Department 1: Algorithms, Computation, Image & Geometry

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