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    • 2. 发明申请
    • A SYSTEM AND METHOD EMPLOYING A MODULAR DECODER FOR DECODING TURBO AND TURBO-LIKE CODES IN A COMMUNICATIONS NETWORK
    • 采用模块化解码器的系统和方法,用于解码通信网络中的涡轮和涡轮代码
    • WO01059935A2
    • 2001-08-16
    • PCT/US2001/004381
    • 2001-02-12
    • H03M13/00H03M13/29H03M13/45
    • H03M13/2987H03M13/296H03M13/2966H03M13/2981H03M13/6362
    • A system and method for decoding encoded data, employing a parser and at least one decoder. The parser receives and parses the encoded data into a plurality of parsed data streams, with each of the parsed data streams including a portion of said encoded data. The decoder decodes the parsed data streams based on at least information included in the parsed data streams to provide decoded data which includes soft decision data. The decoder can perform a respective decoding iteration on each respective one of the parsed data streams to provide the decoded data, and can perform such decoding iterations based on additional information, such as parity information, pertaining to the data in the parsed data streams. Alternatively, the decoder can include a plurality of decoders, each adapted to decode a respective one of the parsed data streams to output a respective decoded data stream as a portion of the decoded data. The system and method alternatively can be configured without a parser, and can employ at least one soft decoder module and another decoder module. The soft decoder module can perform multiple decoding iterations on the encoded data to provide soft decision data relating to the encoded data, without providing any hard decision data, and the other decoder module decodes the encoded data based on the soft decision data to provide hard decoded data representative of a decoded condition of said encoded data and/or soft decision data relating to said encoded data.
    • 一种用于解码编码数据的系统和方法,使用解析器和至少一个解码器。 解析器接收并将编码数据解析为多个解析数据流,每个解析数据流包括所述编码数据的一部分。 解码器至少基于解析的数据流中包含的信息解码解析的数据流,以提供包括软判决数据的解码数据。 解码器可以对每个解析的数据流执行相应的解码迭代以提供解码的数据,并且可以基于与解析的数据流中的数据有关的附加信息(诸如奇偶校验信息)来执行这样的解码迭代。 或者,解码器可以包括多个解码器,每个解码器适于对解析的数据流中的相应数据流进行解码,以将相应的解码数据流作为解码数据的一部分输出。 可以配置系统和方法而不需要解析器,并且可以使用至少一个软解码器模块和另一个解码器模块。 软解码器模块可以对编码数据执行多个解码迭代,以提供与编码数据相关的软判决数据,而不提供任何硬判决数据,而另一解码器模块基于软判决数据解码编码数据,以提供硬解码 代表所述编码数据的解码条件的数据和/或与所述编码数据有关的软判决数据。
    • 4. 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。
    • 6. 发明申请
    • DETERMINING CONTROL BITS OF BUTTERFLY NETWORKS FOR PARALLEL TURBO DECODING
    • 确定平行涡轮解码的黑客网络的控制位
    • WO2014002043A1
    • 2014-01-03
    • PCT/IB2013/055279
    • 2013-06-27
    • RENESAS MOBILE CORPORATIONNIEMINEN, Esko Juhani
    • NIEMINEN, Esko Juhani
    • H03M13/27H03M13/29
    • H03M13/2775H03M13/276H03M13/2764H03M13/2789H03M13/2957H03M13/2987H03M13/6561
    • Control bits for switches of a butterfly network are directly solved (314) iteratively for each successive functional column of switches to route data values in parallel according to a multiple access scheme through the butterfly network to memory spaces. A memory space address and appended bus index leading into the butterfly network are generated. A linear order bus index and a physical address are determined for a switch having an unsolved control bit. The solved control bits are applied to solve control bits to a next functional column in a linear order and an interleaved order by starting from the bus index and physical address. The linear order is moved to the interleaved order by a reduced turbo de-interleaver and the interleaved order is moved to the linear order by a reduced turbo interleaver until solving a sequence of control bits related to the start bus index and the start physical address.
    • 蝶形网络的交换机的控制位直接针对每个连续的交换机功能列进行迭代,以根据多址方案通过蝶形网络将数据值并行布置到存储器空间。 生成通向蝶形网络的存储空间地址和附加总线索引。 为具有未解决的控制位的开关确定线性次序总线索引和物理地址。 通过从总线索引和物理地址开始,将解决的控制位应用于以线性顺序和交错顺序将控制位解析为下一个功能列。 通过减少的turbo解交织器将线性顺序移动到交织顺序,并且通过减少的turbo交织器将交错顺序移动到线性顺序,直到求解与起始总线索引和起始物理地址相关的控制位序列。
    • 7. 发明申请
    • SCHEDULING PIPELINED STATE UPDATE FOR HIGH-SPEED TRELLIS PROCESSING
    • 调度管道状态更新用于高速TRELLIS加工
    • WO2007117965A1
    • 2007-10-18
    • PCT/US2007/064843
    • 2007-03-23
    • TRELLISWARE TECHNOLOGIES, INC.DIMOU, Georgios, D.
    • DIMOU, Georgios, D.
    • H03M13/41H03M13/39H04L1/00
    • H03M13/4107H03M13/03H03M13/2987H03M13/3905H03M13/3922H03M13/41H03M13/6502
    • Methods, apparatuses, and systems are presented for extracting information from a received signal resulting from a process capable of being represented as a finite state machine having a plurality of states, wherein transitions between the states can be represented by a trellis spanning a plurality of time indices, involving calculating branch metrics taking into account the received signal, calculating state metrics at each time index by taking into account the branch metrics and using a pipelined process, wherein the pipelined process is used to calculate state metrics at a first time index, wherein the pipelined process is then used to calculate state metrics at one or more non-adjacent time indices, and wherein the pipelined process is then used to calculate state metrics at an adjacent time index, and generating at least one output taking into account state metrics for states associated with at least one selected path through the trellis.
    • 呈现方法,装置和系统,用于从由能够被表示为具有多个状态的有限状态机的处理得到的接收信号中提取信息,其中状态之间的转换可以由跨越多个时间的网格来表示 索引,涉及考虑所接收到的信号来计算分支度量,通过考虑分支度量并使用流水线过程来计算每个时间索引处的状态度量,其中流水线过程用于计算第一时间索引处的状态度量,其中 流水线过程然后用于​​计算一个或多个非相邻时间索引处的状态度量,并且其中流水线处理然后用于计算相邻时间索引的状态度量,并且考虑到至少一个输出,考虑到 与通过网格的至少一个所选路径相关联的状态。