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Profil
Titre : Chercheur.euse Contractuel.le
Ne fait plus partie de l'unité
PRIMARY RESEARCH ACTIVITIES
Active perception and multimodal integration
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Data analysis using self-organizing neural networks
- Vector quantization of the submanifold in the data set
- Nonlinear dimensionality reduction -
Structure of the sensorimotor space
- Groups of compensated transformations
Computer vision
- Design and calibration of multi-projector catadioptric display systems
- Geometry of mirrors in catadioptric noncentral sensors
EDUCATION
2007 Ph.D. in Cognitive Science / Mathematics (highest honors) –
UPMC, Paris, France
Dissertation : Solving the boundary problem in the logico-algebraic
formalization of the sensory space
Adviser : Michel De Glas (CREA – Ecole Polytechnique)
2003 Postgraduate degree in Cognitive Science (highest honors) –
UPMC, Paris, France
Dissertation : Modeling of spatial knowledge: toward a mereolocology
Adviser : Michel De Glas (CREA – Ecole Polytechnique)
2002 Master degree in Logic (with honors) –
Université Panthéon-Sorbonne, Paris, France
2001 Bachelor degree in Logic (with honors) –
Université Panthéon-Sorbonne, Paris, France
PUBLICATION
- Breysse O., De Glas M. A New Approach to the Concepts of Boundary and Contact: Toward an Alternative to Mereotopology, Fundamenta Informaticae, 78(2), 2007, 217-238
- Breysse O., De Glas M. On Boundaries and Contact, The Bulletin of Symbolic Logic, 13(2), 2007, 268
TEACHING ACTIVITIES
2007-2008 Assistant professor (ATER) –
Department of Life Sciences - UPMC
- Biostatistics and linear algebra
- Recursive programming
2006-2007 Assistant professor (ATER) –
Department of Life Sciences - UPMC
- Linear algebra
- Algorithms and imperative programming
- Calculus and statistics
- Recursive programming
- Logic and automata theory
2005-2006 Teaching assistant –
Department of Mathematics and Computer Science - UPMC
- Recursive programming
- Logic and automata theory
2003-2005 Teaching assistant –
Department of Logic and Philosophy - Sorbonne
- Development of a teaching module of Computer Science
(Turing machines, artificial neural networks, Visual Basic,
modeling of language and reasoning)