Computing Science: Computers That Can Run Backwards
PJ Denning, TG Lewis - American Scientist, 2017 - JSTOR
2017 September–October 271 www. americanscientist. org constant (1.38 x 10-23 joules
per kelvin) and T is the temperature in kelvins. The natural log of 2, given as ln 2, is the …
per kelvin) and T is the temperature in kelvins. The natural log of 2, given as ln 2, is the …
[PDF][PDF] Computers That Can Run Backwards
PJ Denning, TG Lewis - denninginstitute.com
2017 September–October 271 www. americanscientist. org© 2017 Sigma **, The Scientific
Research Society. Reproduction with permission only. Contact perms@ amsci. org. constant …
Research Society. Reproduction with permission only. Contact perms@ amsci. org. constant …
Computers that can run backwards: reversible computations--which can, in principle, be performed without giving off heat--may be the future of computing
PJ Denning, TG Lewis - American Scientist, 2017 - go.gale.com
In the universe of computing, heat is the companion of progress--and its enemy. According
to Moore's law, the number of components on a chip of a given size doubles every two …
to Moore's law, the number of components on a chip of a given size doubles every two …
Computers That Can Run Backwards
PJ Denning, TG Lewis - American Scientist, 2017 - search.proquest.com
Denning et al discusses the potential impact of reversible computations as computers that
can run backwards, to reduce the energy consumption of each new generation of their chips …
can run backwards, to reduce the energy consumption of each new generation of their chips …