Project : galaad
Section: Other Grants and Activities
European actions
acs
Participants : Lionel Alberti, Laurent Busé, Stéphane Chau, André Galligo, Bernard Mourrain [contact person], Jean-Pascal Pavone, Jean-Pierre Técourt, Julien Wintz.
See the acs project web site.
- Acronym: acs, number FP6-006413
- Title: Algorithms for Complex Shapes.
- Specific Programme: IST
- RTD (FET Open)
- Start date: started 1 s t May, 2005 - Duration: 3 years
- Participants:
Univ. Groningen (Netherlands) [coordinating site]
ETH Zürich (Switzerland),
Freie Universität Berlin (Germany),
INRIA Sophia Antipolis (Galaad & Geometrica),
MPI Saarbrücken (Germany),
National Kapodistrian University of Athens (Greece),
Tel Aviv University (Israel)
GeometryFactory Sarl
- Abstract: computing with complex shapes, including piecewise smooth surfaces, surfaces with singularities, as well as manifolds of codimension larger than one in moderately high dimension. Certified topology and numerics, applications to shape approximation, shape learning, robust modeling.
gaia
Participants : Laurent Busé, Stéphane Chau, Mohamed Elkadi, Ioannis Emiris, André Galligo [contact person], Thi Ha Lê, Bernard Mourrain, Jean-Pascal Pavone, Olivier Ruatta.
See the GAIA II project web site
In collaboration with the University of Nice UNSA, the Galaad team is involved in the European project gaia:
- Acronyme: gaia II, number IST-2001-35512
- Title: Intersection algorithms for geometry based IT-applications using approximate algebraic methods
- Specific program of the project: IST
- Type of project: FET-Open
- Beginning date: 1st of july 2002 - During: 3 years
- Participation mode of INRIA: participant via the UNSA
- Partners list:
SINTEF Applied Mathematics, Norvegia,
Johannes Kepler University, Austria,
UNSA, France,
Université de Cantabria, Spain,
Think3 SPA, Italy and France,
University of Oslo, Norvegia.
- Abstract of the project: Detection and treatment of intersections and self-intersections, singularity analysis, classification, approximate algebraic geometry and applications to CAGD.
aim@ shape
Participants : Laurent Busé, Emmanuel Briand, Stéphane Chau, Mohamed Elkadi, Ioannis Emiris, André Galligo, Thi Ha Lê, Bernard Mourrain [contact person], Olivier Ruatta.
See the aim@shape project web site
- Acronym: aim@shape, number NoE 50766
- Title: AIM@SHAPE, Advanced and Innovative Models And Tools for the development of Semantic-based systems for Handling, Acquiring, and Processing knowledge Embedded in multidimensional digital objects.
- Type of project: network of excellence
- Beginning date: 1st of january 2004 - During: 4 years
- Partners list:
CNR - Consiglio Nazionale delle Ricerche,
DISI - Universita di Genova,
EPFL - Swiss Federal Institute of Technology,
IGD - Fraunhofer,
INPG - Institut National Polytechnique de Grenoble,
INRIA
CERTH - Center for Research and Technology Hellas,
UNIGE - Université de Genève,
MPII - Max-Planck-Institut für Informatik,
SINTEF,
Technion CGGC,
TUD - Darmstadt University of Technology,
UU - Utrecht University,
WIS - Weizmann Institute of Science.
- Abstract of the project: it is aimed at coordinating research on representing, modeling and processing knowledge related to digital shapes, where by shape it is meant any individual object having a visual appearance which exists in some (two-, three- or higher- dimensional) space (e.g., pictures, sketches, images, 3D objects, videos, 4D animations, etc.).
ecg: Effective Computational Geometry for Curves and Surfaces
Participants : Laurent Busé, Ioannis Emiris, André Galligo, Bernard Mourrain, Jean-Pierre Técourt, Elias Tsigaridas.
See the ecg project web site.
INRIA (Geometrica and Galaad) were coordinating the European project:
- Acronym: ecg, number IST-2000-26473
- Title: Effective Computational Geometry for Curves and Surfaces.
- Specific Programme: IST
- RTD (FET Open)
- Started: May 1st 2001 - Ended: April 30, 2005
- Other participants:
INRIA Sophia Antipolis (Galaad & Geometrica) [coordinating site]
ETH Zürich (Switzerland),
Freie Universität Berlin (Germany),
Rijksuniversiteit Groningen (Netherlands),
MPI Saarbrücken (Germany),
Tel Aviv University (Israel)
- Abstract: Efficient handling of curved objects in Computational Geometry. Geometric algorithms for curves and surfaces, algebraic issues, robustness issues, approximation.
Jean-Daniel Boissonnat was the project manager, and Monique Teillaud was the technical project manager.
