Modeling, analysis control and optimization of nonlinear systems with applications in the biological and medical fields
- Nonlinear systems
- Stability, stabilization and advanced control
- Stability of time-delay systems
- Lyapunov theory and robust analysis
- Optimal control and optimization
- Numerical analysis
In particular, I work in the following fields:
- Cancer and stem cells
- Hematopoietic systems and leukemia
- Microalgae, microorganisms
- Conception and advanced control of photobioreactors
- Darwinian selection, strains competition
I am currently involved in the following projects:
- PhotoBiofilm Explorer (AAPG–ANR2021) : Exploring & understanding the secrets of photosynthetic biofilms
- BIOMSA (AAPG–ADEME-ANR2019) : Developing environmental-biorefinery sector based on methane-struvite-algae
- PGMO Program ORACLE : Optimal Resource Allocation in Micro-organisms under Changing Environment (associated with FMJH and EDF-THALES-ORANGE)
- Maximic (AAPG–ANR2020) : Optimal control of microbial cells by natural and synthetic strategies
- Inria Project Lab (IPL) Algae in Silico : The next generation simulator for predicting and optimising the productivity of microalgae
- Looking for Ph.D and Master students : optimal control of cell population dynamics
- M1 opportunity : Control of a photobioreactor using a PLC Schneider Modicon M221 – Inria Sophia Antipolis, Laboratoire d’Océanographie à Villefranche-sur-Mer (LOV-CNRS) [PDF]