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Software / Compiler / Program optimization / Inline expansion / Induction variable / GNU Compiler Collection / Loop optimization / Mathematical optimization / Interprocedural optimization / Compiler optimizations / Software engineering / Computing


Exhaustive Optimization Phase Order Space Exploration Prasad A. Kulkarni, David B. Whalley, Gary S. Tyson Florida State University Computer Science Department Tallahassee, FL {kulkarni,whalley,tyson}@cs.fsu.ed
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Document Date: 2006-01-23 10:27:42


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File Size: 209,27 KB

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City

CF / /

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Facility

Jack W. Davidson University of Virginia Department / /

IndustryTerm

actual search space / compiler infrastructure / energy consumption / attempted search spaces / genetic algorithm / optimization phase order search space / grid-based search algorithms / shortest path algorithm / genetic algorithms / search spaces / search techniques / search space taking / issue processor / optimization search space help / exhaustive search / search space / iterative algorithms / search time / attempted search space / naive solution / /

OperatingSystem

Linux / L3 / /

Organization

University of Virginia Department of Computer Science Charlottesville / National Science Foundation / Florida State University / DARPA / /

Person

Gary S. Tyson / David B. Whalley / Prasad A. Kulkarni / /

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ProgrammingLanguage

FL / /

ProvinceOrState

Virginia / /

Technology

StrongARM SA-100 processor / grid-based search algorithms / image compression / jpeg / issue processor / Linux / shortest path algorithm / genetic algorithm / operating system / embedded processor / /

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