FPGA Optimized Fuzzy Controller Design for
Magnetic Ball Levitation using Genetic Algorithms
B. Hamed, and H. Elreesh. ACEEE International Journal of Electrical and Power Engineering, 4 (2):
8(August 2013)
Abstract
This paper presents an optimum approach for
designing of fuzzy controller for nonlinear system using
FPGA technology with Genetic Algorithms (GA) optimization
tool. A magnetic levitation system is considered as a case study
and the fuzzy controller is designed to keep a magnetic object
suspended in the air counteracting the weight of the object.
Fuzzy controller will be implemented using FPGA chip.
Genetic Algorithm (GA) is used in this paper as optimization
method that optimizes the membership, output gain and inputs
gains of the fuzzy controllers. The design will use a highlevel
programming language HDL for implementing the fuzzy
logic controller using the Xfuzzy tools to implement the fuzzy
logic controller into HDL code. This paper, advocates a novel
approach to implement the fuzzy logic controller for magnetic
ball levitation system by using FPGA with GA.
%0 Journal Article
%1 hamed2013optimized
%A Hamed, Basil
%A Elreesh, Hosam Abu
%D 2013
%E Das, Dr. Vinu V
%J ACEEE International Journal of Electrical and Power Engineering
%K FPGA Fuzzy_Control PI VHDL
%N 2
%P 8
%T FPGA Optimized Fuzzy Controller Design for
Magnetic Ball Levitation using Genetic Algorithms
%U http://searchdl.org/public/journals/2013/IJEPE/4/2/1384.pdf
%V 4
%X This paper presents an optimum approach for
designing of fuzzy controller for nonlinear system using
FPGA technology with Genetic Algorithms (GA) optimization
tool. A magnetic levitation system is considered as a case study
and the fuzzy controller is designed to keep a magnetic object
suspended in the air counteracting the weight of the object.
Fuzzy controller will be implemented using FPGA chip.
Genetic Algorithm (GA) is used in this paper as optimization
method that optimizes the membership, output gain and inputs
gains of the fuzzy controllers. The design will use a highlevel
programming language HDL for implementing the fuzzy
logic controller using the Xfuzzy tools to implement the fuzzy
logic controller into HDL code. This paper, advocates a novel
approach to implement the fuzzy logic controller for magnetic
ball levitation system by using FPGA with GA.
@article{hamed2013optimized,
abstract = {This paper presents an optimum approach for
designing of fuzzy controller for nonlinear system using
FPGA technology with Genetic Algorithms (GA) optimization
tool. A magnetic levitation system is considered as a case study
and the fuzzy controller is designed to keep a magnetic object
suspended in the air counteracting the weight of the object.
Fuzzy controller will be implemented using FPGA chip.
Genetic Algorithm (GA) is used in this paper as optimization
method that optimizes the membership, output gain and inputs
gains of the fuzzy controllers. The design will use a highlevel
programming language HDL for implementing the fuzzy
logic controller using the Xfuzzy tools to implement the fuzzy
logic controller into HDL code. This paper, advocates a novel
approach to implement the fuzzy logic controller for magnetic
ball levitation system by using FPGA with GA.},
added-at = {2014-01-18T10:12:01.000+0100},
author = {Hamed, Basil and Elreesh, Hosam Abu},
biburl = {https://www.bibsonomy.org/bibtex/2672e3510f6cb25cfc52fb1eee66bb059/ideseditor},
editor = {Das, Dr. Vinu V},
interhash = {7acce099507da4731b299dc72d13f065},
intrahash = {672e3510f6cb25cfc52fb1eee66bb059},
journal = {ACEEE International Journal of Electrical and Power Engineering},
keywords = {FPGA Fuzzy_Control PI VHDL},
month = {August},
number = 2,
pages = 8,
timestamp = {2014-01-18T10:12:01.000+0100},
title = {FPGA Optimized Fuzzy Controller Design for
Magnetic Ball Levitation using Genetic Algorithms},
url = {http://searchdl.org/public/journals/2013/IJEPE/4/2/1384.pdf},
volume = 4,
year = 2013
}