Research

• Models & methods for electromagnetic brain mapping using magneto & electroencephalography (MEG & EEG):

  • inverse problems, statistical inference, signal detection, data mining, estimation & analysis (BrainStorm project)

• Magnetic Resonance image analysis with specific address to

  • the anticipation of stroke outcome using diffusion-weighted MR sequences (NEURiNFARCT project)
  • the problem of standardizing the brain in imaging group studies (my group participates to the BrainVAR action)

  See my group page for more

Current technical activities

• Member Editorial Boards: NeuroImage; Computational Intelligence & Neuroscience; The Open Neuroimaging Journal The Open Medical Imaging Journal; The Open Cardiovascular Imaging Journal
; Brain Topography
• Member Management Committee COST 'European Science Foundation) action '“Advanced Methods for The Estimation Of Human Brain Activity And Connectivity (NEUROMATH)”
• Member Expert Committee University of Paris-Sud "Computer, Systems & Signal processing" (comité de spécialistes, section 61)

• Board member Institut Fédératif de Recherche en Neuroimagerie (IFR49)

• Member expert CNRS committee : Multidimensional & Multimodal Signal Processing
• Organizer, MEG/EEG training course, International Conference on Human Brain Mapping;
  • 2008 edition is in Melbourne!

Suggestion: a brief history of brain functional localization (in French)

Software projects

• BrainStorm, a Matlab-based integrated software package dedicated to functional brain mapping using primarily MEG and EEG with a touch of MRI.

BrainStorm is a joint project between the Signal & Image Processing Institute at USC and the Los Alamos National Laboratory

• NEURiNFARCT: a software toolkit to predict the final outcome of ischemic lesions from the acute stage of stroke, using image analysis of diffusion-weighted MR image sequences.

[NEURiNFARCT est un logiciel permettant de prédire l'extension finale d'un infarctus cérébral ischémique en phase aiguë d'un accident vasculaire cérébral (AVC), à partir de l'analyse de séquences d'images IRM de diffusion]

• Accéder au site de NEURiNFARCT