2002•Unpublished venueRequires access

Data compression with truncated suffix trees

Joong Chae Na, Kunsoo Park

Open publisher page 4 citations

Abstract

Summary form only given. The suffix tree is an efficient data structure used for Ziv-Lempel coding schemes. We propose a new data structure called the k-truncated suffix tree (k-TST), which is a truncated version of the suffix tree. While the suffix tree maintains all substrings of a given string, the k-TST stores the substrings of length at most k, where k is a constant. Hence the truncated suffix tree needs less space than the suffix tree.

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What this paper is about

Summary form only given. The suffix tree is an efficient data structure used for Ziv-Lempel coding schemes. We propose a new data structure called the k-truncated suffix tree (k-TST), which is a truncated version of the suffix tree. While the suffix tree maintains all substrings of a given string, the k-TST stores the substrings of length at most k, where k is a constant. Hence the truncated suffix tree needs less space than the suffix tree.

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Available abstract

Summary form only given. The suffix tree is an efficient data structure used for Ziv-Lempel coding schemes. We propose a new data structure called the k-truncated suffix tree (k-TST), which is a truncated version of the suffix tree. While the suffix tree maintains all substrings of a given string, the k-TST stores the substrings of length at most k, where k is a constant. Hence the truncated suffix tree needs less space than the suffix tree.

Key concepts: Suffix tree, Substring, Generalized suffix tree, Suffix, Compressed suffix array, Computer science, Tree (set theory), Data structure

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