Fuzzy Systems

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FLC Controller for Automotive Suspension System Using VHDL Modeling Methodology


Affiliations
1 Sai Taj Polytechnic Nagpur, Maharashtra, India
2 Department of Electronics, Nagpur University, India
     

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This paper presents a modelling methodology for the vibration isolation seating system with Fuzzy logic controller. In contrast to conventional controllers, which are designed based on well defined mathematical models, fuzzy logic control (FLC) utilizes linguistic descriptions about the behaviour of the system. It is describe and stimulated in VHDL .Fuzzy Logic control algorithms for the actuator are implemented and their efficiencies are investigated by subjecting the system to a number of stimuli.

Keywords

VHDL, Vibration Isolation Seating System, Fuzzy Logic Controller, Actuator.
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  • FLC Controller for Automotive Suspension System Using VHDL Modeling Methodology

Abstract Views: 239  |  PDF Views: 3

Authors

M. K. Thakare
Sai Taj Polytechnic Nagpur, Maharashtra, India
K. K. Jajulwar
Department of Electronics, Nagpur University, India

Abstract


This paper presents a modelling methodology for the vibration isolation seating system with Fuzzy logic controller. In contrast to conventional controllers, which are designed based on well defined mathematical models, fuzzy logic control (FLC) utilizes linguistic descriptions about the behaviour of the system. It is describe and stimulated in VHDL .Fuzzy Logic control algorithms for the actuator are implemented and their efficiencies are investigated by subjecting the system to a number of stimuli.

Keywords


VHDL, Vibration Isolation Seating System, Fuzzy Logic Controller, Actuator.