2017
DOI: 10.4314/njtd.v13i2.2
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Efficient fuzzy logic controller for magnetic levitation systems

Abstract: Magnetic levitation is a system of suspending a body or a complete system against gravity. Suspending a system in air against gravity without using fixed structure for supporting is highly unstable and complex. In the previous research many techniques of stabilizing magnetic levitation systems were discussed. In this paper magnetic levitation controller using fuzzy logic is proposed. The proposed Fuzzy logic controller (FLC) is designed, and developed using triangular membership function with 7×7 rules. The sy… Show more

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“…Suggest an efficient fuzzy logic controller (FLC) using triangular membership function, and the collected results are compared with the classical PD controller. The simulation results claimed that the FLC controller performed satisfactorily with two different input signals [9]. Present an FLC controller that applied to a simple MSS, also a linearized model is formulated to design a discrete classical PID controller.…”
mentioning
confidence: 90%
“…Suggest an efficient fuzzy logic controller (FLC) using triangular membership function, and the collected results are compared with the classical PD controller. The simulation results claimed that the FLC controller performed satisfactorily with two different input signals [9]. Present an FLC controller that applied to a simple MSS, also a linearized model is formulated to design a discrete classical PID controller.…”
mentioning
confidence: 90%