A Note on Distributed Computing Jim Waldo Geoff Wyant Ann Wollrath Sam Kendall

Source URL: www-ftp.lip6.fr

• Computing
• Concurrent computing
• Software engineering
• Distributed computing architecture
• Inter-process communication
• Object-oriented programming
• Parallel computing
• Component-based software engineering
• Distributed object
• Object
• Common Object Request Broker Architecture
• Remote procedure call

A Note on Distributed Computing Jim Waldo Geoff Wyant Ann Wollrath Sam Kendall

Source URL: mirrors.ircam.fr

• Computing
• Concurrent computing
• Software engineering
• Distributed computing architecture
• Inter-process communication
• Object-oriented programming
• Parallel computing
• Component-based software engineering
• Distributed object
• Object
• Common Object Request Broker Architecture
• Remote procedure call

Noname manuscript No. (will be inserted by the editor) ProOnE: A General-Purpose Protocol Onload Engine for Multi- and Many-Core Architectures P. Lai · P. Balaji · R. Thakur · D. K. Panda

Source URL: nowlab.cse.ohio-state.edu

• Parallel computing
• Application programming interfaces
• Inter-process communication
• Message Passing Interface
• Fault-tolerant computer systems
• Data transmission
• MPICH
• Transmission Control Protocol
• Distributed computing
• Clientserver model
• Communications protocol
• Computer cluster

A Note on Distributed Computing Jim Waldo Geoff Wyant Ann Wollrath Sam Kendall

Source URL: ftp.icm.edu.pl

• Distributed computing architecture
• Inter-process communication
• Object-oriented programming
• Parallel computing
• Component-based software engineering
• Distributed object
• Common Object Request Broker Architecture
• Object
• Remote procedure call
• Application programming interface
• Message passing
• Distributed shared memory

Understanding the Requirements Imposed by Programming Model Middlware on a Common Communication Subsystem? Darius Buntinas and William Gropp Mathematics and Computer Science Division Argonne National Laboratory

Source URL: wgropp.cs.illinois.edu

• Parallel computing
• Application programming interfaces
• Inter-process communication
• Message Passing Interface
• MPICH
• Partitioned global address space
• Message passing
• Computer cluster
• Middleware
• LAM/MPI
• SHMEM

Partitioned EDF Scheduling for Multiprocessors using a C=D Scheme A. Burns, R.I. Davis, P. Wang and F. Zhang Department of Computer Science, University of York, UK. Abstract—An EDF-based task-splitting scheme for sched

Source URL: www-users.cs.york.ac.uk

• Real-time computing
• Parallel computing
• Scheduling
• Concurrent computing
• Multi-core processor
• Real-time operating system
• Worst-case execution time
• Multiprocessor scheduling
• Task
• Process
• Computer multitasking
• Earliest deadline first scheduling

Extending the MPI-2 Generalized Request Interface Robert Latham, William Gropp, Robert Ross, and Rajeev Thakur Mathematics and Computer Science Division Argonne National Laboratory Argonne, IL 60439, USA

Source URL: wgropp.cs.illinois.edu

• Parallel computing
• Application programming interfaces
• Message Passing Interface
• Concurrency control
• Inter-process communication
• MPICH
• Non-blocking
• Asynchronous I/O
• Thread
• Futures and promises
• MPI
• Unix signal

Fault Current Margin Queuing Position Process for Parallel Synchronous Distributed Generation Purpose: To establish an equitable process for allocating fault current margin, where available, to applicants who desire to i

Source URL: www.coned.com

New York State Standardized Interconnection Requirements and Application Process For New Distributed Generators 5 MW or Less Connected in Parallel with Utility Distribution Systems New York State

Source URL: www3.dps.ny.gov

• Patent application
• Islanding
• Patent law
• Patent prosecution

Proceedings of the Fourth Workshop on Programming Language Approaches to Concurrency and Communication-cEntric Software

Source URL: places11.di.fc.ul.pt

• Process calculi
• Concurrent computing
• Distributed computing
• Actor model
• -calculus
• Calculus
• Bunched logic
• Parallel computing
• Resource fork
• Thread
• Resource management
• Concurrency