Attraction type magnetic levitation devices are nonlinear and unstable systems with fast
dynamics. If a model of such a system can be produced, it could be used in the design …

Magnetic levitation (Maglev) system is a stimulating nonlinear mechatronic system in which
an electromagnetic force is required to suspend an object (metal sphere) in the air. The …

In this paper, an adaptive controller is designed for a magnetic levitation system to cope with
internal time-varying uncertainties and external disturbances. Since, in experimental studies …

Due to uncertainties To solve the problem experiment is performed and Stribeck curve of
LuGre model is fit by genetic algorithm. The system is compensated for friction and …

ECP Model 730 magnetic levitation system is a typical nonlinear experiment system. Due to
uncertainties and nonlinearities which existed in the system, it is difficult to achieve high …

In this paper, an adaptive controller is designed to a magnetic levitation system to cope with
internal time-varying uncertainties and external disturbances. Since, in an experimental …

This paper presents the analysis of Pole Location (PL) Control, Linear Quadratic Regulator
(LQR) control and Lineal Matrix Inequation (LMI) control used in a magnetic levitator system …

Devices using magnetic levitation (maglev) offer the potential for friction-free, high-speed,
and high-precision operation. Applications include frictionless bearings, high-speed ground …

Section 1.1 is devoted to the study of dynamical processes in electric circuits. It includes
derivations of the constitutive relations of elements of electric circuits (capacitors, inductors) …

Abstract Development in the direction of future applications of fast and accurate position
control systems used in optoelectronics, computer hardware, precision machining, robotics …