Lecturer and Researcher
e-mail: jeremy rouot at tutanota com (replace each of the two blank spaces in italic style with one dot)
Geometric control theory, Optimization and optimal control, Numerical methods, Data Science.
Swimming at low Reynolds number, Nuclear magnetic resonance,
Orbital transfer with low thrust, Inverse optimal control in Robotics, Biomechanics,
Associate member of the following research team and projects
INRIA McTAO Team
Institut de Mathématiques de Bourgogne IMB
Bound estimation for global optimality of a control trajectory using semi-definite programming.
Projective discrimination to compute nearest neighbor in a metric space (with O. Assainova).
- Geometric approach to compute metrics on covariance operators using optimal transportation and application to speech detection (with M. Saumard and M. Sayari).
Slides on the optimization of muscular stimulations.
Slides on the local time minimal synthesis for chemical reactors.
Slides on the control of two spins in magnetic resonance imaging.
Slides on the swimming problem at low Reynolds.
Slides on the low thrust orbital transfer in spatial mechanics.
PhD Thesis, 2016,
Advisors: Bernard Bonnard and Jean-Baptiste Pomet. [pdf] [link]
PhD in Applied Mathematics (Univ. Côte d'Azur, 2016)
Ingénieur in Applied Mathematics / Computer Science
(Grenoble INP - ENSIMAG, 2013)