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Discrete-time robust controller and observer for a ball and beam system

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This paper deals with a digital controller and observer design problem for the ball and beam system which is extended version of the previous investigated result. The controller is an… Click to show full abstract

This paper deals with a digital controller and observer design problem for the ball and beam system which is extended version of the previous investigated result. The controller is an extension of robust integral tracking controller. In the discrete-time system, it cannot perform integration and differentiation operation, so we introduce a difference system to design controller for the distance subsystem between reference and output. The observer is designed using dual system LQ design method. The observer gain is able to obtain as the result of robust control design problem of dual system. Each design problem is solved by the guaranteed cost control method. Through the numerical result, we validity and effectiveness of our proposed method.

Keywords: ball beam; system; controller; controller observer; beam system; design

Journal Title: Artificial Life and Robotics
Year Published: 2018

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