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Multi-criteria stability combination for yaw stability control of autonomous vehicles

机译:多准则稳定性组合,用于自动驾驶汽车的横摆稳定性控制

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This paper deals with the yaw stability control to enhance the lateral stability of an autonomous vehicle. By considering some of the main existing stability criteria in the literature, a methodology of monitoring vehicle stability by combining multiple stability criteria is developed in this paper. This combined stability approach is then employed as supervisor in a yaw stability control program to activate a high level control layer. This last is based on a robust state feedback approach and its aim is to improve lateral stability safety by applying a stabilizing yaw moment. Simulations highlight the effectiveness of the given method.
机译:本文涉及偏航稳定性控制,以增强自动驾驶车辆的横向稳定性。通过考虑文献中一些主要的现有稳定性标准,本文提出了一种通过结合多个稳定性标准来监测车辆稳定性的方法。然后,将这种组合的稳定性方法用作偏航稳定性控制程序中的主管,以激活高级控制层。最后一个基于鲁棒的状态反馈方法,其目的是通过施加稳定的偏航力矩来提高横向稳定性。仿真突出了给定方法的有效性。

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