Conducts research in the development of new techniques for exploiting high-performance computing technology, promotes the use of scientific visualization within the DoD, makes visualization technology available to DoD researchers, and prepares video presentations in support of DoD projects.
Conducts research in the development of human-centered, powerful, and interactive 3D graphics tools for modeling, scientific visualization, telecollaboration, and interactive illustrations.
Conducts research into the mathematical and algorithmic foundations of numerical problems in computer graphics and scientific computing with a specific focus upon multiresolution techniques.
University of West Bohemia. Research areas include algorithms for computer graphics and visualization,volume data processing, methods for iso-surface extraction, mesh reduction and reconstruction from scattered data, triangular and tetrahedral mesh generation.
Research efforts in immersive environments, modelling, CAM, scientific visualization, medical illustration, terrain modeling and rendering, haptics (force-feedback), realistic and non-photorealistic rendering.
Stanford University. Research areas include volume rendering, rendering algorithms and systems, 3D scanning, image-based rendering, virtual reality, compression of graphics objects, user interfaces for visualization, high-performance graphics architectures, and visualization of complex systems and environments.
Research projects include multidimensional geometric modeling, distances in geometric modeling, finding zeros of multidimensional functions, and computer algebra in geometric modeling.
Pursues research in modeling, rendering, user interfaces and high-performance architectures using scientific visualization and telecollaboration in virtual environments.
Conducts research that combines in-depth studies of human capabilities, needs, and practices, cutting-edge graphical display techniques, augmented spaces that merge physical and virtual elements, intelligent sensing, and novel input, output and wearable technologies.
The main topics of the conference are: Geometry and Modeling, Rendering, Animation and Simulation, and Interactive Environments. GRAPP 2006 will be held in conjunction with VISAPP 2006: Setúbal, Portugal; 25--28 February 2006.
Research areas include mesh processing, visualization, realistic hardware-supported shading, global illumination, and perception at the University of Saarbrücken in Germany.
Uses computer vision techniques, in real time, to dynamically extract per-pixel depth and reflectance information for the visible surfaces in the Office, such as walls, furniture, objects and people.
Conducts research in real-time 3D model acquisition, shape-based retrieval and analysis, video mosaics, lapped textures, texture mapping for cel animation, and algorithm animation.
Researches methods for scientific computing and develops integrated problem solving environments to allow scientists to solve computational problems in fields such as numerical mathematics, biophysics, electrocardiography, bioelectric fields in the brain, and medical imaging.
Presents a guide to Interval Arithmetic research featuring: open problems, applications, generalizations, bibliography, researchers' sites, ftp site, and mailing list.
The home to the Resource for Biocomputing, Visualization, and Informatics (RBVI), a NIH National Center for Research Resources Biomedical Technology Resource Center for the integrated analysis of biological sequence, structure, and functional information.
Graphics and Interactive Systems Laboratory. Research focuses on non-photorealistic rendering, visual communication of information, tactile graphics and synthetic holography.
University of California Irvine. Conducts research in the areas of scientific visualization, virtual reality, image based modeling and rendering, volume visualization and biomedical imaging.
