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Shastra
is directed at research in CSCW (Computer Supported Cooperative
Work) based geometric design prototyping and synthetic
environments. The implementation is on the multimedia desktop and
harnesses the power of networked workstations.
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VisualEyes
is focused on integrating geometric modeling, simulation and visualization
of static and time-varying imaging, and multivariate scalar, vector, tensor field data.
This project is driven by close cooperation with
application researchers in bio-nanotechnology, bio-medicine, composite materials, electromagnetic
scattering, oil reservoir modeling, and cosmological simulations.
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DiDi
studies both the computational hardware and software infrastructure
that underpin interactive visual manipulation of extremely large
data streams on huge stereo display screens (Data Intensive,
Display Intensive computations).
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Angstrom
studies multiresolution geometric data structures and computational
mathematics algorithms that are essential for a wide range of
molecular structure determination, energetics, interactions, and
simulations.
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Bio-Model
studies computational modeling, simulation and visualization
of anatomical and physiological processes.
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X-Tierra
studies computational modeling, simulation and visualization
of computational earth sciences.
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Visualization Portal
CVC's remote visualization project aims to make our high-performance
visualization software and hardware available from scientist's desktops.
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Molecular Signatures
The goal of this project is to identify and distinguish biomolecules,
and develop clustering methods based on certain signatures or fingerprints.
The fingerprints are computed from both shapes and properties such as electrostatic potentials.
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