The increasing complexity of embedded systems renders software verification more
complex, requiring monitoring and formal techniques, like model-checking. However, to use …

The increasing complexity of embedded systems leads to uncertain behaviors, security
flaws, and design mistakes. With model-based engineering, early diagnosis of such issues …

With an ever increasing complexity, the verification of critical embedded systems is a
challenging and expensive task. Among the available formal methods, model checking …

Towards one Model Interpreter for Both Design and Deployment Page 1 Towards one Model
Interpreter for Both Design and Deployment 3rd International Workshop on Executable …

During the development of real-time embedded system, the use of UML models as
blueprints is a common practice with a focus on understandability rather than …

The number and complexity of embedded systems is rising. Consequently, their
development requires increased productivity as well as means to ensure quality. Model …

The modelling of access control (AC) policies aim to describe aspects of different security
requirements at a higher level of abstraction. Once the AC policy has been modelled, the …

La complexité croissante des systèmes embarqués les expose à davantage de bogues
logiciels, d'erreurs de conception et de failles de sécurité. Les besoins en vérification et en …

To design embedded systems, multiple models of their environments are typically required
for different purposes such as simulation, verification, and actual execution. Some of these …

Modeling timing constraints of distributed systems and multi-clock electronic systems aims to
describe different time requirements aspects at a higher abstraction level. An important …