High-Level Power Modeling, Estimation, and Optimization

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High-Level Power Modeling, Estimation, and Optimization (1998)

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by Enrico Macii , Massoud Pedram , Fabio Somenzi

Venue:	IEEE Trans. On Computer Aided Design
Citations:	106 - 12 self

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@ARTICLE{Macii98high-levelpower,
    author = {Enrico Macii and Massoud Pedram and Fabio Somenzi},
    title = {High-Level Power Modeling, Estimation, and Optimization},
    journal = {IEEE Trans. On Computer Aided Design},
    year = {1998},
    volume = {17},
    pages = {1061--1079}
}

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Abstract

Abstract—Silicon area, performance, and testability have been, so far, the major design constraints to be met during the development of digital very-large-scale-integration (VLSI) systems. In recent years, however, things have changed; increasingly, power has been given weight comparable to the other design parameters. This is primarily due to the remarkable success of personal computing devices and wireless communication systems, which demand high-speed computations with low power consumption. In addition, there exists a strong pressure for manufacturers of high-end products to keep power under control, due to the increased costs of packaging and cooling this type of devices. Last, the need of ensuring high circuit reliability has turned out to be more stringent. The availability of tools for the automatic design of low-power VLSI systems has thus become necessary. More specifically, following a natural trend, the interests of the researchers have lately shifted to the investigation of power modeling, estimation, synthesis, and optimization techniques that account for power dissipation during the early stages of the design flow. This paper surveys representative contributions to this area that have appeared in the recent literature. Index Terms — Behavioral and logic synthesis, low power design, power management. I.

Keyphrases

high-level power modeling low power design low-power vlsi system personal computing device digital very-large-scale-integration wireless communication system automatic design power modeling recent literature power dissipation major design constraint paper survey representative contribution high-speed computation low power consumption strong pressure index term behavioral remarkable success design parameter high circuit reliability early stage optimization technique abstract silicon area natural trend power management recent year logic synthesis design flow high-end product

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