Department 1: Algorithms, Computation, Image & Geometry

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