AbstractWe previously proved that almost all words of length n over a finite alphabet A with m letters contain as factors all words of length k(n) over A as n→∞, provided limsupn→∞k(n)/logn<1/logm.In this note it is shown that if this condition holds, then the number of occurrences of any word of length k(n) as a factor into almost all words of length n is at least s(n), where limn→∞logs(n)/logn=0. In particular, this number of occurrences is bounded below by Clogn as n→∞, for any absolute constant C>0
Given a finite word u, we define its palindromic length |u|pal to be the least number n such that u ...
International audienceThis work takes another look at the number of runs that a string may contain a...
AbstractIn this paper we consider a combinatorial method for the analysis of finite words recently i...
We previously proved that almost all words of length n over a finite alphabet A with m letters cont...
AbstractWe previously proved that almost all words of length n over a finite alphabet A with m lette...
AbstractLutz Priese raised the following conjecture: Almost all words of length n over a finite alph...
Lutz Priese raised the following conjecture: Almost all words of length n over a finite alphabet A w...
In this paper, we determine the maximum number of distinct Lyndon factors that a word of length n ca...
AbstractWe show by an injective proof that a word w of length k⩾2 occurs as a factor in a minimum nu...
We investigate the least number of palindromic factors in an infinite word. We first consider genera...
ABSTRACT. We investigate the least number of palindromic factors in an infinite word. We first consi...
AbstractA set of words X over a finite alphabet A is said to be unavoidable if all but finitely many...
AbstractWe study words on a finite alphabet avoiding a finite collection of patterns. Given a patter...
A closed word (a.k.a. periodic-like word or complete first return) is a word whose longest border do...
AbstractIn this paper a recurrence relation satisfied by the number L(n) of words of length n over a...
Given a finite word u, we define its palindromic length |u|pal to be the least number n such that u ...
International audienceThis work takes another look at the number of runs that a string may contain a...
AbstractIn this paper we consider a combinatorial method for the analysis of finite words recently i...
We previously proved that almost all words of length n over a finite alphabet A with m letters cont...
AbstractWe previously proved that almost all words of length n over a finite alphabet A with m lette...
AbstractLutz Priese raised the following conjecture: Almost all words of length n over a finite alph...
Lutz Priese raised the following conjecture: Almost all words of length n over a finite alphabet A w...
In this paper, we determine the maximum number of distinct Lyndon factors that a word of length n ca...
AbstractWe show by an injective proof that a word w of length k⩾2 occurs as a factor in a minimum nu...
We investigate the least number of palindromic factors in an infinite word. We first consider genera...
ABSTRACT. We investigate the least number of palindromic factors in an infinite word. We first consi...
AbstractA set of words X over a finite alphabet A is said to be unavoidable if all but finitely many...
AbstractWe study words on a finite alphabet avoiding a finite collection of patterns. Given a patter...
A closed word (a.k.a. periodic-like word or complete first return) is a word whose longest border do...
AbstractIn this paper a recurrence relation satisfied by the number L(n) of words of length n over a...
Given a finite word u, we define its palindromic length |u|pal to be the least number n such that u ...
International audienceThis work takes another look at the number of runs that a string may contain a...
AbstractIn this paper we consider a combinatorial method for the analysis of finite words recently i...