Titlebook: Computer Architecture Techniques for Power-Efficiency; Stefanos Kaxiras,Margaret Martonosi Book 2008 Springer Nature Switzerland AG 2008

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Computer Architecture Techniques for Power-Efficiency

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Modeling, Simulation, and Measurement,tural techniques. In order to compare these many ideas, quantitative techniques for architecture-level power modeling have become very important. Thus, in this chapter, we discuss some of the key issues and techniques for the field of architecture-level power modeling. This sets the foundation for l

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Optimizing Capacitance and Switching Activity to Reduce Dynamic Power, the dynamic power equation written as: . = . × . × . where ., the ., is the product of . and .. The switching activity factor, a fraction between 0 and 1, simply expresses how much of the circuit’s . capacitance is charged and discharged—on average—during each cycle at the operating frequency ..

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Managing Static (Leakage) Power,s due to the imperfect nature of transistors which “l(fā)eak” current—thereby constantly consuming power—even when they are not switching. The advent of this form of static power, called ., was forecasted early on [32, 136], giving architects the opportunity to propose techniques to address it. Such tec

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Conclusions,driver of the field in recent years. Both the increase in dynamic power and even more so the exponential increase of static power have brought sweeping changes in the way we design and build processors.

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