International audienceIn this paper we propose a methodological and technical approach to develop model compilers which provide formal proof of semantic preservation and complement model-level verification activities with formal analysis on the generated source code. Our paper also details which characteristic a programming language shall exhibit to be used as target of a model compiler. Finally, we evaluate the impact of using formal programming languages on the development and qualification of model compilers
International audienceThis paper reports on the development and formal verification (proof of semant...
Certifying critical systems requires very precise specifications and ability to ver- ify each develo...
Many real programs are written in multiple different programming languages, and supporting this patt...
Abstract. This submission presents our understanding of the Grand Challenge and propose an agenda on...
International audienceblocks, and relies on a dataflow semantics: an (un)specified sampling time is ...
International audienceThe formal verification of compilers and related programming tools depends cru...
International audienceThis article describes the development and formal verification (proof of seman...
International audienceThis paper reports on the development and formal certification (proof of seman...
International audienceThis article presents the formal verification, using the Coq proof assistant, ...
International audienceFormal verification of software or hardware systems — be it by model checking,...
Abstract: The increasing reliance on Model-Driven Software Development calls for model compilers to ...
We can observe many similarities between classical programming paradigms and model-driven engineerin...
International audienceGiven the complexity and sophistication of code generation and optimization al...
International audienceModel-based technology has evolved rapidly in the last decade, bringing immedi...
Precise specifications are needed for verifying and certifying the correct behavior of critical syst...
International audienceThis paper reports on the development and formal verification (proof of semant...
Certifying critical systems requires very precise specifications and ability to ver- ify each develo...
Many real programs are written in multiple different programming languages, and supporting this patt...
Abstract. This submission presents our understanding of the Grand Challenge and propose an agenda on...
International audienceblocks, and relies on a dataflow semantics: an (un)specified sampling time is ...
International audienceThe formal verification of compilers and related programming tools depends cru...
International audienceThis article describes the development and formal verification (proof of seman...
International audienceThis paper reports on the development and formal certification (proof of seman...
International audienceThis article presents the formal verification, using the Coq proof assistant, ...
International audienceFormal verification of software or hardware systems — be it by model checking,...
Abstract: The increasing reliance on Model-Driven Software Development calls for model compilers to ...
We can observe many similarities between classical programming paradigms and model-driven engineerin...
International audienceGiven the complexity and sophistication of code generation and optimization al...
International audienceModel-based technology has evolved rapidly in the last decade, bringing immedi...
Precise specifications are needed for verifying and certifying the correct behavior of critical syst...
International audienceThis paper reports on the development and formal verification (proof of semant...
Certifying critical systems requires very precise specifications and ability to ver- ify each develo...
Many real programs are written in multiple different programming languages, and supporting this patt...