ISSN: 0302-9743 ; ISBN: 978-3-319-33599-5International audienceThis paper presents a substitution mechanism for systems having a continuous behavior. It shall preserve the safety property stating that the output of both systems remain in a safety envelope. The whole approach is formalized using Event-B, and relies on the Rodin tools and a theory of Reals provided by the Rodin Theory Plug-in to check the internal consistency with respect to safety properties, invariants and events
Pre-orders on systems are the basis for abstraction based verification of systems. In this paper, we...
Abstract: Modular modeling techniques play an important role in the analysis of engineering processe...
Hybrid systems are a wide category of systems consisting of multiple computers, linked together by s...
We propose a methodology for the speci cation, veri cation, and design of hybrid systems. The method...
We propose a methodology for the specification, verification, and design of hybrid systems. The meth...
Electronic ISBN:978-1-7281-3342-3International audienceCyber-physical systems (CPS) are taking a cru...
Faced with the increasing need for correctly designed hybrid and cyber-physical systems today, the p...
Safety-critical systems depend on the fact that their software components provide services that beha...
International audienceThe specification of cyber-physical systems usually relies on continuous funct...
International audienceHybrid systems consist of a discrete part (controller) that interacts with a c...
Safety-critical systems depend on the fact that their software components provide services that beha...
AbstractIn this paper, we present Hybrid Event B, a formal language for modeling hybrid systems. Spe...
International audienceEvent-B offers a rigorous state-based framework for designing critical systems...
Abstract: The purpose of the paper is to illustrate a method, based on scenario deriving to address ...
An increasing number of today's systems can be characterised as cyber-physical, or hybrid systems th...
Pre-orders on systems are the basis for abstraction based verification of systems. In this paper, we...
Abstract: Modular modeling techniques play an important role in the analysis of engineering processe...
Hybrid systems are a wide category of systems consisting of multiple computers, linked together by s...
We propose a methodology for the speci cation, veri cation, and design of hybrid systems. The method...
We propose a methodology for the specification, verification, and design of hybrid systems. The meth...
Electronic ISBN:978-1-7281-3342-3International audienceCyber-physical systems (CPS) are taking a cru...
Faced with the increasing need for correctly designed hybrid and cyber-physical systems today, the p...
Safety-critical systems depend on the fact that their software components provide services that beha...
International audienceThe specification of cyber-physical systems usually relies on continuous funct...
International audienceHybrid systems consist of a discrete part (controller) that interacts with a c...
Safety-critical systems depend on the fact that their software components provide services that beha...
AbstractIn this paper, we present Hybrid Event B, a formal language for modeling hybrid systems. Spe...
International audienceEvent-B offers a rigorous state-based framework for designing critical systems...
Abstract: The purpose of the paper is to illustrate a method, based on scenario deriving to address ...
An increasing number of today's systems can be characterised as cyber-physical, or hybrid systems th...
Pre-orders on systems are the basis for abstraction based verification of systems. In this paper, we...
Abstract: Modular modeling techniques play an important role in the analysis of engineering processe...
Hybrid systems are a wide category of systems consisting of multiple computers, linked together by s...