This paper proposes a novel control strategy for uncertain magnetic levitation (UML)
systems. Our method is fundamentally based on terminal sliding mode (TSM) and …

In this paper, we present a method to design a hybrid fuzzy logic controller (FLC) for a
magnetic levitation system (MLS) based on the linear feedforward control method combined …

The control performance of the reluctance actuator maglev system is seriously affected by
inherent nonlinearities (eg hysteresis, eddy current, flux leakage, etc.) and external …

Maglev transportation system is become a hot topic for researchers because of the
distinctive advantages, such as frictionless motion, low power consumption, less noise, and …

In this study, a nonlinear adaptive controller that can be used to control a magnetic levitation
(maglev) is designed. The designed controller is equipped with a nonlinear velocity …

The magnetic levitation systems are mismatched systems with inherent unstable nonlinear
dynamics. This work has examined a control strategy that control and stabilize the magnetic …

This paper studies a new fault-tolerant tracking control for magnetic levitation (MagLev)
systems. Remarkably, the controlled system not merely admits unknown functions, but also …

This paper presents the design and implementation of a fuzzy logic controller using Very
High Speed Integrated Circuit Hardware Description Language (VHDL) on a field …

This article addresses the control challenges of magnetic levitation systems, which enable
metal objects to move through magnetic fields without mechanical contact. Traditional …

Este trabajo presenta el modelado matemático y la simulación de un levitador magnético,
así como una comparación de las diferentes técnicas de control aplicadas en el sistema …