Superhub Limited I. Service Category (A) Productivity Apps Table 1a: Productivity Apps Items (Service items passing all General, Security and Technical Requirements)

Source URL: www.infocloud.gov.hk

• Internet
• Calendaring software
• Microsoft Outlook
• Post Office Protocol
• Internet Message Access Protocol
• Comparison of webmail providers
• Microsoft Exchange Server
• Email
• Computing
• Computer-mediated communication

Minimizing Synchronization Overhead in the Implementation of MPI One-Sided Communication Rajeev Thakur, William Gropp, and Brian Toonen Mathematics and Computer Science Division Argonne National Laboratory

Source URL: www.mcs.anl.gov

• Software
• Application programming interfaces
• Free software
• MPICH
• Public domain software
• Concurrency control
• Message Passing Interface
• Synchronization
• Lock
• Computing
• Parallel computing
• Computer programming

Hybrid Parallel Programming on HPC Platforms Rolf Rabenseifner University of Stuttgart,

Source URL: www.compunity.org

• Application programming interfaces
• Concurrent computing
• Fortran
• OpenMP
• Thread
• Parallel programming model
• Computer cluster
• Message Passing Interface
• SPMD
• Computing
• Computer programming
• Parallel computing

EWOMP03 OMPlab: Experiment with Cluster-enabled OpenMP: OpenMP for Software DSM system on PC Cluster Mitsuhisa Sato, Yoshinori Ojima, Taisuke Boku

Source URL: www.compunity.org

• Computer programming
• OpenMP
• Thread
• Computer cluster
• Distributed shared memory
• POSIX Threads
• SPMD
• Message Passing Interface
• Concurrent computing
• Computing
• Parallel computing

High Performance Computing Using MPI and OpenMP on Multi-core Parallel Systems Haoqiang Jin, Dennis Jespersen, Piyush Mehrotra, Rupak Biswas NAS Division, NASA Ames Research Center, Moffett Field, CALei Huang, Bar

Source URL: web.cs.uh.edu

• Computer programming
• Message Passing Interface
• OpenMP
• SPMD
• Multi-core processor
• Altix
• Thread
• Computer cluster
• Standard Performance Evaluation Corporation
• Computing
• Concurrent computing
• Parallel computing

KVM vs. Message Passing Throughput Reducing Context Switching Overhead Rik van Riel, Red Hat KVM Forum 2013

Source URL: www.linux-kvm.org

• Concurrent computing
• Thread
• Context switch
• Idle
• Kernel
• Computer architecture
• System software
• Computing
• Process
• Scheduling

Evaluation of Message Passing Communication Patterns in Finite Element Solution of Coupled Problems Renato N. Elias Jose J. Camata

Source URL: vecpar.fe.up.pt

Exploiting task and data parallelism Jose Rodr´ıguez-Rosa, Antonio J. Dorta, Casiano Rodr´ıguez and Francisco de Sande Dpto. Estad´ıstica, I.O. y Computaci´ on Universidad de La Laguna

Source URL: www.compunity.org

• OpenMP
• Fast Fourier transform
• Message Passing Interface
• Task parallelism
• Automatic parallelization
• Data parallelism
• Thread
• Automatic parallelization tool
• Intel C++ Compiler
• Parallel computing
• Computing
• Computer programming

30_Zhou_AccleratingClimate_datasheet_lowres

Source URL: www.nas.nasa.gov

• Computer hardware
• Server hardware
• Message Passing Interface
• Cell
• IBM BladeCenter
• Multi-core processor
• Intel
• Graphics processing unit
• IBM Roadrunner
• Computing
• Parallel computing
• Computer architecture

Intervals and OpenMP: Towards an Efficient Parallel Result-Verifying Nonlinear Solver? Thomas Beelitz1 , Christian H. Bischof2 , and Bruno Lang1 1 2

Source URL: www.compunity.org

• Parallel computing
• Application programming interfaces
• Compiler optimizations
• Fortran
• OpenMP
• Automatic parallelization
• Message Passing Interface
• Intel C++ Compiler
• Lis
• Computing
• Software
• Computer programming