The [1, 0]-twisted generalized Reed-Solomon code

Canze Zhu, Qunying Liao
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Abstract

In this paper, we not only give the parity check matrix of the [1, 0]-twisted generalized Reed-Solomon (in short, TGRS) code, but also determine the weight distribution. Especially, we show that the [1, 0]-TGRS code is not GRS or EGRS. Furthermore, we present a sufficient and necessary condition for any punctured code of the [1, 0]-TGRS code to be self-orthogonal, and then construct several classes of self-dual or almost self-dual [1, 0]-TGRS codes. Finally, on the basis of these self-dual or almost self-dual [1, 0]-TGRS codes, we obtain some LCD [1, 0]-TGRS codes.

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[1,0]扭曲的广义里德-所罗门码
本文不仅给出了[1, 0]-扭曲广义里德-所罗门码(简称 TGRS)的奇偶校验矩阵,还确定了权重分布。特别是,我们证明了 [1, 0]-TGRS 码不是 GRS 或 EGRS。此外,我们还提出了[1, 0]-TGRS 码的任何穿点码都是自正交的充分必要条件,然后构造了几类自双或几乎自双的[1, 0]-TGRS 码。最后,在这些自双或近似自双 [1, 0]-TGRS 码的基础上,我们得到了一些 LCD [1, 0]-TGRS 码。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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