Geometric Methods for Analyzing Discrete Shapes

Geometric Methods for Analyzing Discrete Shapes

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Xiaoping Zhu | Convergence of discrere unformization factors on closed surfaces

7 of 18

7 of 18

Xiaoping Zhu | Convergence of discrere unformization factors on closed surfaces

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Geometric Methods for Analyzing Discrete Shapes

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  1. 1 Christopher Bishop | Mappings and Meshes, connections between continuous and discrete geometry I
  2. 2 Keenan Crane | Geometry Processing with Intrinsic Triangulations I
  3. 3 Yanwen Luo | The deformation space of geodesic triangulations and Tutte’s embedding
  4. 4 Stephan Tillmann | Canonical cell decompositions for punctured real projective surfaces
  5. 5 Hana Dal Poz Kourimska | Uniformization with a new discrete Gaussian curvature
  6. 6 Hasan Pourmahmood Aghababa | Orientation Preserving Vectorized Distance Between Curves
  7. 7 Xiaoping Zhu | Convergence of discrere unformization factors on closed surfaces
  8. 8 Xu Xu | Rigidity and deformation of discrete conformal structures on polyhedral surfaces
  9. 9 Christopher Bishop | Mappings and Meshes, connections between continuous and discrete geometry II
  10. 10 Keenan Crane | Geometry Processing with Intrinsic Triangulations II
  11. 11 Max Wardetzky | The Bilaplacian on polyhedral surfaces — theory and applications
  12. 12 Emil Saucan | Geometric Persistent Homology for networks and hypernetworks
  13. 13 Matteo Raffaelli | Nonrigidity of flat ribbons
  14. 14 Matthijs Ebbens | Minimal Delaunay triangulations of hyperbolic surfaces
  15. 15 Miri Ben Chen | Parametetizarion based remeshing for mesh realization
  16. 16 Ivan Izmestiev | A discrete spherical Laplacian
  17. 17 Convergence results for discrete conformal maps based on conformally equivalent triangular lattices
  18. 18 Nadav Dym | Computational theory of graphs, sets and rigid sets

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