Department 1: Algorithms, Computation, Image & Geometry

Parallel robot 3D printing Discrete logarithm Displacement Regression Réalité augmentée Deep learning Global optimization Implicit surfaces Isogénies Floating-point arithmetic Cryptographie Theta functions Hyperbolic surface Convex relaxation Pose estimation Vanishing points System identification Voronoi diagram Classification Cryptanalysis Voronoi diagrams Biomechanical Modeling Mesh untangling Computer vision Meshing Abelian varieties Digital image correlation Full-field measurement Algorithms Dominant point Computational geometry Cryptography Courbes hyperelliptiques Anisotropy Geometry processing Rademacher complexity Discrete geometry Machine learning Delaunay triangulation Biomechanical simulation Mitral valve Switched systems Object detection Apprentissage profond Clustering Vision par ordinateur Piecewise affine systems Hyperelliptic curves Checkerboard Computing methodologies Image registration Digital Image Correlation Grid method Fabrication additive Correct rounding 3D Printing Courbes elliptiques Windowed Fourier analysis Digital geometry Shape modeling Software Function field sieve Augmented Reality Finite fields Image processing Metrology Logarithme discret Fabrication Delaunay triangulations Inverted pendulum Probabilistic analysis Boomerang attack Cylindrical algebraic decomposition Sparsity Image analysis Algorithm Finite Fields Finite field Authenticated encryption Augmented reality Computer graphics Additive manufacturing Complexity Segmentation Learning theory Localized spectrum analysis Optimal pattern Delaney-Dress tiling theory Géométrie discrète Lightweight cryptography Deconvolution Neural networks Kinematics Rigid motion Number field sieve Number Field Sieve Additive Manufacturing Numerical simulation Topology