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Fork/Join Parallelism in the Wild Documenting Patterns and Anti-Patterns in Java Programs using the Fork/Join Framework Mattias De Wael Stefan Marr
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Document Date: 2014-09-20 06:21:38

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Cracow / Pointer / /

Company

Google / Inappropriate Sharing 107 Lightweight Heavyweight Execution Time / GitHub / Execution Time / Intel / Oracle / /

Country

Poland / Belgium / /

Currency

AMD / USD / /

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Reorganization / /

Facility

Task Parallel Library / /

IndustryTerm

recursive divide-and-conquer algorithms / exhaustive parallel search / parallel software / divide-and-conquer algorithms / even mobile devices / search algorithms / recursive divide-andconquer algorithms / multicore processors / naive recursive divide-and-conquer algorithm / sequential algorithm / computing / /

MarketIndex

Inappropriate Sharing / Heavyweight Merging / Heavyweight Splitting / /

OperatingSystem

Linux / Ubuntu / Fork / /

Organization

MIT / /

Person

Doug Lea / Neal Gafter / Brent Boyer / Dan Grossman / Josh Bloch / /

Position

guard / so-called work stealing scheduler / General / representative for the whole corpus / author / programming model for parallel programming / representative / scheduler / /

Product

Fork/Join / /

ProgrammingLanguage

Cilk / Java / C / C++ / /

Technology

Linux / search algorithms / multicore processors / html / recursive divide-andconquer algorithms / Belgium tvcutsem@vub.ac.be Abstract Now that multicore processors / mobile devices / recursive divide-and-conquer algorithms / sequential algorithm / Java / naive recursive divide-and-conquer algorithm / http / divide-and-conquer algorithms / /

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