University Berkeley National Laboratory / Production Visualization Software / GPU / Architecture VisIt / AMR / Oak Ridge National Laboratory / Enabling Technologies / Tech-X Corporation / /
Country
Germany / France / United States / United Kingdom / /
Facility
University of Utah / United States laboratory Lawrence Livermore / Oak Ridge National Laboratory of California / D. Camp / E. W. Bethel / /
IndustryTerm
well-performing material interface reconstruction algorithm / in situ processing / volume rendering algorithm / parallel processing / performance computing environment / out-of-core processing / data processing portion / software development / visualization algorithms / parallel server / large data algorithms / visualization and analysis algorithms / release management / much systems / multi-resolution processing / Notable algorithms / remote file systems / usable product / /
OperatingSystem
Linux / /
Organization
US office of Management and Budget / US Department of Energy / Atomic Energy Commission / National Nuclear Security Agency / US National Science Foundation / office of Science / University of Utah / office of Nuclear Energy / /
Person
Mark Miller / Christoph Garth / Marc Durantk / Sean Ahern / Lawrence Livermore / J. A. Jackson / Eric Brugger / G. H. Weber / V / Allen Sanderson / Martz / Jeremy Meredith / D. J. Schneberk / Brad Whitlock / D. H. Chambers / Lawrence Berkeley / David Pugmire / G. A. Clark / Thomas Fogal / Hank Childs / H. R. Childs / Kathleen Bonnell / D. J. Chinn / Cyrus Harrison / /
Position
Director / /
ProgrammingLanguage
Java / Python / Joule / OCAL / C++ / /
ProvinceOrState
Utah / California / /
PublishedMedium
Computer Graphics / /
Technology
radiation / MPEG / Linux / key visualization algorithms / analysis algorithms / operating systems / volume rendering algorithm / intended algorithm / laser / An algorithm / Java / ASCII / well-performing material interface reconstruction algorithm / simulation / visualization algorithms / client/server / parallel processing / large data algorithms / gui / /
VisIt: An End-User Tool For Visualizing and Analyzing Very Large Data Hank Childs∗,§ , Eric Brugger† , Brad Whitlock† , Jeremy Meredith‡ , Sean Ahern‡ , Kathleen Bonnell† , Mark Miller† , Gunther Weber∗