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The Vector Key Equation and Multisequence Shift Register Synthesis

机译:向量密钥方程和多序列移位寄存器综合

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摘要

We introduce the vector key equation for cyclic codes with more than one set of consecutive roots. Using the lattice basis reduction multisequence shift register synthesis algorithm, we find the minimal solution to the vector equation key and also give an important parameter of the multiple sequences, that is, characteristic sequence. Using it, we give a simpler sufficient and necessary condition for the uniqueness of the minimal polynomial of multiple sequences than that in [7]. The new approach enables us not only to decode cyclic codes up to HT and Roos bounds and but also to find out certain error patterns which can be decoded beyond the two bounds.
机译:我们介绍了具有多个连续根的循环码的矢量密钥方程。利用晶格基约简多序列移位寄存器综合算法,我们找到了矢量方程键的最小解,并给出了多个序列的一个重要参数,即特征序列。使用它,我们为多重序列的最小多项式的唯一性提供了一个比[7]中简单的充要条件。这种新方法不仅使我们能够解码高达HT和Roos边界的循环码,而且还能找出某些可以在两个边界之外解码的错误模式。

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