Design of a 16-bit Adiabatic Microprocessor - Rene Celis-Cordova - ICRC San Mateo, 2019

147 views

IEEE Future Directions

Create Account or Sign In to post comments

#IEEE #Industry Summit #ICRC #IRDS #Rebooting Computing #adiabatic reversible logic #energy consumption #CMOS #MIPS #Bennett clocking #circuit implementation #microprocessor

Rene Celis-Cordova, University of Notre Dame, presents collaborative research work and explains the benefits of using adiabatic logic. Celis-Cordova shares the results from simulations of the 16-bit microprocessor, including technical details from the elements and processes to the final physical design.

https://rebootingcomputing.ieee.org/rebooting-computing-week/industrycomputingsummit

Rene Celis-Cordova, University of Notre Dame, presents collaborative research work and explains the benefits of using adiabatic logic. Celis-Cordova shares the results from simulations of the 16-bit microprocessor, including technical details from the elements and processes to the final physical design.

February 4, 2020

Next Up

00:32:41

IEEE LEO SatS: Tbit/s Satellite Communication Links Based on Optical Technologies - Yannik Horst

00:31:19

IEEE LEO SatS: Inter-Satellite Data Relay Service (IDRS) - Eyal Trachtman

00:30:11

IEEE LEO SatS: Legacy Ground Stations and Ground Operations - Marcin Gnat

00:10:59

IEEE LEO SatS: Fall 2023 Workshop on LEO Ground Stations & Ground Station Services Intro - Jan Budroweit

01:03:47

IEEE Metaverse: Industrial Metaverse

00:25:36

IEEE LEO SatS: Exploring the Synergy Between Gaia-X and Satellites for Data-Driven Earth Observation - Maximilian Stäbler