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Relationally Periodic Sequences and Subword Complexity

机译:关系周期序列与子词复杂度

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By the famous theorem of Morse and Hedlund, a word is ultimately periodic if and only if it has bounded subword complexity, i.e., for sufficiently large n, the number of factors of length n is constant. In this paper we consider relational periods and relationally periodic sequences, where the relation is a similarity relation on words induced by a compatibility relation on letters. We investigate what would be a suitable definition for a relational subword complexity function such that it would imply a Morse and Hedlund-like theorem for relationally periodic words. We consider strong and weak relational periods and two candidates for subword complexity functions.
机译:根据著名的摩尔斯定律和赫德隆德定理,一个单词只有当其具有限定子单词复杂度的条件时才是周期性的,即对于足够大的n而言,长度为n的因数是恒定的。在本文中,我们考虑了关系周期和关系周期序列,其中该关系是单词上的相似性关系,这是由字母上的相容性关系引起的。我们研究了什么是关系子词复杂度函数的合适定义,这样它就暗示了关系周期词的莫尔斯和海德隆定理。我们考虑了强和弱的关系周期以及两个子词复杂度函数的候选者。

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