At last,the performance of RS decoding in frequency domain is simulated in MATLAB and the conclusion is RS codes can effectively correct random errors and burst errors.
最后对RS码频域译码的性能进行了MATLAB仿真,结论是RS码能有效地纠正码字中的随机错误和突发错误。
参考来源 - RS码的编译码算法及DSP实现This paper proposes a mixed RS code-decode technique-code in time /decode in frequency do-main,and analyses its advantages compared with the pure code-decode in time domain and the code-decode in frequency domain.
提出一种RS混合编译码技术———时域编码/频域译码,对照单纯的时域编译码和频域编译码分析了其优越性。
参考来源 - RS码的时域编码/频域译码技术·2,447,543篇论文数据，部分数据来源于NoteExpress
最后对RS码频域译码的性能进行了MATLAB仿真，结论是RS码能有效地纠正码字中的随机错误和突发错误。
At last, the performance of rs decoding in frequency domain is simulated in MATLAB and the conclusion is rs codes can effectively correct random errors and burst errors.
根据UT信号的特征，从时域和频域角度提出了两种数字译码方法。
According to the characteristics of ut signal, this paper puts forward two ways of digital decoding: Time Domain Analysis and Frequency Domain Analysis.
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