Le Forum Méthodes Formelles est un cycle de conférences consacré aux méthodes formelles de développement. La prochaine journée FMF8 aura lieu le 10 Octobre 2017, avec une programmation sur le thème du "Véhicule autonome et méthodes formelles". Verimag interviendra avec un exposé intitulé "Analyse fonctionnelle des systèmes cyber-physiques avec incertitudes", qui sera présenté par Goran Frehse (MCF UGA).
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Verimag at Formal Methods Forum
Goran Frehse
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News
Seminars
New publications
- Some Recent Publications
- Dominique Larchey-Wendling, Jean-François Monin: Proof Pearl: Faithful Computation and Extraction of \mu-Recursive Algorithms in Coq
- Erwan Jahier, Karine Altisen, Stéphane Devismes, Gabriel B. Sant'Anna: Model Checking of Distributed Algorithms using Synchronous Programs
- Claire Maiza: Hardware and software analyses for precise and efficient timing analysis
- Joseph Sifakis: Testing System Intelligence
Jobs and internships
- Jobs and internships
- [Master] Implementation of critical applications on multi-core: execution mode analysis to reduce interferences
- PERSYVAL Master 2 Scholarships
- Junior professorship chair on verifiable / explainable artificial intelligence
- Poste de professeur des universités (section 27)
- [Funded PhD/PostDoc] Countermeasures to (transient) Side-Channel Attacks in a Formally Verified Compiler
- [Funded PhD] Annotations de sécurité pour compilateur optimisant formellement vérifié
- [Funded PhD] Quantitative analysis of software security against adaptive attacks
- [Master] A Solver for Monadic Second Order Logic of Graphs of Bounded Tree-width
- [Master] Analyzing fault parameters triggering timing anomalies
- [Master] Exploration by model-checking of timing anomaly cancellation in a processor
- [Master] Formal Methods for the Verification of Self-Adapting Distributed Systems
- [Master] Modular Analysis for Formal Verification of Integrated Circuits at Transistor Level
- [Master]Leakage in presence of an active and adaptive adversary
- [PostDoc] Implementation of critical applications on multi-core: execution mode analysis to reduce interferences