Memory Malleability library / College of William / I/O library / Computer Science College of William / /
IndustryTerm
memory-intensive applications / memory demanding scientific applications / negative potential energy change / scientific applications / individual processors / complement optimization tools / out-of-core algorithm / hydrodynamics applications / swap device / clustered web servers / energy change / higher throughput computing / disk-based virtual memory systems / disk/network / system paging algorithms / lattice site / few inner products / memory server / in-core algorithm / high-throughput computing / transaction processing / interconnection network / owned networks / parallel file systems / remote memory server / memory adaptation algorithm / appropriate server / speed networks / parameterfree algorithm / important scientific applications / elegant solution / larger memory chips / data-intensive applications / interconnection networks / optimization tool / memory adaptive applications / remote memory algorithm / particular remote server / virtual memory systems / scientific computing / /
MusicAlbum
I/O / /
OperatingSystem
Unix / Linux / Solaris / Microsoft Windows / /
Organization
National Center for Computational Sciences Oak Ridge National Laboratory Oak Ridge / National Science Foundation / College of William and Mary / Department of Energy / Computer Science College of William / Richard T. Mills‡ Department / Virginia’s Commonwealth Technology Research Fund / /
Person
Chuan Yue / Mary Williamsburg / Richard T. Mills / MM LIB / /
Position
Solaris scheduler / General / runtime scheduler / same author / Governor / co-operative / programmer / /
Runtime Support for Memory Adaptation in Scientific Applications via Local Disk and Remote Memory ∗ Chuan Yue† † Richard T. Mills‡