Department 1: Algorithms, Computation, Image & Geometry

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