Department 1: Algorithms, Computation, Image & Geometry

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