Room 206 (2nd floor, badged access)
12 décembre 2024 - 14h00
tba (Phd Defense)
Lucas Bueri de Verimag
12 décembre 2024 - 14h00
tba (Phd Defense)
Lucas Bueri de Verimag
Abstract: tba
soutenance de these prevue
Navigation
Actualités
Séminaires
- Séminaires
- 7 novembre 2024 Aurèle Barrière: Tba
- 2 décembre 2024 Thomas Vigouroux: Analyses quantitatives pour les attaquants adaptatifs (Phd)
- 12 décembre 2024 Lucas Bueri: Tba (Phd)
Nouvelles publications
- Quelques Publications
Récentes
- Bruno Ferres, Oussama Oulkaid, Ludovic Henrio, Mehdi Khosravian, Matthieu Moy, Gabriel Radanne, Pascal Raymond: Electrical Rule Checking of Integrated Circuits using Satisfiability Modulo Theory
- Karine Altisen, Alain Cournier, Geoffrey Defalque, Stéphane Devismes: Self-stabilizing synchronous unison in directed networks
- Léo Gourdin: Lazy Code Transformations in a Formally Verified Compiler
- Marius Bozga, Radu Iosif, Joseph Sifakis: Verification of component-based systems with recursive architectures
Offres d'emploi et stages
- Offres d'emploi et stages
- [Master] Implementation of critical applications on multi-core : execution mode analysis to reduce interferences
- Bourses PERSYVAL de M2
- [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] Improving Diagnosis for a Formal Verification Tool for Electrical Circuits at Transistor Level
- [Funded PhD] Modular Analysis for Formal Verification of Integrated Circuits at Transistor Level
- [Funded PhD] Quantitative analysis of software security against adaptive attacks
- [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]Leakage in presence of an active and adaptive adversary
- [PostDoc] Implementation of critical applications on multi-core : execution mode analysis to reduce interferences
