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Computer programming / Non-blocking algorithm / Lock / Readers–writer lock / Linearizability / Spinlock / Parallel computing / Deadlock / Actor model / Concurrency control / Computing / Concurrency


Concurrent Transformation Components using Contention Context Sensors Erik Österlund Welf Löwe
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Document Date: 2014-09-21 12:09:18

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File Size: 386,37 KB

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City

Västerås / /

Company

Intel / Amdahl / /

Country

Sweden / /

Currency

USD / /

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Event

FDA Phase / Environmental Issue / /

IndustryTerm

lock-free solution / lock-free algorithms / lockfree algorithms / lock-free algorithm / sequential algorithm / coarse grained lock solution / lockfree solutions / online machine learning approaches / sequential algorithms / adaptive locking protocol / normal sequential solution / cache coherence protocol / potential locking protocol / decent sequential performance if hardware / /

OperatingSystem

Mac OS X / VMs / L3 / /

Organization

Swedish Research Council / /

Person

Doug Lea / /

Position

component designer / manager of bad uses / garbage collector / manager object for each transformation component object / writer / contention manager / scheduler / candidate for concurrent use / interpreter / memory manager / /

Product

one / /

ProgrammingLanguage

Java / /

Technology

symmetric multiprocessing / sequential algorithm / lock-free algorithm / Java / locking protocol / lock-free algorithms / API / 2.2 Lock-Free Synchronization Lock-free algorithms / lockfree algorithms / machine learning / Intel Haswell processors / operating system / Concurrent Transformation Components using Contention Context Sensors Erik Österlund Welf Löwe Software Technology / potential locking protocol / cache coherence protocol / discussing lock-free algorithms / adaptive locking protocol / /

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