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An on-board Pedestrian Detection and Warning System with Features of Side Pedestrian

机译:具有侧行人特征的车载行人检测和预警系统

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摘要

Automotive Active Safety(AAS) is the main branch of intelligence automobile study and pedestrian detection is the key problem of AAS, because it is related with the casualties of most vehicle accidents. For on-board pedestrian detection algorithms, the main problem is to balance efficiency and accuracy to make the on-board system available in real scenes, so an on-board pedestrian detection and warning system with the algorithm considered the features of side pedestrian is proposed.The system includes two modules, pedestrian detecting and warning module. Haar feature and a cascade of stage classifiers trained by Adaboost are first applied, and then HOG feature and SVM classifier are used to refine false positives. To make these time-consuming algorithms available in real-time use, a divide-window method together with operator context scanning(OCS) method are applied to increase efficiency. To merge the velocity information of the automotive, the distance of the detected pedestrian is also obtained, so the system could judge if there is a potential danger for the pedestrian in the front. With a new dataset captured in urban environment with side pedestrians on zebra, the embedded system and its algorithm perform an on-board available result on side pedestrian detection.
机译:汽车主动安全(AAS)是智能汽车研究的主要分支,行人检测是AAS的关键问题,因为它与大多数车辆事故的伤亡有关。对于机载行人检测算法,主要问题是要在效率和准确性之间取得平衡,以使机载系统在真实场景中可用,因此,提出了一种考虑到行人特征的机载行人检测和预警系统该系统包括两个模块,行人检测和警告模块。首先应用Haar特征和由Adaboost训练的级分类器的级联,然后使用HOG特征和SVM分类器来完善误报。为了使这些耗时的算法可实时使用,将分割窗口方法与操作员上下文扫描(OCS)方法一起使用可提高效率。为了合并汽车的速度信息,还可以获得检测到的行人的距离,因此系统可以判断前方行人是否存在潜在危险。借助在斑马线上有行人的城市环境中捕获的新数据集,嵌入式系统及其算法可以在行人检测中执行车载可用结果。

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