Department 1: Algorithms, Computation, Image & Geometry

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