| Document Date: 2009-03-01 23:54:30
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City Burger / Austin / New York / / Company IBM / ACM Inc. / DVS / / Country United States / / Currency USD / / / Facility Cornell University / Penn Plaza / Frank H.T. Rhodes Hall / / / IndustryTerm given technology / dynamic thermal management / software developers / technology node / examined single-threaded processors / simulation infrastructure / appropriate thermal management / multicore systems / / MusicGroup D. H. / / Organization Semiconductor Industry Association / SMT / Center for Circuits and Systems Solutions / Cornell University / / Person Jonathan A. Winter / DAVID H. ALBONESI / / / Position Parallel Architectures General / / Product El / HotSpot / / ProvinceOrState New York / / Technology Alpha / given technology / 70-nm technology / load balancing / SMT processor / DTM algorithm / cache Memory / SRAM / simulation / SMT processors / DVS-based algorithms / steering algorithm / / URL http /
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Addressing Thermal Nonuniformity in SMT Workloads JONATHAN A. WINTER and DAVID H. ALBONESI Cornell University We explore DTM techniques within the context of uniform and nonuniform SMT workloads. While