International audienceIn a preceding paper [1], automata have been introduced for words indexed by linear orderings. These automata are a generalization of automata for finite, infinite, bi-infinite, and even transfinite words studied by Buchi. Kleene's theorem has been generalized to these words. We show that deterministic automata do not have the same expressive power. Despite this negative result, we prove that rational sets of words of finite ranks are closed under complementation
We consider words indexed by linear orderings. These extend finite, (bi-)infinite words and words on...
International audienceWe show that the inclusion problem is decidable for rational languages of word...
In a preceding paper, Bruyère and Carton introduced automata, as well as rational expressions, which...
International audienceIn a preceding paper, automata have been introduced for words indexed by linea...
AbstractIn a preceding paper [V. Bruyère, O. Carton, Automata on linear orderings, in: J. Sgall, A. ...
International audienceIn a preceding paper, automata have been introduced for words indexed by linea...
In a preceding paper (Bruyère and Carton, automata on linear orderings, MFCS'01), automata have been...
AbstractIn a preceding paper [V. Bruyère, O. Carton, Automata on linear orderings, in: J. Sgall, A. ...
In a preceding paper (Bruyère and Carton, automata on linear orderings, MFCS'01), automata have been...
In a preceding paper (Bruyère and Carton, automata on linear orderings, MFCS'01), automata have been...
AbstractWe consider words indexed by linear orderings. These extend finite, (bi-)infinite words and ...
AbstractWe consider words indexed by linear orderings. These extend finite, (bi-)infinite words and ...
In a preceding paper, Bruyère and Carton introduced automata, as well as rational expressions, which...
This thesis treats of rational sets of words indexed by linear orderings and particularly of the pro...
This thesis treats of rational sets of words indexed by linear orderings and particularly of the pro...
We consider words indexed by linear orderings. These extend finite, (bi-)infinite words and words on...
International audienceWe show that the inclusion problem is decidable for rational languages of word...
In a preceding paper, Bruyère and Carton introduced automata, as well as rational expressions, which...
International audienceIn a preceding paper, automata have been introduced for words indexed by linea...
AbstractIn a preceding paper [V. Bruyère, O. Carton, Automata on linear orderings, in: J. Sgall, A. ...
International audienceIn a preceding paper, automata have been introduced for words indexed by linea...
In a preceding paper (Bruyère and Carton, automata on linear orderings, MFCS'01), automata have been...
AbstractIn a preceding paper [V. Bruyère, O. Carton, Automata on linear orderings, in: J. Sgall, A. ...
In a preceding paper (Bruyère and Carton, automata on linear orderings, MFCS'01), automata have been...
In a preceding paper (Bruyère and Carton, automata on linear orderings, MFCS'01), automata have been...
AbstractWe consider words indexed by linear orderings. These extend finite, (bi-)infinite words and ...
AbstractWe consider words indexed by linear orderings. These extend finite, (bi-)infinite words and ...
In a preceding paper, Bruyère and Carton introduced automata, as well as rational expressions, which...
This thesis treats of rational sets of words indexed by linear orderings and particularly of the pro...
This thesis treats of rational sets of words indexed by linear orderings and particularly of the pro...
We consider words indexed by linear orderings. These extend finite, (bi-)infinite words and words on...
International audienceWe show that the inclusion problem is decidable for rational languages of word...
In a preceding paper, Bruyère and Carton introduced automata, as well as rational expressions, which...