Nous présentons dans ce travail de thèse des approches pour la spécification et la vérificationdes systèmes temporisés. La première partie concerne une méthode de spécification enutilisant les diagrammes états-transitions pour modéliser un système donné en partant d’unedescription textuelle. Cette méthode guide l’utilisateur pour le développement de la modélisation.Elle comporte plusieurs étapes et utilise des observateurs d’états et des événements afind’engendrer le diagramme états-transitions. Un outil qui implémente les différentes étapes de laméthode de spécification pour une application semi-automatique est présenté. La seconde partieconcerne une traduction des diagrammes états-transitions vers les réseaux de Petri colorés, cequi perme...
Model-Driven Engineering enables to assess a system's model properties since the early phases of its...
Software is finding its way into an increasing range of devices (phones, medical equipment, cars...)...
This article presents a novel technique to formally verify models of real-time systems captured thro...
Nous présentons dans ce travail de thèse des approches pour la spécification et la vérificationdes s...
In order to specify and verify timed systems, we present in this thesis approaches using UMLstate ma...
Les systèmes informatiques envahissent de plus en plus notre quotidien, en allant de la plus simple ...
This work focuses on the UML/PNO (Unified Modelling Language with Petri Net Objects) approach for th...
The computer systems have increasingly invaded our daily lives from the simplest application as audi...
The work developed in this thesis aims to assist the engineering process of temporal requirements fo...
This document surveys my research work about a framework of composable coloured Petri nets. This fra...
This thesis deals with formal verification of critical systems where the system’s correction depends...
Critical Real-Time Embedded Systems (RTES) have strong requirement regarding system’s reliability. U...
UML state machines are widely used to specify dynamic systems behaviours. However its semantics is d...
The research works presented concern the study of parameterized verification methods for real time s...
In this paper we define a formal stronglyconsistent transformation from UML2 sequence diagramsto col...
Model-Driven Engineering enables to assess a system's model properties since the early phases of its...
Software is finding its way into an increasing range of devices (phones, medical equipment, cars...)...
This article presents a novel technique to formally verify models of real-time systems captured thro...
Nous présentons dans ce travail de thèse des approches pour la spécification et la vérificationdes s...
In order to specify and verify timed systems, we present in this thesis approaches using UMLstate ma...
Les systèmes informatiques envahissent de plus en plus notre quotidien, en allant de la plus simple ...
This work focuses on the UML/PNO (Unified Modelling Language with Petri Net Objects) approach for th...
The computer systems have increasingly invaded our daily lives from the simplest application as audi...
The work developed in this thesis aims to assist the engineering process of temporal requirements fo...
This document surveys my research work about a framework of composable coloured Petri nets. This fra...
This thesis deals with formal verification of critical systems where the system’s correction depends...
Critical Real-Time Embedded Systems (RTES) have strong requirement regarding system’s reliability. U...
UML state machines are widely used to specify dynamic systems behaviours. However its semantics is d...
The research works presented concern the study of parameterized verification methods for real time s...
In this paper we define a formal stronglyconsistent transformation from UML2 sequence diagramsto col...
Model-Driven Engineering enables to assess a system's model properties since the early phases of its...
Software is finding its way into an increasing range of devices (phones, medical equipment, cars...)...
This article presents a novel technique to formally verify models of real-time systems captured thro...