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Concurrent computing / Computing / Parallel computing / Computer architecture / Thread / Cilk / Barrier / Java memory model / Double-ended queue / Multithreading / Synchronization / Task


A Java Fork/Join Framework Doug Lea State University of New York at Oswego Oswego NY−341−2688
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Document Date: 2000-04-06 09:54:38

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File Size: 108,64 KB

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City

Puerto Vallarta / /

Company

The FJTaskRunnerGroup / CPUs / Sun Labs / Sun Labs Java Topics Group / run using more CPUs / /

Country

Mexico / /

Currency

pence / /

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Facility

Join Framework Doug Lea State University of New York / University of Texas / Level Threads Library / /

IndustryTerm

Fork/join algorithms / divide−and−conquer algorithms / active processors / systematic solutions / parallel processing / −performance applications / and−conquer algorithms / /

OperatingSystem

Fork / Solaris / POSIX / /

Organization

Java Fork/Join Framework Doug Lea State University of New York / University of Texas at Austin / State University of New York at Oswego / /

Person

Java / F. Warren Burton / Keith Randall / Matteo / Ross Knippel / Kenjiro Taura / Steve Heller / Kunio Tabata / David Detlefs / C. Greg Plaxton / Y.S. Ramakrishna / Robert D. Blumofe / Ole Agesen / Charles Leiserson / David Holmes / J. Eliot B. Moss / Alex Garthwaite / Christine Flood / Bill Pugh / Dave Detlefs / Guy Steele / Gregory R. Andrews / Vincent W. Freeh / Akinori Yonezawa / Dave Dice / Derek White / /

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Position

Stackthreads/MP / garbage collector / scheduler / programmer / /

ProgrammingLanguage

Cilk / Java / C / C++ / /

ProvinceOrState

Texas / /

PublishedMedium

IEEE Transactions on Software Engineering / /

Technology

and−conquer algorithms / Java / API / otherwise similar THE protocol / divide−and−conquer algorithms / Fork/join algorithms / operating system / concurrent and parallel GC algorithms / operating systems / parallel processing / /

URL

http /

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