电子测试
電子測試
전자측시
ELECTRONIC TEST
2014年
5期
69-70,63
,共3页
深空通信%Turbo码%译码器%接收码
深空通信%Turbo碼%譯碼器%接收碼
심공통신%Turbo마%역마기%접수마
deep space communications%Turbo codes%decoder%receiving codes
Turbo码之所以具有优异的性能，交织器和译码算法起到了很大的作用，对于其应用的研究也有很大的进展，文中基于Turbo码编译码器应用FPGA进行了其在深空通信中的设计分析，主要对Turbo译码器总体结构的实现、译码器以及接收码字的量化及其运算等方面完成了探讨。
Turbo碼之所以具有優異的性能，交織器和譯碼算法起到瞭很大的作用，對于其應用的研究也有很大的進展，文中基于Turbo碼編譯碼器應用FPGA進行瞭其在深空通信中的設計分析，主要對Turbo譯碼器總體結構的實現、譯碼器以及接收碼字的量化及其運算等方麵完成瞭探討。
Turbo마지소이구유우이적성능，교직기화역마산법기도료흔대적작용，대우기응용적연구야유흔대적진전，문중기우Turbo마편역마기응용FPGA진행료기재심공통신중적설계분석，주요대Turbo역마기총체결구적실현、역마기이급접수마자적양화급기운산등방면완성료탐토。
Turbo codes with excellent performance reason,intertwined and decoding algorithm has played a significant role for the application of their research also has great progress, the text-based Turbo coding FPGA for its application in deep space communication design analysis,mainly on the overall structure of Turbo decoder implementations, the decoder and the received codeword quantify aspects of its operations, such as the completion of the discussion.
