AbstractIn this paper we explore various interconnections between rich words, Sturmian words, and trapezoidal words. Rich words, first introduced by the second and third authors together with J. Justin and S. Widmer, constitute a new class of finite and infinite words characterized by having the maximal number of palindromic factors. Every finite Sturmian word is rich, but not conversely. Trapezoidal words were first introduced by the first author in studying the behavior of the subword complexity of finite Sturmian words. Unfortunately this property does not characterize finite Sturmian words. In this note we show that the only trapezoidal palindromes are Sturmian. More generally we show that Sturmian palindromes can be characterized eithe...
International audienceOriginally introduced and studied by the third and fourth authors together wit...
Motivated by a conjecture of Frid, Puzynina, and Zamboni, we investigate infi-nite words with the pr...
In this paper we investigate the periodic structure of rich words (i.e., words having the highest po...
ABSTRACT. In this paper we explore various interconnections between rich words, Sturmian words, and ...
In this paper we explore various interconnections between rich words, Sturmian words, and trapezoida...
Trapezoidal words are finite words having at most n+1 distinct factors of length n, for every n>=...
Generalized trapezoidal words (or GT-words for short) were introduced by A. Glen and F. Leve in 2011...
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...
The properties characterizing Sturmian words are considered for words on multiliteral alphabets. We ...
In this paper, we investigate some combinatorial properties concerning the family of the so-called T...
AbstractAn infinite word x over the alphabet A is Sturmian if and only if gx(n) = n + 1 for any inte...
AbstractOriginally introduced and studied by the third and fourth authors together with J. Justin an...
AbstractIn this paper, we study combinatorial and structural properties of a new class of finite and...
ABSTRACT. Originally introduced and studied by the third and fourth authors together with J. Justin ...
International audienceOriginally introduced and studied by the third and fourth authors together wit...
Motivated by a conjecture of Frid, Puzynina, and Zamboni, we investigate infi-nite words with the pr...
In this paper we investigate the periodic structure of rich words (i.e., words having the highest po...
ABSTRACT. In this paper we explore various interconnections between rich words, Sturmian words, and ...
In this paper we explore various interconnections between rich words, Sturmian words, and trapezoida...
Trapezoidal words are finite words having at most n+1 distinct factors of length n, for every n>=...
Generalized trapezoidal words (or GT-words for short) were introduced by A. Glen and F. Leve in 2011...
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...
The properties characterizing Sturmian words are considered for words on multiliteral alphabets. We ...
In this paper, we investigate some combinatorial properties concerning the family of the so-called T...
AbstractAn infinite word x over the alphabet A is Sturmian if and only if gx(n) = n + 1 for any inte...
AbstractOriginally introduced and studied by the third and fourth authors together with J. Justin an...
AbstractIn this paper, we study combinatorial and structural properties of a new class of finite and...
ABSTRACT. Originally introduced and studied by the third and fourth authors together with J. Justin ...
International audienceOriginally introduced and studied by the third and fourth authors together wit...
Motivated by a conjecture of Frid, Puzynina, and Zamboni, we investigate infi-nite words with the pr...
In this paper we investigate the periodic structure of rich words (i.e., words having the highest po...