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Predictive perturbation cancelling for seakeeping improvement of a fast ferry

机译:取消预测扰动以改善快速渡轮的航海能力

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Fast ships have speed limitations due to vertical motions. These motions induce sea-sickness, degrading the comfort of passengers. The research considers a fast ferry with transom flaps and a T-foil. A suitable control must be found to move these actuators to counteract the effect of waves in the most effective way. As a result of the research already done, models of the ship and the actuators have been developed. With these models, a simulation environment has been established. Different controllers can be tested on this environment. To get a reference, a study of PID control has been accomplished. Due to the characteristics of the problem, predictive control was supposed to be a better solution. A development of predictive control has been done for this case and tested on the environment. The results for 20, 30 and 40 knots shows good improvement over the PID reference.
机译:快船由于垂直运动而受到速度限制。这些运动引起晕船,降低了乘客的舒适度。该研究考虑了带有尾翼襟翼和T型箔的快速渡轮。必须找到合适的控件来移动这些执行器,以最有效的方式抵消波浪的影响。作为已经进行的研究的结果,已经开发了船和致动器的模型。利用这些模型,已经建立了仿真环境。可以在此环境下测试不同的控制器。为了获得参考,已经完成了对PID控制的研究。由于问题的特征,预测控制被认为是更好的解决方案。已经针对这种情况进行了预测控制的开发,并在环境中进行了测试。 20节,30节和40节的结果显示出比PID参考值更好的改进。

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