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Fast calculation algorithm of the undetected errors probability of CRC codes

机译:CRC码未检出错误概率的快速计算算法

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The error detecting functions of linear block code can be realized via simple software or hardware. The error detection, which includes long-term theoretical research and many good properties, is often applied widely in digital communication and data storage. The weight distribution of linear block code and its dual code are important parameters of calculating the probability P/sub ud/ of undetected errors. Further, cyclic redundancy check (CRC) codes and Bose, Chaudhuri and Hocquenghem (BCH) cyclic codes are subclasses of linear block codes. This paper proposes a fast calculation algorithm of weight distribution of the dual code which outperforms those of previous studies in time complexity, and the probability of undetected error of different CRC codes standards under various codeword lengths are also simulated efficiently.
机译:线性分组码的检错功能可以通过简单的软件或硬件来实现。错误检测包括长期的理论研究和许多良好的性能,通常被广泛应用于数字通信和数据存储中。线性分组码及其对偶码的权重分布是计算未发现错误的概率P / subud /的重要参数。此外,循环冗余校验(CRC)码和Bose,Chaudhuri和Hocquenghem(BCH)循环码是线性分组码的子类。提出了一种双码权重分布的快速计算算法,该算法在时间复杂度上优于先前的研究,并且还有效地模拟了不同码字长度下不同CRC码标准的未检测到错误的概率。

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