View Document Preview and Link Document Date: 2011-07-09 03:33:46 Open Document File Size: 139,28 KB Share Result on Facebook
City Yverdon / San Francisco / Lausanne / / Company Prentice-Hall Inc. / IDT / Morgan Kaufmann Publishers Inc. / Adding Limited / / Country Switzerland / India / / / Facility Swiss Federal Institute of Technology / Indian Institute of Technology / University of Applied Science / / IndustryTerm tool chain / compiler tool chain / optimizer algorithm / chosen processor / scalar processors / in-order processors / standalone machine-dependent tool / parallel processing / compiler technology / cross compiler tool chain / machine specific tool / software program / software solution / standalone software / gas algorithm / energy / cross tool chain / / MarketIndex EEMBC / Embedded Microprocessor / / OperatingSystem GNU / / Organization Free Software Foundation / Indian Institute of Technology / Kanpur / Swiss Federal Institute of Technology / University of Applied Science / Swiss Commission for Technology and Innovation / / Person Markus Levy / / Position GNU Scheduler / The GNU Instruction Scheduler / Technical report / GCC toolchain scheduler / static instruction scheduler / scheduler / machine-dependent scheduler / / ProgrammingLanguage C / / ProvinceOrState New Jersey / / Technology chosen processor / GCC algorithm / analysis algorithm / GCC optimizer algorithm / Information Technology / Superscalar Processors / 4.3 Reference Processor / GAS algorithm / in-order processors / perl / simulation / targeted processor / parallel processing / compiler technology / in-order RISC processor / / URL http / SocialTag 
A Standalone GCC-based Machine-Dependent Speed Optimizer for Embedded Applications Sylvain Aguirre1 , Vaneet Aggarwal2, and Daniel Mlynek3 1 3