首页> 外文会议>Intelligent Transportation Systems, 1999. Proceedings. 1999 IEEE/IEEJ/JSAI International Conference on >Autonomous driving on vehicle test tracks: overview, implementation and vehicle diagnosis
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Autonomous driving on vehicle test tracks: overview, implementation and vehicle diagnosis

机译:车辆测试轨道上的自动驾驶:概述,实施和车辆诊断

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摘要

This article describes the implementation of the Autonomous Driving project. Furthermore, it shows the concept of the vehicle diagnosis in detail. The vehicle diagnosis monitors a test car on a proving ground and substitutes the surveillance of a human test driver. Therefore, the human diagnostics capabilities have to be replaced by measuring equipment in order to automate the detection of malfunctions. The components of the vehicle diagnosis system and its operating principle are shown. Two test vehicles were equipped with sensors, computers and actuators (driving robots). The vehicles can be driven by a robot while the sensor system observes the entire surroundings in order to be able to avoid obstacles. Furthermore, the vehicle control can be overruled by an electronic copilot in case of an emergency.
机译:本文介绍了自动驾驶项目的实施。此外,它详细显示了车辆诊断的概念。车辆诊断在试验场上监视测试车,并代替对人工测试驾驶员的监视。因此,为了自动检测故障,必须用测量设备代替人的诊断能力。显示了车辆诊断系统的组件及其工作原理。两辆测试车配备了传感器,计算机和执行器(驾驶机器人)。车辆可以由机器人驾驶,同时传感器系统可以观察整个周围环境,从而可以避免障碍物。此外,在紧急情况下,可以由电子副驾驶员推翻车辆控制。

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