • H03M13/29H04L1/00H03M13/00
    • H03M13/3927H03M13/2771H03M13/2987H03M13/3905H03M13/3922H03M13/3961H03M13/6306H03M13/6563H04L1/005H04L1/0052H04L1/0054H04L1/0055H04L1/0066H04L1/0071
    • The invention encompasses several improved Turbo Codes Decoder method and apparatus to provide a more suitable, practical and simpler method for implementing a Turbo Codes Decoder in ASIC or DSP codes. (1) Two Parallel Turbo Codes Decoder blocks (40A & 40B) to compute soft-decoded data RXDa, RXDb from two different received path. (2) Two pipelined Log-MAP decoders (A42 & B44) are used for iterative decoding received data. (3) A Sliding Window of block N data are used on the input memory for pipeline operations. (4) The output Block N Data from the first decoder A are stored in the RAM memory A, and the second decoder B stores output data in the RAM memory B while the decoder B decodes block N data from RAM memory A at the same clock cycle. (5) Log-Map decoders are simpler to implement and are low-power consumption. (6) Pipelined log-Map decoder's architecture provides high-speed data throughout, one output per clock cycle.
    • 本发明包括几种改进的Turbo码解码器方法和装置,以提供用于在ASIC或DSP代码中实现Turbo码解码器的更合适,实用和更简单的方法。 (1)两个并行Turbo码解码器块(40A和40B),用于从两个不同的接收路径计算软解码数据RXDa,RXDb。 (2)两条流水线Log-MAP解码器(A42和B44)用于迭代解码接收数据。 (3)在输入存储器中使用块N数据的滑动窗口进行管道操作。 (4)来自第一解码器A的输出块N数据被存储在RAM存储器A中,并且第二解码器B将输出数据存储在RAM存储器B中,而解码器B在相同的时钟解码来自RAM存储器A的块N数据 周期。 (5)Log-Map解码器实现起来更简单,功耗更低。 (6)流水线对数映射解码器的架构提供高速数据,每个时钟周期有一个输出。