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Geometry

The Geometry theme explores all aspects of numerical geometry, from the acquisition to the analysis and synthesis of geometric data, whether in the form of meshes, point clouds or voxel grids. The methods employed range from algorithmic geometry to differential surface analysis, and are at the frontier between computer science and mathematics. The analyzed shapes can then be rendered or used as a basis for dynamic calculation. The aim of the Origami team’s thematic group meetings is to discuss algorithms or results developed within the team.

Latest Events

  1. Geometry Attention is all you need Presented by Olivier Pradelle
  2. Geometry STAR - A survey of optimal transport applications to graphics and vision. Presented by Nicolas Bonneel, Julie Digne
  3. Geometry Diffusion models Presented by Bastien Doignies
  4. Geometry Graphes de Christoffel Presented by Tristan Roussillon
  5. Geometry Inpainting Holes In Folded Fabric Meshes Presented by Guillaume Gisbert
  6. Geometry Représentations Neuronales Implicites Presented by Julie Digne
  7. Geometry Découpe topologique de cartes combinatoires Presented by Martin Genet
  8. Geometry Agencement de sphères en haute (mais pas trop) dimension Presented by Vincent Nivoliers
  9. Geometry Enumération d'enveloppes convexes 2D et discrépance isotrope Presented by Nicolas Bonneel
  10. Geometry Query-Replace Operations for Topologically Controlled 3D Mesh Editing Presented by Guillaume Damiand
  11. Geometry Répétition de soutenance de thèse Presented by Agathe Herrou
  12. Geometry Réunion de rentrée Presented by Julie Digne
  13. Geometry Travaux en cours Presented by Tong Fu
  14. Geometry Continuous and Discrete Point Flows Presented by Julie Digne
  15. Geometry Efficient learning on curved surfaces via diffusion Presented by Maks Ovsjanikov