We show that several problems which are known to be undecidable for probabilistic automata become decidable for quantum finite automata. Our main tool is an algebraic result of independent interest: we give an algorithm which, given a finite number of invertible matrices, computes the Zariski closure of the group generated by these matrices.Nous montrons ici que plusieurs problèmes indécidables pour des automates probabilistes sont décidables pour des automates quantiques.Ce résultat s’appuie sur un algorithme intéressant en soi, qui, étant donné des matrices inversibles, calcule la clôture de Zariski du groupe engendré par ses matrices
We consider notions of freeness and ambiguity for the acceptance probability of Moore-Crutchfield Me...
We consider notions of freeness and ambiguity for the acceptance probability of Moore-Crutchfield Me...
Quantum finite automata were introduced by C.Moore and J.P.Crutchfield in [MC 97] and by A.Kondacs a...
We show that several problems which are known to be undecidable for probabilistic automata become de...
We show that several problems which are known to be undecidable for probabilistic automata become de...
AbstractWe show that several problems which are known to be undecidable for probabilistic automata b...
Le principal problème étudié est le calcul de l'adhérence de Zariski de groupes algébriques, et leur...
International audienceWe investigate the complexity of computing the Zariski closure of a finitely g...
AbstractSeveral types of automata, such as probabilistic and quantum automata, require to work with ...
AbstractResults in the area of compact monoids and groups are useful in the analysis of quantum auto...
We study the following decision problem: is the language recognized by a quantum finite automaton em...
Results in the area of compact monoids and groups are useful in the analysis of quantum automata (1q...
The computational model of Quantum Finite Automata has been introduced by multiple authors (e.g. [38...
In the past year two different models of quantum finite automata have been proposed. The first mode...
We consider notions of freeness and ambiguity for the acceptance probability of Moore-Crutchfield Me...
We consider notions of freeness and ambiguity for the acceptance probability of Moore-Crutchfield Me...
We consider notions of freeness and ambiguity for the acceptance probability of Moore-Crutchfield Me...
Quantum finite automata were introduced by C.Moore and J.P.Crutchfield in [MC 97] and by A.Kondacs a...
We show that several problems which are known to be undecidable for probabilistic automata become de...
We show that several problems which are known to be undecidable for probabilistic automata become de...
AbstractWe show that several problems which are known to be undecidable for probabilistic automata b...
Le principal problème étudié est le calcul de l'adhérence de Zariski de groupes algébriques, et leur...
International audienceWe investigate the complexity of computing the Zariski closure of a finitely g...
AbstractSeveral types of automata, such as probabilistic and quantum automata, require to work with ...
AbstractResults in the area of compact monoids and groups are useful in the analysis of quantum auto...
We study the following decision problem: is the language recognized by a quantum finite automaton em...
Results in the area of compact monoids and groups are useful in the analysis of quantum automata (1q...
The computational model of Quantum Finite Automata has been introduced by multiple authors (e.g. [38...
In the past year two different models of quantum finite automata have been proposed. The first mode...
We consider notions of freeness and ambiguity for the acceptance probability of Moore-Crutchfield Me...
We consider notions of freeness and ambiguity for the acceptance probability of Moore-Crutchfield Me...
We consider notions of freeness and ambiguity for the acceptance probability of Moore-Crutchfield Me...
Quantum finite automata were introduced by C.Moore and J.P.Crutchfield in [MC 97] and by A.Kondacs a...