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Single Input Variable Universe Fuzzy Controller with Contraction-Expansion Factor for Inverted Pendulum in Real Time
Journal Title Advances in Electrical and Electronic Engineering
Journal Abbreviation AEEE
Publisher Group Technical University of Ostrava (VSB)
Website http://advances.utc.sk/index.php/AEEE
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Title Single Input Variable Universe Fuzzy Controller with Contraction-Expansion Factor for Inverted Pendulum in Real Time
Authors Dhanni, Yogesh Kumar
Abstract In Conventional Fuzzy Logic Controller (CFLC), input variables are the error (E) and the change-in-error (EC) regardless of the complexity of controlled plant. The rule table constructed for CFLC is two dimensional in input space. This two dimensional rule table can be reduced to single dimension by the signed distance method. This method also reduces the number of rules significantly. In this paper a fuzzy controller is designed with the signed distance input variable. Then to improve the performance of this controller the technique of variable universe of discourse is used. After using these two techniques simultaneous to design a fuzzy controller, it is implemented to stabilize inverted pendulum in real time.
Publisher Faculty of Electrical Engineering and Computer Science
Date 2012-12-29
Source Advances in Electrical and Electronic Engineering Vol 10, No 5 (2012): December
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