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Positional Adaptation of Processors: Application to Energy Reduction ∗ Michael C. Huang Jose Renau and Josep Torrellas Dept. of Electrical and Computer Engineering
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Document Date: 2003-04-01 22:17:30

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Rochester / Wattch / Rochester0 / Subroutine / Implementing Subroutine / /

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IBM / Rambus / Intel / /

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AMD / /

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Decision library / FU pipeline / Computer Engineering University / Computer Science University of Illinois / /

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µm technology / estimate energy consumption / energy reduction bars / adaptive processor / internet workloads / clock distribution energy / adaptation algorithms / lowest energy consumption / energy use / positional algorithms / modest energy-savings / subroutine-based positional algorithms / Wide-issue processors / energy reduction / energy savings / energy / temporal algorithms / static and dynamic algorithms / energy consumption / average energy / out-of-order processor / adaptation algorithm / adaptive systems / little energy / software data / processors / adaptive processors / less energy / Energy-delay tradeoff curve / proposed on-chip hardware / higher energy savings / energy overheads / energy counters / /

MarketIndex

IPC 10 / /

OperatingSystem

IRIX / /

Organization

National Science Foundation / University of Rochester / University of Illinois / /

Person

SID DID ETM ETM TM / C. Huang Jose Renau / Michael C. Huang / /

Position

RT / General / Memory RT / 333MHz RT / representative / memory controller / /

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FUs / LPTs / /

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FP / /

Technology

1.2 Decision Algorithm / Instrumentation algorithm / Decision algorithms / adaptation algorithm / DEETM Slack algorithm / subroutine-based positional algorithms / 1.1 Instrumentation Algorithm / static and dynamic Instrumentation algorithms / 1 Introduction Processor / SRAM / Wide-issue processors / Decision algorithm / 3.3 Decision Algorithm The Decision algorithm / temporal algorithms / 0.18 µm technology / adaptation algorithms / adaptive processor / one algorithm / 6-issue out-of-order processor / on-line Decision algorithm / simulation / 1 taken branch/cycle Technology / Instrumentation algorithms / static and dynamic algorithms / MIPS R12000 processor / Steady-State Period Adaptation algorithms / /

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