Back to Results
First PageMeta Content
Software engineering / OpenMP / SPMD / Unified Parallel C / Intel Fortran Compiler / Thread / Fortran / Standard Performance Evaluation Corporation / Barrier / Computing / Computer programming / Parallel computing


OpenMP for Clusters Lei Huang*, Barbara Chapman*, Ricky Kendall+ *Dept. of Computer Science , University of Houston Texas + Scalable Computing Laboratory, Ames Laboratory, Iowa {leihuang, chapman}@cs.uh.edu, rickyk@amesl
Add to Reading List

Document Date: 2007-10-15 03:41:01


Open Document

File Size: 159,63 KB

Share Result on Facebook

City

Dallas / San Diego / /

Company

IBM / Origin Series Systems / Silicon Graphics Inc. / Cox / Sun / Las Vegas NV / Compaq / Scalable Computing Laboratory / Software Distributed Shared Memory Systems / Software Distributed Share Memory Systems / Intel / Ames Laboratory / /

/

Facility

University of Houston / Iowa State University of Science / University of Toronto T.H. Weng / GA library / University of Houston Texas / Los Alamos National Laboratory Computer Science Institute / /

IndustryTerm

shared memory systems / large applications / runtime system technology / distributed memory systems / memory computing / medium scale high performance applications / parallel algorithm / memory systems / ccNUMA systems / /

Organization

Department of Electrical and Computer Engineering / Los Alamos National Laboratory Computer Science Institute / University of Houston Texas / U.S. Department of Energy / Department of Electrical / MICS Division / University of Houston / Iowa State University / University of Toronto T.H. Weng / /

Person

Mario Soukup / Z. Liu / B. Chapman Asynchronous / O. Hernandez / P. Mehrotra / Barbara Chapman / Y. Wen / Ricky Kendall / L. Huang / /

Position

non-uniform memory access programming model for high-performance computers / OpenMP programmer / programmer / /

ProgrammingLanguage

Fortran / C / Python / FORTRAN 90 / C++ / /

ProvinceOrState

Texas / Georgia / Iowa / /

Technology

shared memory system / 128 195MHz MIPS R10000 processors / runtime system technology / API / 56 processors / parallel algorithm / http / 32 processors / shared memory / Parallel Processing / Gigabit Ethernet / /

SocialTag