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Computer programming / Software engineering / Worst-case execution time / Formal methods / Static timing analysis / Compiler optimization / Analysis / Assembly language / Infinite loop / Real-time computing / Programming language implementation / Computing


ParaScale: Exploiting Parametric Timing Analysis for Real-Time Schedulers and Dynamic Voltage Scaling ∗ 2 Sibin Mohan1, Frank Mueller1 , William Hawkins2 , Michael Root3 , Christopher Healy3 and David Whalley4
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Document Date: 2005-09-23 10:35:49

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File Size: 228,00 KB

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City

Tallahassee / Urbana / Greenville / /

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Facility

University of Illinios / Florida State University / North Carolina State University / /

IndustryTerm

real-time system / online scheduling / real-time scheduling algorithms / contemporary embedded processors / hard real-time systems / real-time systems / /

Organization

North Carolina State University / Raleigh / National Science Foundation / Florida State University / Center for Embedded Systems Research / University of Illinios / /

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Position

dynamic scheduler / custom scheduler / programmer / /

ProgrammingLanguage

FL / /

ProvinceOrState

South Carolina / Illinois / Florida / North Carolina / /

TVStation

WCET / /

Technology

contemporary embedded processors / real-time scheduling algorithms / Caching / simulation / intra-task DVS algorithm / /

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