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type	http://eprints.org/ontology/ArticleEPrint http://eprints.org/ontology/EPrint Article Academic Article
seeAlso	HTML Summary of #65961 Thermodynamics of quasideterministic digital computers
sameAs	Thermodynamics of quasideterministic digital computers
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http://eprints.org/ontology/hasDocument	Thermodynamics of quasideterministic digital computers (Other) Thermodynamics of quasideterministic digital computers (Other) Thermodynamics of quasideterministic digital computers (Other) Thermodynamics of quasideterministic digital computers (Other) Thermodynamics of quasideterministic digital computers (Other) Thermodynamics of quasideterministic digital computers (PDF)
dc:hasVersion	Thermodynamics of quasideterministic digital computers (PDF)
Title	Thermodynamics of quasideterministic digital computers
described by	https://demo.openlinksw.com/about/id/entity/https/www.cs.kent.ac.uk/people/staff/akj22/materials/CO644/export_kar_RDFN3.n3 https://demo.openlinksw.com/about/id/entity/https/raw.githubusercontent.com/annajordanous/CO644Files/main/export_kar_RDFN3.n3
Date	2018
Creator	Dominique Chu
status	peer reviewed published
Publisher	American Physical Society
abstract	A central result of stochastic thermodynamics is that irreversible state transitions of Markovian systems entail a cost in terms of an infinite entropy production. A corollary of this is that strictly deterministic computation is not possible. Using a thermodynamically consistent model, we show that quasideterministic computation can be achieved at finite, and indeed modest cost with accuracies that are indistinguishable from deterministic behavior for all practical purposes. Concretely, we consider the entropy production of stochastic (Markovian) systems that behave like and and a not gates. Combinations of these gates can implement any logical function. We require that these gates return the correct result with a probability that is very close to 1, and additionally, that they do so within finite time. The central component of the model is a machine that can read and write binary tapes. We find that the error probability of the computation of these gates falls with the power of the system size, whereas the cost only increases linearly with the system size.
Is Part Of	Physical Review E: Statistical, Nonlinear, and Soft Matter Physics https://kar.kent.ac.uk/id/repository
Subject	Q Science
list of authors	https://kar.kent.ac.uk/id/eprint/65961#authors
issue	2
volume	97
is topic of	https://www.cs.kent.ac.uk/people/staff/akj22/materials/CO644/export_kar_RDFN3.n3 https://raw.githubusercontent.com/annajordanous/CO644Files/main/export_kar_RDFN3.n3
is primary topic of	HTML Summary of #65961 Thermodynamics of quasideterministic digital computers

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