An Effective Dynamic Analysis for Detecting Generalized Deadlocks Pallavi Joshi Mayur Naik

Source URL: www.barnowl.org

• Concurrent computing
• Deadlock
• Lock
• Monitor
• Non-blocking algorithm
• Thread
• Java Pathfinder
• Parallel computing
• Concurrency control
• Computing
• Computer programming

An Implementation of the POMP Performance Monitoring Interface for OpenMP Based on Dynamic Probes Luiz DeRose IBM Research

Source URL: www.compunity.org

• Parallel computing
• Application programming interfaces
• Fortran
• OpenMP
• Pin
• Profiling
• Lis
• Thread
• Source-to-source compiler
• Computing
• Computer programming
• Software

Comparing the OpenMP, MPI, and Hybrid Programming Paradigm on an SMP Cluster Gabriele Jost∗ and Haoqiang Jin NAS Division, NASA Ames Research Center, Moffett Field, CA {gjost,hjin}@nas.nasa.gov Dieter an Mey

Source URL: www.compunity.org

• Computer programming
• OpenMP
• Thread
• MPICH
• Barrier
• Computer cluster
• NAS Parallel Benchmarks
• Symmetric multiprocessing
• Unified Parallel C
• Computing
• Concurrent computing
• Parallel computing

69 Introduction An industry standard for shared memory parallel programming has long been anticipated. From the moment it was announced late 1997, OpenMP was it. This set of directives and library routines, agreed upon

Source URL: web.cs.uh.edu

• Parallel computing
• Application programming interfaces
• Fortran
• OpenMP
• Automatic parallelization
• Lis
• Thread
• Standard Performance Evaluation Corporation
• Automatic parallelization tool
• Computing
• Computer programming
• Software

Thread Safety in an MPI Implementation: Requirements and Analysis William Gropp and Rajeev Thakur ∗ Mathematics and Computer Science Division, Argonne National Laboratory, 9700 S. Cass Ave., Argonne, IL 60439, USA

Source URL: www.mcs.anl.gov

An Evaluation of Implementation Options for MPI One-Sided Communication William Gropp and Rajeev Thakur Mathematics and Computer Science Division Argonne National Laboratory Argonne, IL 60439, USA

Source URL: www.mcs.anl.gov

• Computer programming
• Application programming interfaces
• Concurrency control
• Message Passing Interface
• MPICH
• OpenMP
• Thread
• Barrier
• Lock
• Computing
• Concurrent computing
• Parallel computing

This software and documentation are distributed under an MIT-style license (shown below), which basically means you must not remove the copyright notice but, aside from that, you can use or modify this software and docum

Source URL: www.ciaranmchale.com

• Concurrency
• Readers–writer lock
• Producer-consumer problem
• Lock
• Critical section
• POSIX Threads
• Thread
• Mutual exclusion
• Synchronization
• Concurrency control
• Computing
• Computer programming

Task Parallelism and Data Distribution: An Overview of Explicit Parallel Programming Languages Dounia Khaldi, Pierre Jouvelot, Corinne Ancourt and Franc¸ois Irigoin CRI, Math´ematiques et syst`emes MINES ParisTech 35 r

Source URL: www.cri.ensmp.fr

• Software engineering
• Application programming interfaces
• Fortran
• OpenMP
• Cilk
• Thread
• Mandelbrot set
• OpenCL
• Message Passing Interface
• Computing
• Computer programming
• Parallel computing

Task Parallelism and Data Distribution: An Overview of Explicit Parallel Programming Languages

Source URL: www.cri.ensmp.fr

• Software engineering
• Cilk
• OpenMP
• Thread
• Unified Parallel C
• Barrier
• C
• X10
• Task parallelism
• Computing
• Computer programming
• Parallel computing

State Explosion: An Obvious Limitation To Strong Scaling Gregory Diamos School of Electrical and Computer Engineering Georgia Institute of Technology

Source URL: www.gdiamos.net

• Parallel computing
• Thread
• Barrier
• OpenMP
• CUDA
• Lock
• POSIX Threads
• Parallel programming model
• Cray MTA
• Computing
• Concurrent computing
• Computer programming