Back to Results
First PageMeta Content
Concurrency / Message passing / Thread / Actor model / Futures and promises / Transmission Control Protocol / Concurrency control / Message queue / DNIX / Computing / Inter-process communication / Concurrent computing


Butterfly Project Report 17 An Empirical Study of Message-Passing Overhead Michael L. Scott and Alan L. Cox
Add to Reading List

Document Date: 2011-03-26 00:09:58


Open Document

File Size: 629,41 KB

Share Result on Facebook

City

Charlotte / /

Company

IBM / Argus / Xerox / Green Hills Software / Motorola / /

Facility

Computer Science Department University of Rochester Rochester / University of Rochester Computer Science Department Rochester / /

IndustryTerm

interconnection network / similar systems / mesaage-passing systems / stop-and-wait protocol / disparate systems / mM systems / little such accounting haa / distributed computing / processors / local area networks / reply message using standard protocols / /

OperatingSystem

Multics / Chrysalis / /

Organization

Computer Science Department University of Rochester Rochester / National Science Foundation / University of Rochester Computer Science Department Rochester / MIT / /

Person

Michael L. Scott / Alan L. Cox / L. Scott Alan / /

Position

Processor Node Controller / representative / /

ProgrammingLanguage

Ada / C / /

ProvinceOrState

New York / /

Technology

Ethernet / RAM / flow control / stop-and-wait protocol / operating system / shared memory / local area networks / Ethernet protocols / /

SocialTag