Team IGG : Computer Graphics and Geometry

Difference between revisions of "Recherche:theme1"

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== Modeling, construction and proofs in geometry ==
 
== Modeling, construction and proofs in geometry ==
  
This theme focuses on research activities around the topic of geometric modeling. It splits into three complementary operations. Operation 1 (Geometric and topological modeling) studies de combinatorial models which are the common basis for the whole team. Operation 2 (Solving of geometric constraints) studies a complementary point of view, especially the embeddings. Operation 3 (Specifications and proofs in geometry) is an original topic which makes geometric modeling benefit from the latest advances in specifications and proofs.
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This theme focuses on research activities around the topic of geometric modeling. It splits in three complementary operations. Operation 1 (Geometric and topological modeling) studies de combinatorial models which are the common basis for the whole team. Operation 2 (Solving of geometric constraints) studies a complementary point of view, especially the embeddings. Operation 3 (Specifications and proofs in geometry) is an original topic which makes geometric modeling benefit from the latest advances in specifications and proofs.
  
 
=== Permanent members ===
 
=== Permanent members ===

Latest revision as of 08:32, 28 July 2009

Modeling, construction and proofs in geometry

This theme focuses on research activities around the topic of geometric modeling. It splits in three complementary operations. Operation 1 (Geometric and topological modeling) studies de combinatorial models which are the common basis for the whole team. Operation 2 (Solving of geometric constraints) studies a complementary point of view, especially the embeddings. Operation 3 (Specifications and proofs in geometry) is an original topic which makes geometric modeling benefit from the latest advances in specifications and proofs.

Permanent members

  • 4 professors:
    • Dominique Bechmann
    • Jean-François Dufourd
    • Jean-Michel Dischler
    • Pascal Schreck
  • 1 full researcher CR1:
    • Hyewon Seo
  • 9 associate professors:
    • Rémi Allègre
    • Gabriel Braun
    • David Cazier
    • Caroline Essert
    • Pierre Kraemer
    • Nicolas Magaud
    • Pascal Mathis
    • Julien Narboux
    • Basile Sauvage
  • 1 research engineer:
    • Sylvain Thery

Partitioning into operations

This theme splits in three complementary operations :

Operation 1: Geometric and topological modeling

Permanent members :

  • Dominique Bechmann
  • Jean-Michel Dischler
  • Rémi Allègre
  • Pierre Kraemer
  • David Cazier
  • Basile Sauvage
  • Hyewon Seo
  • Sylvain Thery

Operation 2: Solving of geometric constraints

Permanent members :

  • Pascal Schreck
  • Caroline Essert
  • Pascal Mathis
  • Julien Narboux


Operation 3: Specifications and proofs in geometry

Permanent members :

  • Jean-François Dufourd
  • Nicolas Magaud
  • Julien Narboux