Journal of Navigation and Port Research 2005;29(5):409-413.
Published online June 30, 2005.
ℓ₁-최적제어를 이용한 컨테이너 크레인의 운전
김영한, 장상목
Operation of Container Cranes Using ℓ₁-Optimal Control
Young Han Kim, Sang Mok Chang
Abstract
The existing control techniques for the operation of a container crane satisfy the terminal condition of controlled variables, but the outcome of input computation is inadequate for the operation of the crane due to heavy movement of inputs. In this study, a new control technique employing a nonlinear model of the crane is proposed to compute the inputs approximated with the 4th-order Chevyshev function. The control objective of sum of absolute deviations is minimized, and the optimization is conducted with the simplex algorithm. The inputs and outputs computed from the proposed technique were compared with the results of the previous study to show that they give more stable crane operation than the existing control technique.
Key Words: Container Crane;Crane Operation;Minimum Deviation Control;Optimization


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