A Brief History of Fuzzy Logic

<p>The problems of uncertainty, imprecision and vagueness have been discussed for many years. These problems have been major topics in philosophical circles with much debate, in particular, about the nature of vagueness and the ability of traditional Boolean logic to cope with concepts...

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Main Author: Angel Garrido
Format: Article
Language:English
Published: EduSoft publishing 2012-04-01
Series:Brain: Broad Research in Artificial Intelligence and Neuroscience
Subjects:
Online Access:http://brain.edusoft.ro/index.php/brain/article/view/308
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spelling doaj-a2d4cea4e4574e7aa65bdbc62833655f2020-11-25T00:47:55ZengEduSoft publishingBrain: Broad Research in Artificial Intelligence and Neuroscience2067-39572012-04-01317177A Brief History of Fuzzy LogicAngel Garrido<p>The problems of uncertainty, imprecision and vagueness have been discussed for many years. These problems have been major topics in philosophical circles with much debate, in particular, about the nature of vagueness and the ability of traditional Boolean logic to cope with concepts and perceptions that are imprecise or vague. The Fuzzy Logic (which is usually translated into Castilian by “Lógica Borrosa”, or “Lógica Difusa”, but also by “Lógica Heurística”) can be considered a bypass-valued logics (Multi-valued Logic, MVL, its acronym in English). It is founded on, and is closely related to-Fuzzy Sets Theory, and successfully applied on Fuzzy Systems. You might think that fuzzy logic is quite recent and what has worked for a short time, but its origins date back at least to the Greek philosophers and especially Plato (428-347 B.C.). It even seems plausible<br />to trace their origins in China and India. Because it seems that they were the first to consider that all things need not be of a certain type or quit, but there are a stopover between. That is, be the pioneers in considering that there may be varying degrees of truth and falsehood. In case of colors, for example, between white and black there is a whole infinite scale: the shades of gray. Some recent theorems show that in principle fuzzy logic can be used to model any continuous system, be it based<br />in AI, or physics, or biology, or economics, etc. Investigators in many fields may find that fuzzy, commonsense models are more useful, and many more accurate than are standard mathematical ones. We analyze here the history and development of this problem: Fuzziness, or “Borrosidad” (in Castilian), essential to work with Uncertainty.</p>http://brain.edusoft.ro/index.php/brain/article/view/308Mathematical Logic, Non-Classical Logics, Fuzzy Logic, Uncertainty, Philosophical aspects of Fuzzy Logic.
collection DOAJ
language English
format Article
sources DOAJ
author Angel Garrido
spellingShingle Angel Garrido
A Brief History of Fuzzy Logic
Brain: Broad Research in Artificial Intelligence and Neuroscience
Mathematical Logic, Non-Classical Logics, Fuzzy Logic, Uncertainty, Philosophical aspects of Fuzzy Logic.
author_facet Angel Garrido
author_sort Angel Garrido
title A Brief History of Fuzzy Logic
title_short A Brief History of Fuzzy Logic
title_full A Brief History of Fuzzy Logic
title_fullStr A Brief History of Fuzzy Logic
title_full_unstemmed A Brief History of Fuzzy Logic
title_sort brief history of fuzzy logic
publisher EduSoft publishing
series Brain: Broad Research in Artificial Intelligence and Neuroscience
issn 2067-3957
publishDate 2012-04-01
description <p>The problems of uncertainty, imprecision and vagueness have been discussed for many years. These problems have been major topics in philosophical circles with much debate, in particular, about the nature of vagueness and the ability of traditional Boolean logic to cope with concepts and perceptions that are imprecise or vague. The Fuzzy Logic (which is usually translated into Castilian by “Lógica Borrosa”, or “Lógica Difusa”, but also by “Lógica Heurística”) can be considered a bypass-valued logics (Multi-valued Logic, MVL, its acronym in English). It is founded on, and is closely related to-Fuzzy Sets Theory, and successfully applied on Fuzzy Systems. You might think that fuzzy logic is quite recent and what has worked for a short time, but its origins date back at least to the Greek philosophers and especially Plato (428-347 B.C.). It even seems plausible<br />to trace their origins in China and India. Because it seems that they were the first to consider that all things need not be of a certain type or quit, but there are a stopover between. That is, be the pioneers in considering that there may be varying degrees of truth and falsehood. In case of colors, for example, between white and black there is a whole infinite scale: the shades of gray. Some recent theorems show that in principle fuzzy logic can be used to model any continuous system, be it based<br />in AI, or physics, or biology, or economics, etc. Investigators in many fields may find that fuzzy, commonsense models are more useful, and many more accurate than are standard mathematical ones. We analyze here the history and development of this problem: Fuzziness, or “Borrosidad” (in Castilian), essential to work with Uncertainty.</p>
topic Mathematical Logic, Non-Classical Logics, Fuzzy Logic, Uncertainty, Philosophical aspects of Fuzzy Logic.
url http://brain.edusoft.ro/index.php/brain/article/view/308
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