Science

Biology/Bioinformatics

My internship report (summer 2004), a comparison of bacteria genes for homologous recombination. An article has been published in 2005 about this work (see the "Publications" section). Here are the slides (fr) of my presentation.
(fr) Slides of a presentation for a "state of the art" article about molecular phylogeny methods in 2001 (presentation : 2005).

My internship (summer 2005) in computer vision is entitled « 3D reconstruction and texture generation using graph cuts». 3D reconstruction consists in building a 3D model of an object from two or more pictures of this object (from different points of view). You can see a bit more about texture generation here (new enhancements make the textures tileable). Here's the report (fr), and the slides (fr) for the presentation.
(fr) «Bipartite structure of all Complex Networks» : slides of a presentation for an article about graphs.
(fr) «Computing communities in large networks using random walks» : slides of a presentation for an article about graphs and communities.
(fr) «Des ciseaux et des graphes» : slides of a presentation about graph cuts, 3D reconstruction and texture generation (2005).
(fr) « Simuler k canaux avec un seul » : slides of a presentation for an article about lossy communication systems (2005).
(fr) « Road Coloring Problem » : slides of a presentation for an article about finite automata synchronization (2005).
(fr) « A New Proof of a Theorem by Ginsburg & Spanier » : slides of a presentation for an article about Presburger arithmetic and semilinear sets (2005).
(fr) Report for a small project of a digital synchronous networks simulator (2003).

I wrote a book filled with advice to help French "Classes préparatoires" ("Prepa") students to get into the "Grandes Ecoles" (very French system !):

I have also contributed to and edited a bunch of these books (for "Classes préparatoires" students) (2003 to 2008):

(fr) My first "TIPE" (made when I was myself in the "Classes préparatoires") : chemistry and smell.
(fr) My second "TIPE", physics of the "time-reversal" phenomenon.