Timed-Altarica-To-Fiacre-Translator/doc/Rapport post-doc/main.tex

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\begin{document}
%%
\title{Model-Checking Approach to Analyse\\
  Temporal Model Properties with AltaRica}
%%
\author{Alexandre Albore}
%%\institute{Institute of Research and Technology (IRT) Saint Exup\'ery, Toulouse, France  \and
%%LAAS-CNRS, Universit\'e de Toulouse, CNRS, Toulouse,  France \and
%%ONERA, 2 Avenue Edouard Belin, 31055 Toulouse, France 
%%  }
%%


%%\frontmatter

\maketitle
\setcounter{footnote}{0}
%%
% \noindent\textbf{keywords:} Verification of Safety Requirements; System
% Architecture Specification; Realtime Model-Checking.\\
%%
\begin{abstract}
  The design of complex safety critical systems raises new technical
  challenges for industrials. As systems become more complex---and
  include more and more interacting functions---it becomes harder to
  evaluate the safety implications of local failures and their
  possible propagations through a whole system. That is all the more
  true when we add time to the problem, that is when we consider the
  impact of computation times and delays on the propagation of
  failures.

  We describe an approach that extends models developed for Safety
  Analysis with timing information and provide tools to reason on the
  correctness of temporal safety conditions. Our approach is based on
  an extension of the AltaRica language where we can associate timing
  constraints with events and relies on a translation into a realtime
  model-checking toolset. We illustrate our method with an example
  that is representative of safety architectures found in critical
  systems. This example shows that considering propagation delays
  early during the validation of a system can help us uncover failure
  modes that cannot be detected with the untimed models currently
  used.
\end{abstract}

\tableofcontents
% \section*{Acknowledgments}\label{sec:Acknowledgments}

% Authors would like to thank YYYYY.

% and could have a beneficial impact on the early validation of system
% behaviour
\chapter{Introduction}
\input{1-introduction}

\chapter{State of the art}
\label{soa}\input{2-sota}

\chapter{A Model-Checking Approach to Analyse Temporal Failure Propagation with AltaRica}
\label{altarica}\input{3-imbsa}

\chapter{A Case Study: FDIR in a Satellite AOCS}
\label{aocs}
\input{4-aocs}

\chapter{Conclusions}
\input{5-conclusions}

\bibliographystyle{abbrv}

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\newpage
\appendix
\chapter*{Appendix A}
\setcounter{chapter}{1}
	\input{app.tex}

%\chapter*{Appendix}
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%% Good results and proving that a mathematical model underlying model representation allows to use properties and tools for automatic safety assessment.

\end{document}

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