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References by Elgebaly, Mohamed for the Electrical Engineer
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Energy Efficient Design for Deep Sub-micron CMOS VLSIs	2007-09-09 12:40:50	Description: The abstract of this 2005 PhD Thesis from the University of Waterloo begins "Over the past decade, low power, energy efficient VLSI design has been the focal point of active research and development. The rapid technology scaling, the growing integration capacity, and the mounting active and leakage power dissipation are contributing to the growing complexity of modern VLSI design. Careful power planning on all design levels is required. This dissertation tackles the low-power, low-energy challenges in deep sub-micron technologies on the architecture and circuit levels." [show more...] [show less...] Author(s): Elgebaly, Mohamed License: Other Type: Book Format: PDF Price: Free URL: http://etd.uwaterloo.ca/ etd/ mmelgeba2005.pdf ReviewText: 190 pages long. Contents include: Power Dissipation Components in Digital CMOS Circuits (switching and leakage) Power and Energy Reduction Techniques Supply Voltage Reduction Circuit Level Techniques Device Level Optimizations Leakage Reduction Techniques Multi-Threshold CMOS Variable-Threshold CMOS Transistor Stacking Gate level leakage reduction Ultra-Low Voltage Circuit Techniques Dynamic Threshold PMOS Active Leakage Power Management Techniques Energy Efficient Dynamic Circuits Robust and Efficient DVS Keywords: CMOS , simulation , dynamic voltage scaling , modeling , leakage , Domino Logic , low power CMOS , DVS , DTPMOS , MTCMOS , VTCMOS , switching power Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1189356050 (single entry page)

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