Difference between revisions of "IMAGES GALERIE"
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(Created page with "==Topological modelisation with multi-résolution (Pierre Kraemer)== [[Image:pierre_cube_catmullclark.jpg|center|frame| Using MR-Maps in an multiresolution editing tool with sub...") |
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== Detection and characterization of pockets in proteins (Benjamin Schwarz)== | == Detection and characterization of pockets in proteins (Benjamin Schwarz)== | ||
− | Given the structure of a protein, we search cavitys using a | + | Given the structure of a protein, we search cavitys using a computational geometry. |
The geometric formalism allows to detect and manipulate easily the pockets. | The geometric formalism allows to detect and manipulate easily the pockets. | ||
We determine, for exemple, the atoms participating in the vicinity of the pockets. | We determine, for exemple, the atoms participating in the vicinity of the pockets. |
Latest revision as of 23:02, 26 October 2011
Topological modelisation with multi-résolution (Pierre Kraemer)
Meshing voxels (Dobrina Boltcheva)
Detection and characterization of pockets in proteins (Benjamin Schwarz)
Given the structure of a protein, we search cavitys using a computational geometry. The geometric formalism allows to detect and manipulate easily the pockets. We determine, for exemple, the atoms participating in the vicinity of the pockets. The second part of the work consist in "meshing" proteins and their pockets using parametric patches to give a smooth surface representation.
Meshing scanned objects (Marc fournier)
Visualization of scanned objects (Frederic Larue)
Volumic visualisation on GPU (Lucas Ammann)
Radiofrequency removal planification (Caroline Essert & Claire Baegert)
Specification of hypermaps, proofs of the gender theorem and Euler formula
Certification of a segmentation operation of 2D pictures using colored hypermaps
Hardware VR
Vascular network models