This paper presents an approach to control a magnetic levitation system with uncertainty in the dynamics and the measurements. First, Sliding Mode Controller (SMC) is applied to the magnetic levitation system. Then, Hybrid Extended Kalman Filter (HEKF) is used to increase the robustness of the magnetic levitation system to uncertainties. The efficiency of such combined control method is verified by simulation results and performance parameters.Key words: Magnetic levitation system; Sliding mode control; Hybrid extended kalman filte
© 2016 IEEE. Magnetic levitation (Maglev) systems make significant contribution to industrial applic...
In this work, we suggest a technique of controller design that applied to systems based on nonlinea...
This paper presents, an adaptive finite impulse response (FIR) filter based controller used for the ...
This paper presents an approach to control a magnetic levitation system with uncertainty in the dyna...
This paper presents global sliding mode control and conventional sliding mode control for stabilizat...
This paper presents a study of controlling magnetic levitation object using conventional sliding mod...
This paper presents global sliding mode control and conventional sliding mode control for stabilizat...
This paper presents a study of controlling magnetic levitation object using conventional sliding mod...
Magnetic levitation train with high speed, comfort, low energy consumption and low emission is a goo...
This paper presents a study of controlling magnetic levitation object using conventional sliding mod...
Magnetic levitation or maglev systems have been widely applied in various fields that are beneficial...
This paper focuses on stability control for the levitated positioning of the magnetic levitation veh...
Author name used in this publication: Norbert C. CheungRefereed conference paper2008-2009 > Academic...
In this paper, an approach to model reference adaptive control based on pid Controller is proposed ...
In this paper, an approach to model reference adaptive control based on pid Controller is proposed ...
© 2016 IEEE. Magnetic levitation (Maglev) systems make significant contribution to industrial applic...
In this work, we suggest a technique of controller design that applied to systems based on nonlinea...
This paper presents, an adaptive finite impulse response (FIR) filter based controller used for the ...
This paper presents an approach to control a magnetic levitation system with uncertainty in the dyna...
This paper presents global sliding mode control and conventional sliding mode control for stabilizat...
This paper presents a study of controlling magnetic levitation object using conventional sliding mod...
This paper presents global sliding mode control and conventional sliding mode control for stabilizat...
This paper presents a study of controlling magnetic levitation object using conventional sliding mod...
Magnetic levitation train with high speed, comfort, low energy consumption and low emission is a goo...
This paper presents a study of controlling magnetic levitation object using conventional sliding mod...
Magnetic levitation or maglev systems have been widely applied in various fields that are beneficial...
This paper focuses on stability control for the levitated positioning of the magnetic levitation veh...
Author name used in this publication: Norbert C. CheungRefereed conference paper2008-2009 > Academic...
In this paper, an approach to model reference adaptive control based on pid Controller is proposed ...
In this paper, an approach to model reference adaptive control based on pid Controller is proposed ...
© 2016 IEEE. Magnetic levitation (Maglev) systems make significant contribution to industrial applic...
In this work, we suggest a technique of controller design that applied to systems based on nonlinea...
This paper presents, an adaptive finite impulse response (FIR) filter based controller used for the ...