- Research Director at INRIA in the Sophia Antipolis Research Unit
where I lead the NeuroMathComp
Laboratory, a joint scientific venture between INRIA, the ENS (computer
science department), and the JAD
Laboratory at the UNSA.
- Short vita.
- Current work, related interests
- Computational neuroscience
- Mathematics for neuroscience: bifurcation theory,
stochastic calculus, integro-differential equations
- Modelling of biological and machine visual
perception
-
- Teaching:
- Main Current Projects:
- FACETS:
create a theoretical and experimental foundation for the realisation of
novel computing paradigms which exploit the concepts experimentally
observed in biological nervous systems
- NerVi:
develop a formal model of information representation and processing in
the part of the neocortex that is mostly concerned with visual
information.
- My recent
publications.
- Full list of publications and former graduate
students: link.
- Books:
- Current students and their projects:
- Alexandre Gramfort: understanding feedback
between visual areas with MEG. Co-advised with Maureen
Clerc.
- Mathieu Galtier: Neural Fields for the modelling
of V1
- Romain Veltz: Bifurcations in Neural Fields
equations, perception of motion
- Grégory Faye: Delays in Neural Fields equations
- Geoffroy Hermann: Stochastic Neural Fields
equations
- Former Students:
- Companies I contributed to start: Noesis and RealViz.
- Member of the
French Academy of
Sciences.
- Member of the
French Academy
of Technologies.
- Awards:
- Fiat/Academy of Sciences award (1989)
- France Telecom/Academy of Sciences (1998). Half of
the award was donated to Amnesty
International.
- Member of the
World Technology Network.
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