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Integrated Chassis Control to Improve Vehicle Handling Dynamics Performance

机译:集成的底盘控制可改善车辆操纵动力学性能

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Many of today's modern vehicles are 'smart' enough to sense their environments and make decisions that influence things such as handling, stability, safety and comfort. As of today, these systems are functioning in a standalone manner. Research shows the benefits of integration of these systems. This paper presents the development of an integrated control system amongst active front steering, active suspension, brake-based electronic stability control and variable torque distribution system. The simulation results show that this integration strategy enhances the vehicle handling stability in terms of reduction in vehicle yaw rate and side-slip angle that would not be attained in standalone manner.
机译:当今许多现代车辆都足够“智能”,以感知其环境并做出影响诸如操纵性,稳定性,安全性和舒适性之类的决定。到目前为止,这些系统都以独立方式运行。研究表明这些系统集成的好处。本文介绍了主动控制系统,主动悬架系统,主动悬架系统,基于制动器的电子稳定控制系统和可变转矩分配系统之间的集成控制系统的开发。仿真结果表明,这种集成策略可以降低车辆的偏航率和侧滑角,从而提高了车辆的操纵稳定性,而这是无法以独立方式实现的。

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