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Data management / Approximate counting algorithm / Linearizability / Counter / Non-blocking algorithm / Compare-and-swap / CPU cache / Floating point / Lock / Concurrency control / Computing / Computer architecture


Scalable Statistics Counters Dave Dice Yossi Lev Mark Moir
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Document Date: 2013-05-31 10:50:03


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City

Washington / DC / Berlin / Québec / New York / /

Company

Mark Moir Oracle Labs Oracle Labs Oracle Labs / HBO / Zoran / ISMM / /

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United States / Canada / /

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USD / /

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Event

Reorganization / /

IndustryTerm

large software systems / lock algorithms / statistical counter algorithms / concurrent self-adjusting search tree / monolithic applications / sequential approximate counting algorithm / deterministic chain / counter algorithm / /

NaturalFeature

Serial falls / /

OperatingSystem

Solaris / /

Organization

IEEE Computer Society / /

Person

David Dice / Sumanta Chatterjee / Virendra J. Marathe / Adam Morrison / Philippe Flajolet / Radovic / Erik Hagersten / Yossi Lev / Alex Garthwaite / Haim Kaplan / George Marsaglia / Yehuda Afek / Boris Korenfeld / Robert Morris / Steve Sistare / Robert E. Tarjan / Dave Dice / Nir Shavit / Paul Loewenstein / /

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Position

author / scheduler / /

ProgrammingLanguage

DC / /

ProvinceOrState

New York / /

PublishedMedium

Journal of Statistical Software / /

Technology

remaining algorithms / statistical counter algorithms / sequential approximate counting algorithm / 4 Niagara T2+ SPARC chips / Niagara T2+ chip / previous NUMA lock algorithms / operating system / shared memory / counter algorithm / two algorithms / BFP-DUP algorithm / Multiline algorithm / /

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