|Formation and diplomas||Research themes||Supervising||Administrative charges and expertise||Hobbies|
1. Image analysis and processing, more specifically image segmentation and classification, texture analysis, radiomics, denoising, deconvolution.
2. Fuzzy logic, Markovian and Bayesian stochastic models, decision and information fusion strategies.
3. Medical imaging and more specifically PET imaging and multi modalities PET/CT, PET/MRI, etc.4. Optimizing quantitative imaging for clinical applications in oncology and radiotherapy (diagnosis, management, evaluation, planification, etc. ), the design and validation of predictive models (machine learning).