AbstractIn this paper we give a characterization of finite Sturmian words, by palindrome words, which generalizes a property of the Fibonacci words. We prove that the set St of finite Sturmian words coincides with the set of the factors of all the words w such that w = AB = Cxy with A, B, C palindromes, x, yϵ{a,b} and x ≠ y. Moreover, using this result we prove that St is equal to the set of the factors of all words w having two periods p and q which are coprimes and such that |w| ⩾ p + q − 2. Several other combinatorial properties concerning special and bispecial elements of St are shown. As a consequence we give a new, and purely combinatorial, proof of the enumeration formula of St
AbstractWe prove some new combinatorial properties of the set PER of all words w having two periods ...
A balanced word is one in which any two factors of the same length contain the same number of each l...
AbstractIn this paper we consider a combinatorial method for the analysis of finite words recently i...
AbstractIn this paper we give a characterization of finite Sturmian words, by palindrome words, whic...
AbstractWe prove some new results concerning the structure, the combinatorics and the arithmetics of...
Trapezoidal words are words having at most n+1 distinct factors of length n for every n≥0. They ther...
Trapezoidal words are words having at most n+1 distinct factors of length n for every n ≥ 0. They th...
Combinatorics on words plays a fundamental role in various fields of mathematics, not to mention its...
In recent years, combinatorial properties of finite and infinite words have become increasingly impo...
AbstractIn this paper, we give some new characterizations of words which are finite factors of Sturm...
Motivated by a conjecture of Frid, Puzynina, and Zamboni, we investigate infi-nite words with the pr...
AbstractAn infinite word x over the alphabet A is Sturmian if and only if gx(n) = n + 1 for any inte...
AbstractWe introduce a new geometric approach to Sturmian words by means of a mapping that associate...
International audienceWe extend classical Ostrowski numeration systems, closely related to Sturmian ...
AbstractA set of words is factorially balanced if the set of all the factors of its words is balance...
AbstractWe prove some new combinatorial properties of the set PER of all words w having two periods ...
A balanced word is one in which any two factors of the same length contain the same number of each l...
AbstractIn this paper we consider a combinatorial method for the analysis of finite words recently i...
AbstractIn this paper we give a characterization of finite Sturmian words, by palindrome words, whic...
AbstractWe prove some new results concerning the structure, the combinatorics and the arithmetics of...
Trapezoidal words are words having at most n+1 distinct factors of length n for every n≥0. They ther...
Trapezoidal words are words having at most n+1 distinct factors of length n for every n ≥ 0. They th...
Combinatorics on words plays a fundamental role in various fields of mathematics, not to mention its...
In recent years, combinatorial properties of finite and infinite words have become increasingly impo...
AbstractIn this paper, we give some new characterizations of words which are finite factors of Sturm...
Motivated by a conjecture of Frid, Puzynina, and Zamboni, we investigate infi-nite words with the pr...
AbstractAn infinite word x over the alphabet A is Sturmian if and only if gx(n) = n + 1 for any inte...
AbstractWe introduce a new geometric approach to Sturmian words by means of a mapping that associate...
International audienceWe extend classical Ostrowski numeration systems, closely related to Sturmian ...
AbstractA set of words is factorially balanced if the set of all the factors of its words is balance...
AbstractWe prove some new combinatorial properties of the set PER of all words w having two periods ...
A balanced word is one in which any two factors of the same length contain the same number of each l...
AbstractIn this paper we consider a combinatorial method for the analysis of finite words recently i...