Department 1: Algorithms, Computation, Image & Geometry

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