I/O Systems / IESP / IBM / Runtime Systems / X-Stack Component Technologies / Fujitsu Ltd. / NVIDIA / EDF/EESI / Cray / HPC Vendor Communities / Intel / /
Continent
Asia / Europe / /
Country
France / Japan / United States / United Kingdom / /
Event
Environmental Issue / Company Expansion / Reorganization / Business Partnership / /
Facility
University of Tsukuba / Kyoto University / Tokyo University / Tokyo Institute of Technology / /
IndustryTerm
appropriate system software / extreme-scale systems / exascale computing / software research / research applications / leadership-class systems / platform development chain / observational systems / scientific applications / energy demands / transportation / adequate infrastructure / scientific software / carbon-based electricity production / software infrastructure / application software development / software environments / exascale systems / scientific and computing communities / manufactured systems / large / exascale computing resources / scientific software infrastructure / high-energy physics / sustained exascale computing / exaflops-scale systems / software components / designed science applications / massive computing systems / petaflops systems / open source scientific software infrastructure effort / production-quality software / software infrastructure components / nuclear energy / open source software / scientific software community / exaflops computing power / system software / coordinated software roadmap / fusion energy sciences / software development / petascale computing program / petascale applications / energy / sufficient energy supplies / wasted energy / science applications / petascale/exascale systems / large-scale scientific applications / energy source / open source software infrastructure / technology drivers / open source software movement / separate software elements / dark energy / exaflops computing facilities / power management / even scientific applications / Industrial applications / shared software development / reach solutions / important applications / exascale computing platforms / energy requirements / peta/exascale systems / conventional server-level systems / software environment / extreme-scale/exascale software stack / extreme-scale computing / capable software infrastructure / resilient computing systems / exascale software technologies / exaflop-class computing needs / computing / software area / technology roadmap / main-memory and networking latencies / end software infrastructure / technology trends / chemical separations / exascale applications / law scaling / scientific computing / software community / usable computing power / petascale systems / energy technologies / /
Organization
RIKEN / US National Academy of Sciences / University of Tsukuba / National Science Foundation / Department of Energy office of Advance Scientific Computing Research / National Science Foundation office of CyberInfrastructure / US National Science Foundation / Department of Energy / Tokyo University / IESP Organization / Centre Européen de Recherche / Kyoto University / European Union / Tokyo Institute of Technology / /
Position
basic driver / Representative / /
Technology
3-D / nonvolatile memory / operating systems / existing energy technologies / energy technologies / simulation / underlying technology / exascale software technologies / /
The International Exascale Software Project Roadmap1 Jack
Dongarra,
Pete
Beckman,
Terry
Moore,
Patrick
Aerts,
Giovanni
Aloisio,
Jean-‐Claude
Andre,
David
Barkai,