Abstract This paper studies how to describe the real-time behaviour of programs using Duration Calculus. Since program variables are interpreted as functions over time in real-time programming, and it is inevitable to introduce quantifications over program variables in order to describe local variable declaration and declare local channel and so on, therefore, to establish a higher-order du-ration calculus (HDC) is necessary. We firstly establish HDC, then show some real-time properties of programs in terms of HDC, and lastly, prove that HDC is complete on abstract domains under the assumption that all program variables vary finitely in the paper
Once strictly the province of assembly-language programmers, real-time computing has developed into ...
AbstractThe real-time refinement calculus is a formal method for the systematic derivation of real-t...
The Duration Calculus is an interval logic introduced for designing real-time systems. This calculus...
Abstract. In order to describe the real-time behaviour of programs in terms of Duration Calculus (DC...
AbstractThis paper compares the expressive power of first-order monadic logic of order, a fundamenta...
Duration calculus is a logical formalism designed for expressing and refining real-time requirements...
The extension of the Duration Calculus (DC) by iteration, which is also known as Kleene star, enable...
We present a technique for handling the true synchrony hypothesis and (infinite) loops in realtime p...
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...
In this paper we present a syntactical approach for deriving real-time programs from a formal speci...
In this paper we present a syntactical approach for deriving real-time programs from a formal speci...
Abstract. Among the possible approaches for expressing real-time problems with the B method, two are...
We extend Duration Calculus to a logic which allows description of Discrete Processes where several ...
There are two important questions to ask regarding the correct execution of a real-time program: (i)...
Once strictly the province of assembly-language programmers, real-time computing has developed into ...
AbstractThe real-time refinement calculus is a formal method for the systematic derivation of real-t...
The Duration Calculus is an interval logic introduced for designing real-time systems. This calculus...
Abstract. In order to describe the real-time behaviour of programs in terms of Duration Calculus (DC...
AbstractThis paper compares the expressive power of first-order monadic logic of order, a fundamenta...
Duration calculus is a logical formalism designed for expressing and refining real-time requirements...
The extension of the Duration Calculus (DC) by iteration, which is also known as Kleene star, enable...
We present a technique for handling the true synchrony hypothesis and (infinite) loops in realtime p...
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...
In this paper we present a syntactical approach for deriving real-time programs from a formal speci...
In this paper we present a syntactical approach for deriving real-time programs from a formal speci...
Abstract. Among the possible approaches for expressing real-time problems with the B method, two are...
We extend Duration Calculus to a logic which allows description of Discrete Processes where several ...
There are two important questions to ask regarding the correct execution of a real-time program: (i)...
Once strictly the province of assembly-language programmers, real-time computing has developed into ...
AbstractThe real-time refinement calculus is a formal method for the systematic derivation of real-t...
The Duration Calculus is an interval logic introduced for designing real-time systems. This calculus...