Dynamic modeling and control of a padder roller system |
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Authors: | Chung-Feng Jeffrey Kuo Jia-Siang Chen |
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Institution: | (1) Graduate Institute of Automation and Control, National Taiwan University of Science and Technology, Paipe, 106, Taiwan, Republic of China |
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Abstract: | This is the first time in the literature dealing with the dynamic modeling and control of a rotating padder roller system.
It is intended to design a control system with effective scheme and robustness to stabilize all vibration modes of a rotating
padder roller system by using one set of sensor and actuator. The controller design depends on the specific pole-zero patterns.
In practice, the pole-zero patterns remain the same, no matter how the physical system parameters are different. By properly
placing the actuator and sensor, a realizable controller and sensor is designed to stabilize all the vibration modes and make
the closed loop system absolutely stable. This will suppress the vibration without suffering from spillover and can eliminate
an infinite number of vibration modes. The performance of this controller has been successfully implemented by computer simulation. |
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Keywords: | Padder roller system Mathematical modeling and control Hamilton principle Transcental transfer function |
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