重型卡车在混合交通中自动车辆跟随的纵向和横向控制:CHAUFFEUR项目的实验结果

H. Fritz
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引用次数: 86

摘要

研究了重型载货汽车的纵向和横向跟随控制。一辆人工驾驶的领头卡车会在很短的距离内自动跟在另一辆卡车后面。不需要额外的道路基础设施。对于纵向和横向控制,有关领先和跟随卡车的相对位置信息由车载图像处理系统确定。此外,车对车通信系统提供有关领头卡车状态的信息。纵向控制具有两层结构。在内部控制回路中,基于模型的非线性加速度控制器对传动系的非线性特性进行线性化。基于这种线性化,外部控制回路(线性状态空间控制器)控制到前面卡车的小而安全的距离。横向控制是通过一个电子拖杆方法,其中后卡车跟随相同的轨道,作为领先的卡车。给出了两辆40吨半挂车的实际应用结果。
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Longitudinal and lateral control of heavy duty trucks for automated vehicle following in mixed traffic: experimental results from the CHAUFFEUR project
Longitudinal and lateral control of heavy duty trucks for vehicle following is presented. A manually driven leading truck is followed at a very small distance by another truck automatically. No additional road infrastructure is necessary. For longitudinal and lateral control, information about the relative position of the leading and following truck is determined by an onboard image processing system. Additionally, a vehicle to vehicle communication system gives information about the state of the leading truck. Longitudinal control has a two layered structure. In the inner control loop, a model based nonlinear acceleration controller linearises the essential nonlinearities of the drive train. Based on this linearisation, the outer control loop (a linear state space controller) controls a small and safe distance to the leading truck. Lateral control is done by an electronic tow bar approach where the rear truck follows the same track as the leading truck. Practical results with two 40 tonne semitrailer trucks are given.
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