RS code is widely used in all kinds of digital communication systems, because it shows great advantages of correcting the random errors and burst errors.
RS码具有很强的纠正随机错误和突发错误的能力,被广泛应用于数字通信系统中。
参考来源 - RS码的时域编码和DSP的实现For the length of not more than a long burst errors out, we can use the same standard checksum.
对于长度不大于列长的突发错误,我们可以用水平一致校验码。
参考来源 - 几个检错码和分组码技术详解—《电脑知识与技术》—2010年第2期—龙源期刊网·2,447,543篇论文数据，部分数据来源于NoteExpress
As an example of burst errors which affect speech encoding experiment, effects on these three speech encoding methods are analyzed and compared.
以突发错误对语音编码实验的影响为例，分析和比较了这三种语音编码方式所受到的影响。
The principles for selecting polynomial under situations of single bit error, two isolated bit error, odd bit error and burst errors are presented.
提出单个比特错误、两个比特错误、奇数个比特错误和并发错误四种情况下选择多项式的原则。
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。
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