Department 1: Algorithms, Computation, Image & Geometry

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