We present a tool for the design and validation of embedded real time applications. The tool integrates two approaches: the use of the synchronous programming language, ESTEREL for design, and the application of model checking techniques for validation of real time properties. Validation is carried out on a global formal model (timed automata) taking into account the effective implementation of the application on the target hardware architecture as well as its external environment behavio
International audienceThe design and validation of embedded real-time applications is challenging, e...
We address a number of limitations of Timed Automata and real-time model-checkers, which undermine t...
The complete verification of the timing properties of a large critical system cannot be undertaken i...
The correct behavior of real-time applications depends not only on the correctness of the results of...
We present a methodology for building timed models of real-time systems by adding time constraints t...
Real-time systems are found in an increasing variety of application elds. Usually, they are embedded...
International audienceReal-time embedded systems are used in highly important or even vital tasks (a...
In modern times, human life is intrinsically depending on real-time embedded systems (RTES) with inc...
The goal of TAXYS is to provide a framework for developing real-time embedded code and verifying its...
This title is devoted to presenting some of the most important concepts and techniques for describin...
The behavior of practical safety critical systems often combines real-time behavior with structured ...
This paper describes ongoing work on the automatic constructionof formal models from Real-Time imple...
This paper presents a method for the formal description, verification and automatic source code gene...
In this paper we sketch a method for specification and automaticverification of real-time software p...
The goal of this paper is to present a tool for automation of designing of real-time embedded system...
International audienceThe design and validation of embedded real-time applications is challenging, e...
We address a number of limitations of Timed Automata and real-time model-checkers, which undermine t...
The complete verification of the timing properties of a large critical system cannot be undertaken i...
The correct behavior of real-time applications depends not only on the correctness of the results of...
We present a methodology for building timed models of real-time systems by adding time constraints t...
Real-time systems are found in an increasing variety of application elds. Usually, they are embedded...
International audienceReal-time embedded systems are used in highly important or even vital tasks (a...
In modern times, human life is intrinsically depending on real-time embedded systems (RTES) with inc...
The goal of TAXYS is to provide a framework for developing real-time embedded code and verifying its...
This title is devoted to presenting some of the most important concepts and techniques for describin...
The behavior of practical safety critical systems often combines real-time behavior with structured ...
This paper describes ongoing work on the automatic constructionof formal models from Real-Time imple...
This paper presents a method for the formal description, verification and automatic source code gene...
In this paper we sketch a method for specification and automaticverification of real-time software p...
The goal of this paper is to present a tool for automation of designing of real-time embedded system...
International audienceThe design and validation of embedded real-time applications is challenging, e...
We address a number of limitations of Timed Automata and real-time model-checkers, which undermine t...
The complete verification of the timing properties of a large critical system cannot be undertaken i...