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首页> 外文期刊>IEICE Transactions on Fundamentals of Electronics, Communications and Computer Sciences >Determination of error values for decoding hermitian codes with the inverse affine Fourier transform
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Determination of error values for decoding hermitian codes with the inverse affine Fourier transform

机译:用仿射傅里叶逆变换确定解码埃尔米特码的误差值

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摘要

With the knowledge of the syndromes S_a,b 0≤a, b≤q-2, the exact error values cannot be determined by using the conventional(q-1)~2-point discrete Fourier transform in the decoding of a plane algebraic-geometric code over GF(q). In this letter, the inverse q-point 1-dimensional and Q~2-point 2- Dimensional affine Fourier transform over GF(q)are presented To be used to retrieve the actual error values, but it requires Much computation efforts. For saving computation complexity, A modification of the affine Fourier transform is derived by using The property of the rational points of the plane Hermitian curve.
机译:知道了校正子S_a,b0≤a,b≤q-2时,在平面代数-的解码中无法使用常规(q-1)〜2点离散傅里叶变换来确定确切的误差值GF(q)上的几何代码。在这封信中,提出了在GF(q)上进行反q点1维和Q〜2点2维仿射傅立叶变换,以用于检索实际误差值,但需要大量的计算工作。为了节省计算复杂度,通过使用平面Hermitian曲线有理点的属性推导仿射傅立叶变换的修改。

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