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A New Adaptive Controller for Performance Improvement of Automotive Suspension Systems with MR Dampers

机译:新型带有MR阻尼器的用于提高汽车悬架系统性能的自适应控制器

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摘要

A control algorithm is developed for active/semi-active suspensions which can provide more comfort and better handling simultaneously. A weighting parameter is tuned online which is derived from two components - slow and fast adaptation to assign weights to comfort and handling. After establishing through simulations that the proposed adaptive control algorithm can demonstrate a performance better than some controllers in prior-art, it is implemented on an actual vehicle (Cadillac STS) which is equipped with MR dampers and several sensors. The vehicle is tested on smooth and rough roads and over speed bumps.
机译:针对主动/半主动悬架开发了一种控制算法,该算法可同时提供更多舒适性和更好的操控性。在线评估一个加权参数,该参数由两个部分组成-缓慢和快速的适应,以将权重分配给舒适性和操作性。在通过仿真确定提出的自适应控制算法可以证明其性能好于现有技术中的某些控制器之后,该算法在配备了MR阻尼器和多个传感器的实际车辆(凯迪拉克STS)上实现。该车辆在平整,崎rough的道路和超速颠簸条件下进行了测试。

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