International Journal of Automation and Control · 2013 · 13 citations · 7 references
EngineeringElectrical EngineeringMechatronics EngineeringMotor ControlPower ElectronicsProcess ControlControl SystemsControl TheoryDrive SystemsElectric DrivesElectric Motor Drive SystemsElectric Motor DrivesDc Motor DrivesElectric Motor ControlMotor Drive SystemsNeural Network ControlPosition ControlPosition Control Of Electric MotorsRobust Optimal ControlVariable Gain Control
This article describes an optimal control algorithm for a DC motor drive operating as a positioning system. The control algorithm is based on combination of artificial neural network and state space method with variable gain. The positioning system operating under proposed algorithm has demonstrated a transient process close to optimal without overshoot. It has been also shown that the control algorithm is robust to the change of the DC motor parameters and the supply voltage disturbances. An experimental setup based on TMS320F243 evaluation module has been designed and built in order to prove the simulation results. The algorithm has been verified by simulation using MATLAB/Simulink and proved by a number of practical experiments.
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