iMAGIS--Models, Algorithms, Geometry for Graphics and Image Synthesis
The research at iMAGIS is driven by the simulation of complex phenomena.
Users of virtual prototypes, such as scientists, engineers and architects,
require interactive environments where they can create realistic models and
run efficient simulations.
Using current graphics systems, these competing requirements cannot be
mutually satisfied. Therefore, our research focuses on finding acceptable
compromises using innovative approaches. To this end we are both
investigating fundamental problems and applying this new technology to
practical systems.
Fundamental issues include the development of efficient algorithms and the
creation of geometric or physical models. Among our application domains are
site evaluation, training simulators, medical images, and scientific
visualization.
One project aims at the development of new visualization techniques
allowing the interactive manipulation of urban data. This is important for
applications such as project review, civil and military simulators, virtual
tourism, and education, climate and environmental studies. To achieve this
goal, efficient image caching and interpolation techniques will be combined
with traditional 3D techniques.
Collaborators
INRIA Grenoble, France; Massachusetts Institute of Technology, USA;
Cornell University, USA; Stanford University, USA; University of Toronto,
Canada; Université de Montréal, Canada; Universitat de Girona, Spain;
Erlangen-Nürnberg Universität, Germany
Contact
Claude Puech
INRIA Grenoble, France
Claude.Puech@inria.fr
http://www.inria.fr/Equipes/IMAGIS-fra.html