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Logic depth and power consumption in self-timed circuits: A case-study  (Make Corrections)  
Eduardo Boemo, J. Herrera Camacho, J. Meneses



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Abstract: In this paper the non-linear relationship between power consumption and throughput in two-phase self-timed (ST) pipelines is demonstrated. This effect is explained by connecting two well-known phenomena: first, the adaptation between instantaneous logic depth and data rate, an attribute inherent to two-phase selftimed pipelines; and second, the increment of data path power consumption with the logic depth, due to the influence of spurious activity. Thus, in a ST pipeline, the slope P/f for a... (Update)

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BibTeX entry:   (Update)

@misc{ boemo-logic,
  author = "Eduardo Boemo and J. Herrera Camacho and J. Meneses",
  title = "Logic depth and power consumption in self-timed circuits: A case-study",
  url = "citeseer.ist.psu.edu/523963.html" }
Citations (may not include all citations):
296   Low-Power CMOS Digital Design - Chandrakasan, Sheng et al. - 1992
80   On average Power Dissipation and Random Pattern Testability .. (context) - Shen, Gosh et al. - 1992
78   Micropipelines (context) - Sutherland - 1989
7   Third Edition (context) - Logic, Book - 1995
5   Low-Power Electronic (context) - Lemnios, Gabriel - 1994
5   Fully Iterative Fast Array for Binary Multiplication and Add.. (context) - Guild - 1969
3   Pushing the Performance Limits due to Power Dissipation of f.. (context) - Noll - 1992
3   the Usefulness of Pipelining and Wave Pipelining as Low-Powe.. (context) - Boemo, de Rivera et al. - 1995
1   Logic Depth and Power Consumption : A CaseStudy on 1u CMOS S.. (context) - Boemo, Lpez et al. - 1996
1   Power Consumption Estimation in CMOS VLSI Circuits (context) - Liu, Svensson - 1994

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