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(PDF) Ultra-Low-Power Digital Design with Body Biasing ...
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We present a design methodology towards minimum-area maximum-performance designs in sub-I near-threshold operation. Our methodology is based on a new metric ...
Ultra-Low-Power Digital Design with Body Biasing for ...
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由 M Meijer 著作2010被引用 18 次 — Unlike conventional gate sizing, we use forward body biasing at synthesis time to render faster, smaller and more energy-efficient circuits. Our ...
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Ultra-Low-Power Digital Design with Body Biasing for ...
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We present a design methodology towards minimum-area maximum-performance designs in sub-/ near-threshold operation. Our methodology is based on a new metric ...
Ultra-low-power digital design with body biasing for low area and ...
Eindhoven University of Technology
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Fingerprint. Dive into the research topics of 'Ultra-low-power digital design with body biasing for low area and performance-efficient operation'.
Maurice Meijer
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Ultra-low-power digital design with body biasing for low area and performance-efficient operation. M Meijer, JP De Gyvez, A Kapoor. Journal of Low Power ...
Journal of Low Power Electronics
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Ultra-Low-Power Digital Design with Body Biasing for Low Area and Performance-Efficient Operation Maurice Meijer, José Pineda de Gyvez, and Ajay Kapoor J ...
Conceptual circuit diagram of the proposed body bias ...
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Forward body bias utilization under body bias driven design. Ultra-Low-Power Digital Design with Body Biasing for Low Area and Performance-Efficient Operation.
Maurice Meijer - Google Tudós
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Ultra-low-power digital design with body biasing for low area and performance-efficient operation. M Meijer, JP De Gyvez, A Kapoor. Journal of Low Power ...
Journal of Low Power Electronics, Volume 6
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Ultra-Low-Power Digital Design with Body Biasing for Low Area and Performance-Efficient Operation. 521-532. view. electronic edition via DOI; unpaywalled ...
Ultra‐Low‐Voltage Self‐Body Biasing Scheme and Its ...
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由 R Taco 著作2015被引用 12 次 — The gate level body biasing (GLBB) is assessed in the context of ultra-low-voltage logic designs. To this purpose, a GLBB mirror full adder is implemented.