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Section: Dissemination
Teaching - Supervision - Juries
Teaching
Licence 1 : Grégory Faye, Mathematics for Biology, 50h, L1, Université Nice Sophia Antipolis, France.
Licence 1 : Massimiliano Muratori, TP de physique, 45 h, L1, Ecole d'ingénieurs Polytech.
Licence 2 : Rodrigo Cofre, Traitement du signal, 50h, L2, Université Nice Sophia Antipolis, France.
Licence 2, Massimiliano Muratori, TD d'électromagnetisme , 18h, L2, Ecole d'ingénieurs Polytech.
Licence 3 : Hassan Nasser, Electronique numérique, 36h, L3, Université Nice Sophia Antipolis, France
License 3 : Hassan Nasser, Microprocesseurs, 28h, L3, Université Nice Sophia Antipolis, France
Master 2: Bruno Cessac, Neuronal dynamics, 36 hours, Master of Computational Biology and Biomedicine, Université Nice Sophia Antipolis, France.
Master 2: Olivier Faugeras, Mathematical Methods for Neuroscience, 27h, M2, ENS Paris, France.
Supervision
PhD & HdR
PhD : Grégory Faye, “Symmetry breaking and pattern formation in neural field equations”, 2012, supervised by Pascal Chossat and Olivier Faugeras.
PhD in progress: Diego Fasoli, “Mean-field theory of realistic spiking neurons”, Université Nice Sophia Antipolis, defence planned in 2013, supervised by Olivier Faugeras.
PhD: Geoffroy Hermann, “Some mean field equations in neuroscience”, 2012, supervised by Olivier Faugeras and Jonathan Touboul.
PhD : Khaled Masmoudi, Retina-inspired image coding schemes, Université Nice Sophia Antipolis, October 15, 2012, supervised by Marc Antonini (I3S, CNRS) and Pierre Kornprobst.
Phd in progress: Javier Baladron, “Parallel implementations of mean field and neural field equations”, Université Nice Sophia Antipolis, defence planned in 2013, supervised by Olivier Faugeras.
PhD in progress: Hassan Nasser, « Reproducing and anticipating retinal responses», defence planned in 2013, supervised by Bruno Cessac .
PhD in progress: Rodrigo Cofre-Torres, «Statistics of spike trains and neuronals structures», defense planned in 2014, supervised by Bruno Cessac.
PhD in progress: Massimiliano Muratori, « Mean field equations for neural networks and synaptic correlations», defence planned in 2015, supervised by Bruno Cessac .