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Palindromic rich words and run-length encodings

机译:回文丰富单词和游程编码

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摘要

A length n word is (palindromic) rich if it contains the maximum possible number, which is n, of distinct non-empty palindromic factors. We prove both necessary and sufficient conditions for richness in terms of run-length encodings of words. Relating sufficient conditions to integer partitions, we prove a lower bound of order C-root n, where C approximate to 37.6, on the growth function of the language of binary rich words. From experimental study we suggest that this growth function actually grows more slowly than n(root n) which makes our lower bound quite reasonable. (C) 2016 Elsevier B.V. All rights reserved.
机译:如果长度为n的单词包含不同的非空回文因子的最大可能数目n,则该单词为(回文)。我们根据单词的游程编码证明了丰富性的必要条件和充分条件。通过将充分条件与整数分区相关联,我们证明了二元富单词语言的增长函数的C根n阶下界,其中C约为37.6。通过实验研究,我们认为该增长函数实际上比n(root n)增长得慢,这使我们的下限相当合理。 (C)2016 Elsevier B.V.保留所有权利。

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