We present a complete axiomatisation of the operator of projection onto state in the Duration Calculus (DC) relative to validity in DC without extending con-structs. Projection onto state was introduced and studied extensively in our earlier works. We first establish the completeness of a system of axioms and proof rules for the operator relative to validity in the extension of DC by neighbourhood for-mulas, which express the neighbourhood values of boolean DC state expressions. By establishing a relatively complete axiomatisation for the neighbourhood for-mulas in DC, we then achieve completeness of our system relative to basic DC
The Duration Calculus is an interval logic introduced for designing real-time systems. This calculus...
Abstract. We present an algebraic semantics for Duration Calculus based on semirings and quantales. ...
AbstractWe present a formal framework based on metric temporal logic (MTL) for specifying and verify...
We study a new operator of projection onto state and the prefix operator in the extension µHDC of DC...
AbstractWe study a new operator of projection onto state and the prefix operator in the extension μH...
This paper presents an ω-complete proof system for the extension of first order Interval Temporal Lo...
The extension of the Duration Calculus (DC) by iteration, which is also known as Kleene star, enable...
AbstractThe extension of the duration calculus (DC) by iteration, which is also known as Kleene star...
AbstractThis paper compares the expressive power of first-order monadic logic of order, a fundamenta...
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...
Abstract. Among the possible approaches for expressing real-time problems with the B method, two are...
We present a technique for handling the true synchrony hypothesis and (infinite) loops in realtime p...
AbstractThis paper compares the expressive power of first-order monadic logic of order, a fundamenta...
Udgivelsesdato: MAYLinear Temporal Logic (LTL) has been widely used for specification and verificati...
The Duration Calculus is an interval logic introduced for designing real-time systems. This calculus...
Abstract. We present an algebraic semantics for Duration Calculus based on semirings and quantales. ...
AbstractWe present a formal framework based on metric temporal logic (MTL) for specifying and verify...
We study a new operator of projection onto state and the prefix operator in the extension µHDC of DC...
AbstractWe study a new operator of projection onto state and the prefix operator in the extension μH...
This paper presents an ω-complete proof system for the extension of first order Interval Temporal Lo...
The extension of the Duration Calculus (DC) by iteration, which is also known as Kleene star, enable...
AbstractThe extension of the duration calculus (DC) by iteration, which is also known as Kleene star...
AbstractThis paper compares the expressive power of first-order monadic logic of order, a fundamenta...
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...
Abstract. Among the possible approaches for expressing real-time problems with the B method, two are...
We present a technique for handling the true synchrony hypothesis and (infinite) loops in realtime p...
AbstractThis paper compares the expressive power of first-order monadic logic of order, a fundamenta...
Udgivelsesdato: MAYLinear Temporal Logic (LTL) has been widely used for specification and verificati...
The Duration Calculus is an interval logic introduced for designing real-time systems. This calculus...
Abstract. We present an algebraic semantics for Duration Calculus based on semirings and quantales. ...
AbstractWe present a formal framework based on metric temporal logic (MTL) for specifying and verify...