AbstractWe study a new operator of projection onto state and the prefix operator in the extension μHDC of DC by quantifiers over state and a polyadic least fixed point operator. We give axioms and rules to enable deduction in the extension of μHDC by the new operators. Our axioms can be used to eliminate the new operators from formulas in a practically significant fragment of μHDC. This entails the decidability of certain subfragments of this fragment is preserved in the presence of the new operators
AbstractWe present our work on extending the standard machinery for weak bisimulation to deal with: ...
This work examines propositional fixed point temporal and modal logics called mu-calculi and their r...
International audienceThe goal of this paper is to translate (fragments of) the quantified discrete ...
We study a new operator of projection onto state and the prefix operator in the extension µHDC of DC...
We present a complete axiomatisation of the operator of projection onto state in the Duration Calcul...
AbstractThe extension of the duration calculus (DC) by iteration, which is also known as Kleene star...
The extension of the Duration Calculus (DC) by iteration, which is also known as Kleene star, enable...
The duration calculus (DC) is a formal, algebraic system for specification and design of realtime sy...
The duration calculus (DC) is a formal, algebraic system for specification and design of realtime sy...
AbstractWe prove that the particularly narrow subset of the duration calculus which is defined by th...
AbstractThis paper compares the expressive power of first-order monadic logic of order, a fundamenta...
This paper presents an ω-complete proof system for the extension of first order Interval Temporal Lo...
We present a technique for handling the true synchrony hypothesis and (infinite) loops in realtime p...
LIDL(m) is a decidable fragment of Interval Duration Logic with Located Constraints, an expressive s...
AbstractWe present a logic which we call Hybrid Duration Calculus (HDC). HDC is obtained by adding t...
AbstractWe present our work on extending the standard machinery for weak bisimulation to deal with: ...
This work examines propositional fixed point temporal and modal logics called mu-calculi and their r...
International audienceThe goal of this paper is to translate (fragments of) the quantified discrete ...
We study a new operator of projection onto state and the prefix operator in the extension µHDC of DC...
We present a complete axiomatisation of the operator of projection onto state in the Duration Calcul...
AbstractThe extension of the duration calculus (DC) by iteration, which is also known as Kleene star...
The extension of the Duration Calculus (DC) by iteration, which is also known as Kleene star, enable...
The duration calculus (DC) is a formal, algebraic system for specification and design of realtime sy...
The duration calculus (DC) is a formal, algebraic system for specification and design of realtime sy...
AbstractWe prove that the particularly narrow subset of the duration calculus which is defined by th...
AbstractThis paper compares the expressive power of first-order monadic logic of order, a fundamenta...
This paper presents an ω-complete proof system for the extension of first order Interval Temporal Lo...
We present a technique for handling the true synchrony hypothesis and (infinite) loops in realtime p...
LIDL(m) is a decidable fragment of Interval Duration Logic with Located Constraints, an expressive s...
AbstractWe present a logic which we call Hybrid Duration Calculus (HDC). HDC is obtained by adding t...
AbstractWe present our work on extending the standard machinery for weak bisimulation to deal with: ...
This work examines propositional fixed point temporal and modal logics called mu-calculi and their r...
International audienceThe goal of this paper is to translate (fragments of) the quantified discrete ...