Art Scott and Michael Frank on energy-efficient computing

Abstract

Clock speeds of computing chips have leveled off dramatically since 2005, and putting more cores in systems on a chip (SoC) has produced more heat, adding a new ceiling to further advances. Leading-edge researchers, like Mike Frank, and dedicated technologists with a wealth of experience, like Art Scott, represent a new vanguard of the leap-forward beyond Dennard scaling and Landauer's limit. Art looks for ways to reduce energy consumption and Mike looks for ways to "architect" future chips according to principles of reversibility. Is the future in reversible, adiabatic computing and simpler architectures using posit arithmetic? My guests think so.

DOI: 10.1145/3140589

Cite this paper

@inproceedings{Lewis2017ArtSA, title={Art Scott and Michael Frank on energy-efficient computing}, author={Ted G. Lewis}, booktitle={UBIQ}, year={2017} }