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Road profile recognition for autonomous car navigation and Navstar GPS support

机译:道路轮廓识别,用于自动驾驶汽车导航和Navstar GPS支持

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We discuss autonomous car navigation based on updating dead reckoning (DR) by road profile recognition (RPR). The navigation system requires sensors to detect changes in altitude and driving direction which are installed in modern cars for different purposes (e.g. ABS sensors). The layout of the navigation system is discussed and simulations are carried out over driving distances of approximately 150 km on the basis of realistic road data and ordinary sensor accuracies. Positioning errors of lower than 10 m (standard deviation) are observed. To achieve this accuracy the synchronization error between measured and mapped data must be continually estimated. The introduced navigation method is ideal to complete present commercial car navigation systems using Navstar GPS.
机译:我们讨论了基于道路轮廓识别(RPR)更新航位推算(DR)的自动驾驶汽车导航。导航系统需要安装在现代汽车中用于不同目的的传感器(用于检测海拔和行驶方向的变化)(例如ABS传感器)。讨论了导航系统的布局,并根据实际的道路数据和普通的传感器精度在大约150 km的行驶距离上进行了仿真。观察到的定位误差小于10 m(标准偏差)。为了达到此精度,必须不断估计测量数据和映射数据之间的同步误差。引入的导航方法非常适合使用Navstar GPS来完成当前的商用汽车导航系统。

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