Communication-Avoiding Algorithms and Fast Matrix Multiplication Grey Ballard based on joint work with Austin Benson, James Demmel, Benjamin Lipshitz, Oded Schwartz, and many others

Source URL: www.sandia.gov

• Numerical linear algebra
• Matrix theory
• Binary operations
• Analysis of algorithms
• Multiplication
• Algorithm
• Fast Fourier transform
• Parallel computing
• Matrix multiplication
• Mathematics
• Algebra
• Linear algebra

Using a Virtual Event Space to Understand Parallel Application Communication Behavior Lars Ailo Bongo, Otto J. Anshus, John Markus Bjørndalen {larsab, otto, johnm}@cs.uit.no Department of Computer Science, University of

Source URL: www.nik.no

• Concurrency
• Concurrent computing
• Thread
• Barrier
• Lock
• Application programming interfaces
• Inter-process communication
• Computing
• Parallel computing
• Computer programming

Cluster Communication Protocols for Parallel-Programming Systems ¨ KEES VERSTOEP, RAOUL A. F. BHOEDJANG, TIM RUHL, HENRI E. BAL, and RUTGER F. H. HOFMAN Vrije Universiteit

Source URL: www.cs.vu.nl

• Internet
• Multicast
• Transmission Control Protocol
• Myrinet
• Message passing
• Traffic flow
• Communications protocol
• IP multicast
• TIPC
• Computing
• Network architecture
• Inter-process communication

pV3 Programmer’s Guide Rev[removed]Client Side & Concentrator Programming Bob Haimes Massachusetts Institute of Technology

Source URL: raphael.mit.edu

• Parallel Virtual Machine
• Computer cluster
• X Window System core protocol
• Resource fork
• Computing
• Parallel computing
• Inter-process communication

ComMapReduce: An Improvement of MapReduce with Lightweight Communication Mechanisms Linlin Ding† , Guoren Wang†∗ , Junchang Xin† , Xiaoyang Wang† , Shan Huang† , Rui Zhang‡ †

Source URL: www.ruizhang.info

• Distributed computing architecture
• MapReduce
• Cloud computing
• Cloud infrastructure
• Apache Hadoop
• Transaction processing
• Scalability
• Computer cluster
• Data Intensive Computing
• Computing
• Concurrent computing
• Parallel computing

汎用超並列オペレーティングシステム SSS-CORE の ユーザレベル通信同期機構 A High-Speed User-Level Communication Mechanism for the General-Purpose Massively-Parallel OS: SSS{CORE y

Source URL: www.ssscore.org

Part IV Concurrency and distribution 565

Source URL: caml.inria.fr

• Inter-process communication
• Unix
• Parallel computing
• Process
• Pipeline
• Fork
• Shared memory
• Thread
• File descriptor
• Computing
• Concurrent computing
• Computer programming

High-level Coordination Specification Operational semantics for Kanor Joseph A. Cottam Eric Holk William E. Byrd CREST ∗

Source URL: www.cs.indiana.edu

• Communication
• Programming paradigms
• Message passing
• Parallel programming model
• Kinnauri language
• Control flow
• ALGOL 68
• Computing
• Software engineering
• Computer programming

Memory-Based Communication Facilities and Asymmetric Distributed Shared Memory Takashi MATSUMOTO Department of Information Science University of Tokyo[removed]Hongo, Bunkyo-ku, Tokyo 113 Japan

Source URL: www.ssscore.org

• Distributed computing architecture
• Inter-process communication
• Concurrent computing
• Shared memory
• Kernel
• Cache
• Distributed memory
• Spring
• Mach
• Computing
• Parallel computing
• Computer architecture