Simultaneous Detection of Helmet and Mask Wearing Based on YOLO Improved Algorithm

Xiaojun Xia, Wenkang Shi, Ying Gao
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引用次数: 1

Abstract

In order to solve the problem of automatic detection of whether workers wear helmets and masks in construction sites, workshops and other scenarios, an improved YOLOv5 algorithm is proposed to improve the accuracy of simultaneous detection of helmets and masks. First, the CIOU_Loss with better effect is adopted, which considers the information of the center point distance of the bounding box and the scale information of the aspect ratio of the bounding box; The probability value of the category is sorted according to the category classification probability obtained by the classifier, which makes the results obtained by NMS more reasonable and effective. The experimental results show that the average accuracy of the improved algorithm for detecting helmet and mask wearing at the same time is 12.7% higher than that of the original algorithm.
基于YOLO改进算法的头盔和面罩佩戴同步检测
为了解决施工现场、车间等场景中工人是否佩戴头盔和口罩的自动检测问题,提出了一种改进的YOLOv5算法,提高头盔和口罩同时检测的准确性。首先,采用效果较好的CIOU_Loss,它考虑了边界框中心点距离信息和边界框长宽比的尺度信息;根据分类器得到的类别分类概率对类别的概率值进行排序,使得NMS得到的结果更加合理有效。实验结果表明,改进算法同时检测头盔和口罩的平均准确率比原算法提高了12.7%。
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