Department 1: Algorithms, Computation, Image & Geometry

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