Academic background

• Computer Science Ph.D, Université Paris-Saclay, 2016
• Normalien, Magistère (L3/M1/M2) EEA of Ecole Normale Supérieure de Cachan (now ENS Paris-Saclay) and Université Paris Sud, 1997-2001
• Master 2 «Réalité Virtuelle et Maitrise des Systèmes Complexes», UVSQ 2001
• Agregation of computer engineering, 2000

Responsabilités

• Director of the ASI Specialization, 2020 - en cours
• Co-Director of « la fabrique » the CentraleSupélec’s Fablab, 2017 - 2019
• Vice-Director of ISIA (Computer Science Specialization), 2005 - 2020
• Director of the Computer Engineering Teaching Laboratory, 2006 - 2017

Teaching

Projet Horus Autonomous drone autonome - Dassault UAV Challenge
Projet Robot Club Tech CentraleSupélec
Programmable components and digital synthesis
Parallel architecture programming
Parallel Programming
Supélec Droid Kreator Project
IOT design
Digital Electronics
Embedded Systems Networks
Embedded Systems

Publications

Improving preference learning for MR-Sort using GPU
SIMD-based Exact Parallel Fuzzy Dilation Operator for Fast Computing of Fuzzy Spatial Relations
A new Direct Connected Component Labeling and Analysis Algorithms for GPUs
Distanceless Label Propagation: an Efficient Direct Connected Component Labeling Algorithm for GPUs
Étiquetage en composantes connexes efficace pour les architectures hautes performances
Parallel Light Speed Labeling: an efficient connected component algorithm for labeling and analysis on multi-core processors
A new SIMD iterative connected component labeling algorithm
Parallel Light Speed Labeling: an Efficient Connected Component Labeling Algorithm for Multi-Core Processors
What is the World’s Fastest Connected Component Labeling Algorithm ?
A Review of World’s Fastest Connected Component Labeling Algorithms: Speed and Energy Estimation
High Level Transforms to Reduce Energy Consumption of Signal and Image Processing Operators
Impact of High Level Transforms on High Level Synthesis for Motion Detection Algorithm
Exemple de Conception et de Réalisation d’un Système de Vision pour la Robotique Mobile et Autonome
Méthode d’optimisation temporelle des algorithmes de vision
Examples of Design and Achievement of Vision Systems for Mobile Robotics Applications