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FRF based Position Controller Design through System Identification for A Hydraulic Cylinder
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 Title & Authors
FRF based Position Controller Design through System Identification for A Hydraulic Cylinder
Seo, Hyoung Kyu; Kim, Dong Hwan; Park, Jong Won;
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In this study, we have focused on the design of a controller and an operating program for the operation of the hydraulic actuators used in a shaker. To control the motion of the shaker accurately, the position of each hydraulic cylinder should be controlled precisely even under an uncertain environment. For this purpose, we have suggested a control algorithm using an FRF (frequency response function) based control which senses the behavior of the actuator in advance, calculates a transfer function through the system identification method, and provides the final control input. The experimental results on the performance of this system were compared with that of a simple PID control algorithm.
System Identification;FRF;DFT;Hydraulic Cylinder;
 Cited by
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