International audienceIn this paper we focus on the construction of the minimal deterministic finite automaton S_k that recognizes the set of suffixes of a word w up to k errors. We present an algorithm that makes use of S_k in order to accept in an efficient way the language of all suffixes of w up to k errors in every window of size r, where r is the value of the repetition index of w. Moreover, we give some experimental results on some well-known words, like prefixes of Fibonacci and Thue-Morse words, and we make a conjecture on the size of the suffix automaton with mismatches
Blumer et al. showed (cf. [3,2]) that the suffix automaton of a word w must have at least |w|+1 stat...
AbstractThe suffix automaton (resp. factor automaton) of a finite word w is the minimal deterministi...
AbstractSuffix automata and factor automata are efficient data structures for representing the full ...
International audienceIn this paper we focus on the construction of the minimal deterministic finite...
In this paper we focus on the construction of the minimal deterministic finite automaton Sk that rec...
In this paper we focus on the construction of the minimal deterministic finite automaton Sk that rec...
International audienceIn this paper we focus on the minimal deterministic finite automaton S k that ...
International audienceIn this paper we focus on the minimal deterministic finite automaton S k that ...
AbstractIn this paper we focus on the minimal deterministic finite automaton Sk that recognizes the ...
In this paper we focus on the minimal deterministic finite automaton S_k that recognizes the set of ...
International audienceIn this paper we focus on the construction of the minimal deterministic finite...
In this paper we focus on the minimal deterministic finite automaton S_k that recognizes the set of ...
International audienceIn this paper we focus on the minimal deterministic finite automaton S k that ...
AbstractIn this paper we focus on the minimal deterministic finite automaton Sk that recognizes the ...
Blumer et al. showed (cf. [3,2]) that the suffix automaton of a word w must have at least |w|+1 stat...
Blumer et al. showed (cf. [3,2]) that the suffix automaton of a word w must have at least |w|+1 stat...
AbstractThe suffix automaton (resp. factor automaton) of a finite word w is the minimal deterministi...
AbstractSuffix automata and factor automata are efficient data structures for representing the full ...
International audienceIn this paper we focus on the construction of the minimal deterministic finite...
In this paper we focus on the construction of the minimal deterministic finite automaton Sk that rec...
In this paper we focus on the construction of the minimal deterministic finite automaton Sk that rec...
International audienceIn this paper we focus on the minimal deterministic finite automaton S k that ...
International audienceIn this paper we focus on the minimal deterministic finite automaton S k that ...
AbstractIn this paper we focus on the minimal deterministic finite automaton Sk that recognizes the ...
In this paper we focus on the minimal deterministic finite automaton S_k that recognizes the set of ...
International audienceIn this paper we focus on the construction of the minimal deterministic finite...
In this paper we focus on the minimal deterministic finite automaton S_k that recognizes the set of ...
International audienceIn this paper we focus on the minimal deterministic finite automaton S k that ...
AbstractIn this paper we focus on the minimal deterministic finite automaton Sk that recognizes the ...
Blumer et al. showed (cf. [3,2]) that the suffix automaton of a word w must have at least |w|+1 stat...
Blumer et al. showed (cf. [3,2]) that the suffix automaton of a word w must have at least |w|+1 stat...
AbstractThe suffix automaton (resp. factor automaton) of a finite word w is the minimal deterministi...
AbstractSuffix automata and factor automata are efficient data structures for representing the full ...