AbstractIn this paper, we study the concurrent behaviors of timers with arbitrary delays. Timers are modeled as synchronized products of automata, and we investigate formal languages satisfying constraints on the delays of each timer. Under very general assumptions, we prove that the concurrent behavior of two timers is rational. We give explicit automata to recognize these languages, which can be used as models in the specification and verification of timed processes
We present timing-constrained automata (TCA), a model for real-time computation in which agents beha...
In [7], an algebra for timed automata has been introduced. In this article, we introduce a syntactic...
We propose a model of distributed timed systems where each component is a timed automaton with a set...
AbstractWe introduce Concurrent Timed Automata (CTAs) where automata running in parallel are synchro...
. We propose timed (finite) automata to model the behavior of realtime systems over time. Our defini...
Abstract. A language for representing timed automata is introduced. Its semantics i defined in terms...
Timed languages are introduced as a class of languages that accepts timed words: sequences of events...
AbstractWe propose timed (finite) automata to model the behavior of real-time systems over time. Our...
A specification formalism for reactive systems defines a class of $\omega$-languages. We call a spec...
A proof system for timed automata is presented, based on a CCS-style language for describing timed a...
In this paper we propose a model, timed automata with non-instantaneous actions, which allows repres...
This paper presents a novel application of an untimed process algebra formalism to a class of timing...
Finite automata and regular languages have been useful in a wide variety of problems in computing, c...
Timed automata have been designed for modeling a real-time system behavior over time. Main obstacle ...
We propose a model of distributed timed systems where each component is a timed automaton with a set...
We present timing-constrained automata (TCA), a model for real-time computation in which agents beha...
In [7], an algebra for timed automata has been introduced. In this article, we introduce a syntactic...
We propose a model of distributed timed systems where each component is a timed automaton with a set...
AbstractWe introduce Concurrent Timed Automata (CTAs) where automata running in parallel are synchro...
. We propose timed (finite) automata to model the behavior of realtime systems over time. Our defini...
Abstract. A language for representing timed automata is introduced. Its semantics i defined in terms...
Timed languages are introduced as a class of languages that accepts timed words: sequences of events...
AbstractWe propose timed (finite) automata to model the behavior of real-time systems over time. Our...
A specification formalism for reactive systems defines a class of $\omega$-languages. We call a spec...
A proof system for timed automata is presented, based on a CCS-style language for describing timed a...
In this paper we propose a model, timed automata with non-instantaneous actions, which allows repres...
This paper presents a novel application of an untimed process algebra formalism to a class of timing...
Finite automata and regular languages have been useful in a wide variety of problems in computing, c...
Timed automata have been designed for modeling a real-time system behavior over time. Main obstacle ...
We propose a model of distributed timed systems where each component is a timed automaton with a set...
We present timing-constrained automata (TCA), a model for real-time computation in which agents beha...
In [7], an algebra for timed automata has been introduced. In this article, we introduce a syntactic...
We propose a model of distributed timed systems where each component is a timed automaton with a set...