Detection and classification of passenger seat occupancy using stereovision

M. Devy, A. Giralt, A. Marín-Hernández
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引用次数: 47

Abstract

Vision systems offer new opportunities for the improvement of vehicle safety. The detection and classification of passenger seat occupancy open up new ways to control the airbag firing. We present a stereo system designed for the observation of the cockpit scene in order to provide information about the passenger presence and location within the vehicle cockpit; from the stereo data, a cockpit occupancy map is generated. Several typical configurations of the passenger seat must be recognized (empty seat, adult presence, baby seat, ...). During an offline learning step, several cockpit images are recorded for each of these situations; for each one discriminant attributes are extracted. Then, the seat situation is recognized using a case-based classification method.
基于立体视觉的乘客座位占用率检测与分类
视觉系统为提高车辆安全性提供了新的机会。乘客座位率的检测和分类为安全气囊点火控制开辟了新的途径。我们提出了一个立体系统,旨在观察驾驶舱场景,以提供有关乘客的存在和位置在车辆驾驶舱的信息;根据立体数据,生成座舱占用地图。必须识别乘客座位的几种典型配置(空座、成人座位、婴儿座椅等)。在离线学习步骤中,针对每种情况记录几个驾驶舱图像;对于每一个都提取了判别属性。然后,使用基于案例的分类方法识别座位情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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