International audienceThis article presents the high level, modeling language Al-taRica 3.0 through the safety assessment of an electrical system. It shows how, starting from a purely structural model, several variants can be derived .Two of them target a compilation into Fault Trees and two others target a compilation into Markov chains. Experimental results are reported to show that each of these variants has its own interest. It also advocates that this approach made of successive derivation of variants is a solid ground to build a modeling methodology onto
International audienceSafety and risk analyses rely on models. These models have several important c...
The goal of the paper is the integration of safety analysis in a model-based systems engineering app...
AbstractFormal models could accurately reflect design of systems and can be used to implement automa...
International audienceThis article presents the high level, modeling language Al-taRica 3.0 through ...
International audienceThe aim of this article is to present the AltaRica 3.0 project. " Traditional ...
International audienceAltaRica 3.0 is the third version of the AltaRica modeling language. AltaRica ...
International audienceAltaRica 3.0 is an event-based, object-oriented modeling language dedicated to...
A method is developed to combine techniques of reliability and safety analysis with the Modelica lan...
AltaRica is a language used to describe safety critical systems that has become a de-facto European ...
AbstractWith the increasing scale and complexity of modern systems, traditional safety analysis meth...
Altarica is a language used to describe critical systems. In this paper we present a novel approach ...
The Model-Based approach for safety and reliability analysis is gradually wining the trust of engine...
Safety assessment is a rational and systematic process for assessing the risk associated with the us...
Abstract: Altarica is a language used to describe critical systems. In this paper we present a novel...
AbstractThe aircraft power plant becomes even harder since the complexity and integrity of system fu...
International audienceSafety and risk analyses rely on models. These models have several important c...
The goal of the paper is the integration of safety analysis in a model-based systems engineering app...
AbstractFormal models could accurately reflect design of systems and can be used to implement automa...
International audienceThis article presents the high level, modeling language Al-taRica 3.0 through ...
International audienceThe aim of this article is to present the AltaRica 3.0 project. " Traditional ...
International audienceAltaRica 3.0 is the third version of the AltaRica modeling language. AltaRica ...
International audienceAltaRica 3.0 is an event-based, object-oriented modeling language dedicated to...
A method is developed to combine techniques of reliability and safety analysis with the Modelica lan...
AltaRica is a language used to describe safety critical systems that has become a de-facto European ...
AbstractWith the increasing scale and complexity of modern systems, traditional safety analysis meth...
Altarica is a language used to describe critical systems. In this paper we present a novel approach ...
The Model-Based approach for safety and reliability analysis is gradually wining the trust of engine...
Safety assessment is a rational and systematic process for assessing the risk associated with the us...
Abstract: Altarica is a language used to describe critical systems. In this paper we present a novel...
AbstractThe aircraft power plant becomes even harder since the complexity and integrity of system fu...
International audienceSafety and risk analyses rely on models. These models have several important c...
The goal of the paper is the integration of safety analysis in a model-based systems engineering app...
AbstractFormal models could accurately reflect design of systems and can be used to implement automa...