We investigate the complexity of the containment problem "Does L(A)subseteq L(B) hold?", where B is an unambiguous register automaton and A is an arbitrary register automaton. We prove that the problem is decidable and give upper bounds on the computational complexity in the general case, and when B is restricted to have a fixed number of registers
International audienceThe value 1 problem is a decision problem for probabilistic automata over fini...
AbstractWe introduce a class of tree automata that perform tests on a memory that is updated using f...
A data word is a sequence of pairs of a letter from a finite alphabet and an element from an infinit...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The universality problem asks whether a given finite state automaton accepts all the input words. Fo...
The universality problem asks whether a given finite state automaton accepts all the input words. Fo...
The emptiness and containment problems for probabilistic automata are natural quantitative generalis...
The emptiness and containment problems for probabilistic automata are natural quantitative generalis...
We introduce a model of register automata over infinite trees with extremaconstraints. Such an autom...
Abstract: "We consider the language containment and equivalence problems for six different types of ...
International audienceThe value 1 problem is a decision problem for probabilistic automata over fini...
International audienceThe value 1 problem is a decision problem for probabilistic automata over fini...
AbstractWe introduce a class of tree automata that perform tests on a memory that is updated using f...
A data word is a sequence of pairs of a letter from a finite alphabet and an element from an infinit...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The containment problem for quantitative automata is the natural quantitative generalisation of the ...
The universality problem asks whether a given finite state automaton accepts all the input words. Fo...
The universality problem asks whether a given finite state automaton accepts all the input words. Fo...
The emptiness and containment problems for probabilistic automata are natural quantitative generalis...
The emptiness and containment problems for probabilistic automata are natural quantitative generalis...
We introduce a model of register automata over infinite trees with extremaconstraints. Such an autom...
Abstract: "We consider the language containment and equivalence problems for six different types of ...
International audienceThe value 1 problem is a decision problem for probabilistic automata over fini...
International audienceThe value 1 problem is a decision problem for probabilistic automata over fini...
AbstractWe introduce a class of tree automata that perform tests on a memory that is updated using f...
A data word is a sequence of pairs of a letter from a finite alphabet and an element from an infinit...