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A Meta-Scheduler for the Par-Monad Composable Scheduling for the Heterogeneous Cloud Adam Foltzer Abhishek Kulkarni Rebecca Swords Sajith Sasidharan
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Document Date: 2012-07-02 14:58:32

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File Size: 440,22 KB

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City

Copenhagen / /

Company

GPU / Meta-Par / Meta-Par Resources / Red Hat / NVIDIA / Intel / /

Country

Denmark / /

Currency

USD / GHS / /

Facility

Meta-Par library / Newton Indiana University / Haskell library / bar baz / $(mkClosure bar / Par Int bar / /

IndustryTerm

divide-and-conquer algorithm / work-stealing algorithms / external device / active work item startup / software artifacts / recursive algorithm / it to more applications / cluster infrastructure / divide-and-conquer parallel algorithms / parallel computing hardware demands / work-stealing algorithm / larger systems / /

OperatingSystem

Red Hat Enterprise Linux / /

Organization

Indiana University / /

Person

Jiang Ryan / Hackage / Meta-Par / /

Position

Resource Stack The scheduler / original Par scheduler / work-stealing scheduler / CPU scheduler / single worker / work-stealing Par-monad scheduler / General / original Par-monad scheduler / community package manager / interpreter / previously published scheduler / parallel scheduler / calling worker / previously published Par-monad scheduler / stealee worker / particular scheduler / incompatible scheduler / GHC event manager / writer / worker / composed scheduler / representative / scheduler / programmer / /

Product

Resource / Monoid / HdpH (r0661a3) / Linux / Resources / /

ProgrammingLanguage

Cilk / Java / Erlang / Haskell / C++ / /

TVStation

Wand / /

Technology

Adam / functional programming / divide-and-conquer parallel algorithms / LAN / 270 processors / taskscheduling algorithm / Linux / API / 30 algorithm / operating system / shared memory / recursive algorithm / divide-and-conquer algorithm / Cilk algorithm / load balancing / work-stealing algorithm / Java / work-stealing algorithms / comparison-based CPU sorting algorithm / Gigabit Ethernet / /

URL

http /

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