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Automatic memory management / Computer programming / Reference counting / Garbage collection / Unreachable memory / Pointer / Java / Garbage / The Collector / Computing / Software engineering / Memory management


Age-Oriented Concurrent Garbage Collection Harel Paz 1 , Erez Petrank
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Document Date: 2009-10-30 17:25:29


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File Size: 220,59 KB

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City

Canberra / Haifa / /

Company

IBM / Intel / /

Country

Australia / Israel / /

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IndustryTerm

reference counting algorithm / 8500R server / naive garbage collection algorithms / views algorithm / spare processor / above algorithm / multi-processors / age-oriented collector algorithm / memory management / view algorithm / large software products / /

Organization

Center of Excellence / Technion / /

Person

Erez Petrank / Stephen M. Blackburn / Harel Paz / /

Position

obtained age-oriented collector / sliding-views collector / generational collector and the age-oriented collector / generational collector / measured collector / collector / original collector / reference counting collector / original reference-counting collector / second collector / parallel age-oriented collector / garbage collector / The Age-oriented collector / sweep collector / age-oriented generic collector / sliding-views reference-counting collector / mark and sweep collector / concurrent collector / tracing collector / referencecounting collector / original reference counting collector / generic age-oriented collector / counting collector / collector for the old generation / age-oriented collector / operating system scheduler / /

ProgrammingLanguage

Java / C / /

Technology

virtual machine / above algorithm / one processor / Xeon processor / tracing sliding view algorithm / spare processor / Java / reference counting algorithm / operating system / sliding views algorithm / age-oriented collector algorithm / naive garbage collection algorithms / /

SocialTag