AbstractA return word of a factor of a Sturmian word starts at an occurrence of that factor and ends exactly before its next occurrence. Derivated words encode the unique decomposition of a word in terms of return words. Vuillon has proved that each factor of a Sturmian word has exactly two return words. We determine these two return words, as well as their first occurrence, for the prefixes of characteristic Sturmian words. We then characterize words derivated from a characteristic Sturmian word and give their precise form. Finally, we apply our results to obtain a new proof of the characterization of characteristic Sturmian words which are fixed points of morphisms
AbstractWe describe an algorithm which, given a factor of a Sturmian word, computes the next factor ...
AbstractIn this paper we give a characterization of finite Sturmian words, by palindrome words, whic...
AbstractIn this paper we define Sturmian graphs and we prove that all of them have a certain “counti...
AbstractNous présentons une nouvelle caractérisation des mots de Sturm basée sur les mots de retour....
AbstractReturn words constitute a powerful tool for studying symbolic dynamical systems. They may be...
AbstractIn this paper, we give some new characterizations of words which are finite factors of Sturm...
This overview paper is devoted to Sturmian words. The first part summarizes different characterizati...
A word is closed if it contains a proper factor that occurs both as a prefix and as a suffix but doe...
AbstractWe express any general characteristic sturmian word as a unique infinite non-increasing prod...
Considering each occurrence of a word w in a recurrent infinite word, we define the set of return wo...
We describe an algorithm which, given a factor of a Sturmian word, computes the next factor of the s...
In this paper we present three new characterizations of Sturmian words based on the lexicographic or...
Combinatorics on words plays a fundamental role in various fields of mathematics, not to mention its...
AbstractWe introduce a new geometric approach to Sturmian words by means of a mapping that associate...
AbstractIn this paper we use the relation of the index of an infinite aperiodic word and its recurre...
AbstractWe describe an algorithm which, given a factor of a Sturmian word, computes the next factor ...
AbstractIn this paper we give a characterization of finite Sturmian words, by palindrome words, whic...
AbstractIn this paper we define Sturmian graphs and we prove that all of them have a certain “counti...
AbstractNous présentons une nouvelle caractérisation des mots de Sturm basée sur les mots de retour....
AbstractReturn words constitute a powerful tool for studying symbolic dynamical systems. They may be...
AbstractIn this paper, we give some new characterizations of words which are finite factors of Sturm...
This overview paper is devoted to Sturmian words. The first part summarizes different characterizati...
A word is closed if it contains a proper factor that occurs both as a prefix and as a suffix but doe...
AbstractWe express any general characteristic sturmian word as a unique infinite non-increasing prod...
Considering each occurrence of a word w in a recurrent infinite word, we define the set of return wo...
We describe an algorithm which, given a factor of a Sturmian word, computes the next factor of the s...
In this paper we present three new characterizations of Sturmian words based on the lexicographic or...
Combinatorics on words plays a fundamental role in various fields of mathematics, not to mention its...
AbstractWe introduce a new geometric approach to Sturmian words by means of a mapping that associate...
AbstractIn this paper we use the relation of the index of an infinite aperiodic word and its recurre...
AbstractWe describe an algorithm which, given a factor of a Sturmian word, computes the next factor ...
AbstractIn this paper we give a characterization of finite Sturmian words, by palindrome words, whic...
AbstractIn this paper we define Sturmian graphs and we prove that all of them have a certain “counti...