IBM / Argonne National Laboratory / Oak Ridge National Laboratory / Intel / /
Country
United States / /
Currency
pence / USD / / /
Event
Layoffs / Reorganization / /
Facility
MPI library / University of Illinois / Computer Science University of Illinois / Chris Harrison Beckman Institute University of Illinois / /
IndustryTerm
load balancing / performance analysis tool / appropriate tools / performance computing / cellular systems / input processors / million-atom satellite tobacco mosaic virus / multi-core processors / loaded processors / load balancing algorithms / input processor / larger processor / communication runtime software / molecular systems / chemical role / petascale applications / large systems / parallel applications / atom systems / possible solution / output processors / output processor / load balancing algorithm / biomolecular systems / multimillion-atom systems / neighbor input processors / application specific algorithms / /
MarketIndex
PME / /
MusicGroup
Table / /
OperatingSystem
POSIX / /
Organization
National Institute of Health / National Science Foundation / University of Illinois / Institute for Advanced Computing Applications and Technologies / /
Person
James C.Phillips / Eric J. Bohm / Osman Sarood / Chao Mei / Chris Harrison / /
Position
model / the programmer / event scheduler / /
Product
Jaguar XT5 Speedup / Impact / /
ProgrammingLanguage
C / /
ProvinceOrState
Illinois / /
Technology
600 input processors / Opteron processors / av / X-ray / load balancing algorithm / output processors / application specific algorithms / same processor / operating system / 1680 processors / shared memory / input processors / input processor / neighbor input processors / load balancing algorithms / one processor / load balancing / symplectic Verlet algorithm / heavily loaded processors / one output processor / simulation / virtual memory / at least one processor / /
Enabling and Scaling Biomolecular Simulations of 100 Million Atoms on Petascale Machines with a Multicore-optimized Message-driven Runtime Chao Mei, Yanhua Sun, Gengbin Zheng, Eric J. Bohm, Laxmikant V. Kale