Finding the Leftmost Critical Factorization on Unordered Alphabet
Dmitry Kosolobov
TL;DR
This paper introduces a linear time and space algorithm for computing the leftmost critical factorization of strings over unordered alphabets, improving efficiency in string analysis tasks.
Contribution
The paper presents the first linear time and space algorithm for finding the leftmost critical factorization on unordered alphabets, a problem previously unresolved.
Findings
Algorithm operates in linear time and space
Efficiently computes the leftmost critical factorization
Advances string processing on unordered alphabets
Abstract
We present a linear time and space algorithm computing the leftmost critical factorization of a given string on an unordered alphabet.
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