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Quaternary Golay sequence pairs Ⅱ:odd length

机译:第四代格雷序列对Ⅱ:奇数长度

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A 4-phase Golay sequence pair of length s≡5 (mod 8) is constructed from a Barker sequence of the same length whose even-indexed elements are prescribed. This explains the origin of the 4-phase Golay seed pairs of length 5 and 13. The construction cannot produce new 4-phase Golay sequence pairs, because there are no Barker sequences of odd length greater than 13. A partial converse to the construction is given, under the assumption of additional structure on the 4-phase Golay sequence pair of length s≡5 (mod 8).
机译:长度为s≡5(模数8)的4相格雷序列由对等长度的Barker序列构成,其中规定了偶数索引元素。这就解释了长度为5和13的4相Golay种子对的起源。该构造不能产生新的4相Golay序列对,因为没有奇数长度大于13的Barker序列。给定,假设在长度为s≡5(模数8)的4相Golay序列对上具有附加结构。

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