首页> 外国专利> ROAD PEDESTRIAN CLASSIFICATION METHOD AND TOP-VIEW PEDESTRIAN RISK QUANTITATIVE METHOD IN TWO-DIMENSIONAL WORLD COORDINATE SYSTEM

ROAD PEDESTRIAN CLASSIFICATION METHOD AND TOP-VIEW PEDESTRIAN RISK QUANTITATIVE METHOD IN TWO-DIMENSIONAL WORLD COORDINATE SYSTEM

机译:二维世界坐标系中的道路行人分类方法和顶部行人风险定量方法

摘要

A method for sorting on-highway pedestrians and top-view pedestrian risk quantification method based on planar world coordinate system belong to the field of moving object tracking processing. In order to solve the problem of the current classification of road pedestrians, the in-vehicle camera acquire road pedestrian sequence. And classify road pedestrians based on the magnetic relationship between road pedestrians, which is characterized by the moving speed of the pedestrian, the relative distance between pedestrians in the sequence image, and the relative distance between the pedestrian and the camera. Classification of the moving speed, the relative distance between pedestrians in the image, and the relative distance between pedestrians and cameras, and the determination of the magnetic relationship can be used as an important reference for autonomous vehicles or assisted driving systems in obstacle avoidance and path planning.
机译:一种基于平面世界坐标系的公路行人分类方法和俯视行人风险量化方法,属于运动对象跟踪处理领域。为了解决当前道路行人分类的问题,车载摄像机获取道路行人序列。并根据行人之间的磁关系对行人进行分类,磁关系的特征在于行人的移动速度,序列图像中行人之间的相对距离以及行人与摄像机之间的相对距离。移动速度的分类,图像中行人之间的相对距离以及行人与摄像机之间的相对距离以及磁关系的确定可以用作自动驾驶汽车或辅助驾驶系统避开障碍物和避开道路的重要参考规划。

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