• PhD defense: Michel Olvera

    A008

    Michel Olvera (Multispeech) will defend his thesis on Thursday, 15th December at 2pm in room A008. His presentation will be in English and is entitled "Robust sound event detection". Jury members   Thesis directors: Emmanuel Vincent, Inria Gilles Gasso, INSA Rouen Normandie Reviewers : Mathieu Lagrange, CNRS, LS2N Juan Pablo Bello, New York University Examiners […]

  • PhD defense: Kamrul Islam

    B013

    Kamrul Islam (Capsid) will defend his thesis, entitled "Explainable link prediction in large complex graphs - application to drug repurposing", on Friday, 16 December at 9.30 am in room B013. Composition du jury: Rapporteurs: Luc Brun, Professeur, ENSICAEN, France Paolo Merialdo, Professeur, Université Rome III (Roma Tre University), Italie Examinateurs: Miguel Couceiro, Professeur, Université de […]

  • PhD defense: Margarita Veshchezerova

    C005

    Margarita Veshchezerova (Mocqua) will defend her thesis on Friday, December 16 at 10 am in the room C005. The title of her thesis is Quantum algorithms for energy management. Members of the jury: Reviewers: Caroline Prodhon and Verdan Dunjko Examiners: Bernardetta Addis, Philippe Lacomme and Ioan Todinca Supervisors: Emmanuel Jeandel, Simon Perdrix and Marc Porcheron […]

  • PhD defense: Matthieu Nicolas (Coast)

    C005

    Matthieu Nicolas (Coast) will defend his thesis on Tuesday, December 20th at 2pm in room C005. His thesis is entitled "Ré-identification sans coordination dans les types de données répliquées sans conflits", the presentation will be held in French. Rapporteurs : Hanifa Boucheneb, Professeure, Polytechnique Montréal Davide Frey, Chargé de recherche, HdR, Inria Rennes Bretagne-Atlantique Examinateurs […]

  • Soutenance de thèse de Jean-Baptiste Wiart (Simbiot)

    Loria

    Jean-Baptiste Wiart (Simbiot) soutiendra sa thèse intitulée "Approche hiérarchique de co-simulation pour l'étude des échanges d'énergie dans les microréseaux", le 13 janvier 2023 à 14h00 en salle C005 du Loria. Résumé : Le contexte de cette thèse s'intègre dans une démarche de modélisation et simulation de micro-réseaux. Financée par le projet LUE ULHyS, programme de […]