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AVM / LiDAR sensor based lane marking detection method for automated driving on complex urban roads

机译:基于AVM / LiDAR传感器的车道标记检测方法在复杂城市道路上的自动驾驶

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This paper proposes a lane marking detection method for automated driving in complex urban roads to be used with map-matching localization algorithms. First, a LiDAR based lane detection and map matching algorithm is explained and a lane marking detection algorithm using AVM (Around View Monitor) cameras is presented. The AVM camera based lane marking detection algorithm includes camera calibration, bird-eye view conversion, and lane marking detection. The two lane detection methods are combined and implemented as a part of a map-matching localization algorithm on an autonomous test vehicle. Multiple experiments on various test routes, including complex situations like driver's license exam stations, were performed to verify the performance of the lane marking detection in the map-matching algorithm.
机译:提出了一种在复杂城市道路上自动驾驶的车道标记检测方法,该方法可与地图匹配定位算法一起使用。首先,说明了基于LiDAR的车道检测和地图匹配算法,并提出了使用AVM(环视监视器)相机的车道标记检测算法。基于AVM摄像机的车道标记检测算法包括摄像机校准,鸟瞰转换和车道标记检测。两种车道检测方法被组合并实现为自动测试车辆上地图匹配定位算法的一部分。在各种测试路线上进行了多次实验,包括驾驶执照考试站等复杂情况,以验证地图匹配算法中车道标记检测的性能。

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