Virtual Power Management simulation framework for computer systems

Bishop Brock,Srinivasan Ramani,Ken Vu,Heather Hanson,Michael S. Floyd

ISPASS（2013）

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摘要

We developed a Virtual Power Management (VPM) simulation methodology for pre-silicon design and validation of power management hardware and firmware. VPM integrates a realistic hardware interface with high-level workload and power models to achieve fast and effective system-wide simulation. VPM models are used independently for algorithmic and architectural exploration, and in conjunction with the Simics simulation environment to execute real firmware for verification. In this paper, we present an overview of the VPM architecture and results from two studies using the simulation framework.

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关键词

algorithmic exploration,computer interfaces,high-level workload,architectural exploration,computer system,firmware,power management hardware,presilicon design,power model,simics simulation environment,vpm architecture,memory architecture,hardware interface,vpm simulation methodology,system-wide simulation,virtual power management simulation framework,vpm model,measurement,hardware,radiation detectors,computational modeling

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