Team IGG : Computer Graphics and Geometry

Difference between revisions of "Recherche:theme1"

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''' A REFAIRE EN ANGLAIS '''
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== Modeling, construction and proofs in geometry ==
  
== Modélisation, Construction et Preuves en géométrie ==
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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.
Ce thème fédère les activités de recherche autour de la modélisation géométrique qu’il conjugue sous toutes ces coutures. Ce thème se découpe en trois opérations complémentaires.
 
  
L’opération 1 (modélisation géométrique et topologique) constitue le socle commun à toute l’équipe. L’opération 2 (constructions géométrique automatisées) représente un apport complémentaire enrichissant. L’opération 3 (spécifications et preuves en géométrie) est particulièrement originale fait profiter la modélisation géométrique des toutes dernières techniques de spécifications et preuves.
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=== Permanent members ===
 
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* 4 professors:
=== Participants ===
 
* 4 professeurs:
 
 
** Dominique Bechmann
 
** Dominique Bechmann
 
** Jean-François Dufourd
 
** Jean-François Dufourd
 
** Jean-Michel Dischler
 
** Jean-Michel Dischler
 
** Pascal Schreck
 
** Pascal Schreck
* 5 Maîtres de conférences:
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* 1 full researcher CR1:
** Sylvain Brandel
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** Hyewon Seo
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* 9 associate professors:
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** Rémi Allègre
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** Gabriel Braun
 
** David Cazier
 
** David Cazier
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** Caroline Essert
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** Pierre Kraemer
 
** Nicolas Magaud
 
** Nicolas Magaud
 
** Pascal Mathis
 
** Pascal Mathis
** Caroline Villard
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** Julien Narboux
* un ingénieur de recherche:
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** Basile Sauvage
** Sylvain Thery [http://dpt-info.u-strasbg.fr/~thery web_perso]
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* 1 research engineer:
 
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** Sylvain Thery
=== Problématique ===
 
* séparation des problèmes de structure et de forme
 
* résolutions formelles
 
* preuves.
 
 
 
Activité transverse intégrative:
 
* Plate-forme logicielle de modélisation géométrique
 
  
Applications privilégiées:
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=== Partitioning into operations ===
* Applications médicales
 
  
=== Découpage en opérations ===
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This theme splits in three complementary operations :
Ce thème se décompose en 3 opérations:  
 
  
''' Opération 1: [[IGG_THEME1_OPERATION1|modélisation géométrique et topologique]]'''
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''' Operation 1: [[THEME_1_OPERATION1|Geometric and topological modeling]]'''
  
Participants:
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Permanent members :
 
* Dominique Bechmann
 
* Dominique Bechmann
* Sylvain Brandel
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* Jean-Michel Dischler
 +
* Rémi Allègre
 +
* Pierre Kraemer
 
* David Cazier
 
* David Cazier
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* Basile Sauvage
 +
* Hyewon Seo
 
* Sylvain Thery  
 
* Sylvain Thery  
* Jean-François Dufourd
 
  
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''' Operation 2: [[THEME_1_OPERATION2|Solving of geometric constraints]] '''
  
''' Opération 2: [[IGG_THEME1_OPERATION2|constructions géométriques et résolution de contraintes]] '''
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Permanent members :
 
 
Participants:
 
 
* Pascal Schreck
 
* Pascal Schreck
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* Caroline Essert
 
* Pascal Mathis
 
* Pascal Mathis
* Caroline Villard
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* Julien Narboux
  
  
''' Opération 3: [[IGG_THEME1_OPERATION3|spécifications et preuves en géométrie]] '''
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''' Operation 3: [[THEME_1_OPERATION3|Specifications and proofs in geometry]] '''
  
Participants:
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Permanent members :
 
* Jean-François Dufourd
 
* Jean-François Dufourd
 
* Nicolas Magaud
 
* Nicolas Magaud
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* Julien Narboux
 +
 +
[[fr:Recherche:thème1]]

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