Back to Results
First PageMeta Content
Concurrent computing / Process / Scheduling / Concurrency control / Thread / Kernel / Mach / Ring / Process management / Computer architecture / Computing / System software


Design Rationale for Psyche, a General·Purpose Multiprocessor Operating System Michael L. Scott, Thomas J. LeBlanc, and Brian D. Marsh University of Rochester Department DC Computer Science Rochester, NY 14627
Add to Reading List

Document Date: 2011-03-26 00:10:57

Open Document

File Size: 519,38 KB

Share Result on Facebook

City

Rochester / New York / Berlin / Charlotte / Cambridge / /

Company

IBM / Shared Virtual Memory Systems / Berkeley UNIX / Motorola / BBN Advanced Computers Incorporated / McGraw-Hill / IEEE Software / BBN Laboratories / Xerox Corporation / /

Facility

University of Rochester / Brian D. Marsh University of Rochester Department DC Computer Science Rochester / /

IndustryTerm

parallel algorithms / network operating systems / given processor / parallel computing / local-area network / coupled networks / access protocol / Given hardware / library builder / message-based operating systems / software modules / paranel computing / ventional processors / open operating systems / appropriate processor / software techniques / multiprocessor operating systems / change protocol / parallel applications / province oC operating systems / systems / user applications / trivial protocol / software· / individual applications / communications facilities / parallel programming systems / sequential computing / conventional memory· management hardware / parameterized thread management / /

OperatingSystem

UNIX / Chrysalis / Sequent / /

Organization

National Science Foundation / MIT / University of Rochester / Many / Computer Science Department / Brian D. Marsh University of Rochester Department DC Computer Science Rochester / United States Department of Defense / New Kernel Foundation for UNIX Development / /

Person

Psyche / Lawrence Crowl / R. J. Chansler / Jr. / Thomas J. LeBlanc / John Kerber / E. A. Melton / V / Peter Dibble / Alan Cox / Encore / Rob Fowler / A. W. Wilson / Jr. / Neal Gafter / R. H. Halstead / Jr. / Bill Bolosky / John MellorCrummey / /

Position

D. J. / single communication model at language-design time / General / single model of communication / fixed model for lightweight process management / single model of communication on all applications / programmer / /

Product

Butterfly 1000 Parallel Processor / LYNX / /

ProgrammingLanguage

Smalltalk / Modula-2 / Ada / CLU / Cedar / DC / /

ProvinceOrState

New York / Massachusetts / /

PublishedMedium

The Computer Journal / IEEE Software / Lecture Notes in Computer Science / /

Technology

access protocol / BBN Butterfty Parallel Processor / given processor / UNIX / UNIX operating system / Operating System / Shared Memory / operating systems / Dragon Processor / Packet-switched / trivial protocol / appropriate processor / change protocol / virtual memory / 1000 Parallel Processor / Parallel Processing / caD / /

SocialTag