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Simulation of Fuzzy Inductance Motor using PI Control Application


Affiliations
1 Govt Polytechnic Zalki, Karnataka, India
2 Govt Polytechnic Bijapur, Karnataka, India
3 Karnataka State Women's University, Bijapur, India
 

Fuzzy control has been widely used in industrial controls, particularly in situations where conventional control design techniques have been difficult to apply. Number of fuzzy rules is very important for real time fuzzy control applications. This study is motivated by the increasing need in the industry to design highly reliable, efficiency and low complexity controllers. The proposed fuzzy controller is constructed by several fuzzy controllers with less fuzzy rules to carry out control tasks. Performances of the proposed fuzzy controller are investigated and compared to those obtained from the conventional fuzzy controller. Fuzzy logic control method has the ability to handle errors in control operation with system nonlinearity and its performance is less affected by system parameter variations.
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  • Simulation of Fuzzy Inductance Motor using PI Control Application

Abstract Views: 151  |  PDF Views: 0

Authors

Rafiya Begum
Govt Polytechnic Zalki, Karnataka, India
Zakeer Motibhai
Govt Polytechnic Bijapur, Karnataka, India
Girija Nimbal
Karnataka State Women's University, Bijapur, India
S. V. Halse
Karnataka State Women's University, Bijapur, India

Abstract


Fuzzy control has been widely used in industrial controls, particularly in situations where conventional control design techniques have been difficult to apply. Number of fuzzy rules is very important for real time fuzzy control applications. This study is motivated by the increasing need in the industry to design highly reliable, efficiency and low complexity controllers. The proposed fuzzy controller is constructed by several fuzzy controllers with less fuzzy rules to carry out control tasks. Performances of the proposed fuzzy controller are investigated and compared to those obtained from the conventional fuzzy controller. Fuzzy logic control method has the ability to handle errors in control operation with system nonlinearity and its performance is less affected by system parameter variations.