Add to ORKGThis paper describes a new VLSI-based controller for the implementation of a Linear-Quadratic-Gaussian (LQG) theory-based control system. Use of the controller is demonstrated by design of a controller for a magnetic bearing and its performance is evaluated by computer simulation
This paper describes the design of a digital control system for control of magnetic bearings used in...
An overview of magnetic bearing control and linearization approaches which have been considered for ...
An approach for producing a linear transfer characteristic between force command and force output of...
In this paper, the nonlinear operation of magnetic bearing control methods is reviewed. For large di...
The electromagnetic bearings are the result of the modern control technique. Utilizing this principl...
A magnetic bearing control approach using flux feedback is described and test results for a laborato...
A multiple magnet bearing can be developed from N individual electromagnets. The constitutive relati...
Most magnetic bearing control schemes use a bias current with a superimposed control current to line...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This paper presents an analytical method of modelling eddy currents inside axial bearings. The probl...
A linear analysis and the results of a nonlinear simulation of a magnetic bearing suspension system ...
This report presents a preliminary analysis of the mathematical modelling of eddy current effects in...
This paper describes the design of a digital control system for control of magnetic bearings used in...
An overview of magnetic bearing control and linearization approaches which have been considered for ...
An approach for producing a linear transfer characteristic between force command and force output of...
In this paper, the nonlinear operation of magnetic bearing control methods is reviewed. For large di...
The electromagnetic bearings are the result of the modern control technique. Utilizing this principl...
A magnetic bearing control approach using flux feedback is described and test results for a laborato...
A multiple magnet bearing can be developed from N individual electromagnets. The constitutive relati...
Most magnetic bearing control schemes use a bias current with a superimposed control current to line...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This paper presents an analytical method of modelling eddy currents inside axial bearings. The probl...
A linear analysis and the results of a nonlinear simulation of a magnetic bearing suspension system ...
This report presents a preliminary analysis of the mathematical modelling of eddy current effects in...
This paper describes the design of a digital control system for control of magnetic bearings used in...
An overview of magnetic bearing control and linearization approaches which have been considered for ...
An approach for producing a linear transfer characteristic between force command and force output of...