Multi-class Vehicle Counting System for Multi-view Traffic Videos

Wichukorn Kuntintara, Kanokphan Lertniphonphan, Punnarai Siricharoen
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Abstract

This paper presents a vehicle counting system using multi-class vehicle detection using YOLOX and multi-object tracking using ByteTrack. Counting is performed for each class of the vehicle including bus, car, motorcycle, pickup, truck, and van in a predefined region of interest (ROI). Our proposed system is designed to handle noisy and low contrast traffic videos of top and side view of the vehicles. In particular, side view videos show the occlusion of the two directional lanes which lead to vehicle occlusion problems. For object detection and classification, YOLOX shows promising mean average precision (mAP) approximately at 77.2 and 58.8 percent for top and side views, respectively, which outperforms YOLOv3 for both top and side view datasets. The counting results show that ByteTrack with YOLOX can handle vehicle occlusion which occurs in the side view videos. Counting the vehicles within an ROI can reduce fault detections for both top view and side view videos.
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多视点交通视频的多类别车辆计数系统
提出了一种基于YOLOX的多类别车辆检测和基于ByteTrack的多目标跟踪的车辆计数系统。在预定义的感兴趣区域(ROI)中,对每一类车辆(包括公共汽车、汽车、摩托车、皮卡、卡车和厢式货车)执行计数。我们所提出的系统旨在处理车辆顶部和侧面的噪音和低对比度的交通视频。特别是,侧视图视频显示了导致车辆遮挡问题的两个方向车道的遮挡。对于目标检测和分类,YOLOX在俯视图和侧视图上的平均精度(mAP)分别约为77.2和58.8%,在俯视图和侧视图数据集上都优于YOLOv3。计数结果表明,ByteTrack与YOLOX可以处理发生在侧视图视频中的车辆遮挡。在ROI内对车辆进行计数可以减少俯视图和侧视图视频的故障检测。
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