Simulation-Based Abstractions for Software Product-Line Model Checking

The abduction model presented in this paper does not assume an a priori knowledge of causality relations nor a specific syntax for the knowledge base, but assumes that: (1) the set

Model-Based Systems Engineering and early simulation based Validation & Verification are now key enablers for managing the complexity in the development of modern complex

Pour que cette intervention puisse se dérouler dans les meilleures conditions et que le résultat obtenu soit le plus satisfaisant, il faut que le lambeau supérieur sus-ombilical,

L'intérêt de cette théorie réside dans le fait qu'il est possible, à partir de la condition du plan invariant et la diagonalisation de B.P, de calculer pour chaque

So far, three main milestones have been reached: (1) a mod- eling approach for formalizing legal policies, (2) a transforma- tion that enables semantic execution of policy

Our simulation framework leverages our previous work [5], where we developed a UML-based modeling methodology for specifying procedural policies (rules) and evaluated its

The objective of this section is to show how models based on Stochastic Timed Automata and associated Statistical Model Checking can be used for evaluating the robustness level of

Keywords: Model Based System Engineering, Engineering Data Management, Product Lifecycle Management, Product Architecture Modelling, Design for Simulation.. 1