島根大学総合理工学研究科

ISSN:1342-7113

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Use this link to cite this item : http://ir.lib.shimane-u.ac.jp/3625

Memoirs of the Graduate School of Science and Engineering Shimane University. Series A 31

1997-12-26 発行

Stabilizing Control for Crane Systems

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For a crane system in which the trolley stroke and the pendulum length are constrained to move in a specified range，a stabilizing control law that damps the pendulum oscillation quickly has been proposed using the Lyapunov's second method. In deriving the law，the nonlinearities of the system are considered outright. The control system has a structure where the trolley and the load are moved a㏄ording to sinusoidal reference functions generated from the pendulum trajectory.

The results of a numerical experment show that the design method realizes a high performance control system with some robustness with respect to parameter variations in the controlled system.

The results of a numerical experment show that the design method realizes a high performance control system with some robustness with respect to parameter variations in the controlled system.

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AA11157087

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