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Department 1: Algorithms, Computation, Image & Geometry

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Vision par ordinateur Certified Numerical Algorithms Windowed Fourier analysis Metrological performance Checkerboard Dominant points Switched regression Algorithm Discrete logarithm Digital image correlation Finite field Clustering Impression 3D Shape modeling Delaney-Dress tiling theory Dominant point Logarithme discret Computational geometry Displacement Geometry processing Experimental mechanics GPU Kinematics Singularities Classification Delaunay triangulation Fonctions thêta Number Field Sieve System identification Convex optimization Bivariate system Finite fields Additive Manufacturing 3D printing Machine learning Voronoi diagrams Algorithms Discrete structure Computer Assisted Surgery Image registration Computer vision Delaunay triangulations Meshing Hybrid systems Cryptanalysis Learning theory Optimization Biomechanical Modeling Apprentissage profond Discrete hyperplane Additive manufacturing Piecewise affine systems Cryptographie Design Fabrication Cryptography Sparsity Margin classifiers Factorization Full-field measurement Faithful rounding Courbes elliptiques Discrete logarithm problem Number field sieve Segmentation Function field sieve Complexity Medical imaging Generic Singularities Heteroscedastic noise Digital geometry Probabilistic analysis Metrology Cylindrical algebraic decomposition Abelian varieties Localized spectrum analysis Crible algébrique Theta functions Computer algebra Global optimization Convex relaxation Augmented reality Parallel robot Courbes hyperelliptiques Software Discrete geometry Isogénies Topology Corps finis Rademacher complexity Hyperelliptic curves Géométrie discrète Inverted pendulum Grid method Regression Deconvolution 3D Printing Deep learning Differentiator Couplage