Jul 1, 2022 · For improving multiple-disturbance rejection with unknown frequency resonant disturbance, an adaptive ...
Considering the strong nonlinear character of magnetic levitation system, a model predictive control based optimization solution is designed using taylor series ...
For improving multiple-disturbance rejection with unknown frequency resonant disturbance, an adaptive resonant-equivalent-input-disturbance-observer-based ...
In this thesis, the model of the magnetic levitation ball system is firstly constructed according to the kinetic theory and simplified according to the actual ...
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Dec 9, 2024 · This paper presents a generalized multiple disturbances estimation and compensation based position precision control of maglev systems, ...
Nov 8, 2024 · 34. Wang J, Yu L. Adaptive resonant-EIDO-based optimized position precision control for magnetic levitation system. IRE Trans Ind Electron 2023; ...
Adaptive Resonant-EIDO-Based Optimized Position Precision Control for Magnetic Levitation System · Jun-xiao WangLi Yu. Engineering, Physics. IEEE Transactions ...
Adaptive control of magnetic levitation system based on ... - Bohrium
bohrium.dp.tech › paper › arxiv
The controller ensures accurate tracking of any smooth desired position signal, despite unknown MLS parameters. The closed-loop system stability, in the sense ...
The controller ensures accurate tracking of any smooth desired position signal, despite unknown MLS parameters. The closed-loop system stability, in the sense ...
In this system, a position control system of an elevated object will be designed at a certain height under an electromagnetic field generated from a voltage-fed ...