使用Yolov5和ByteTrack的交通影响评估系统

Jin Jie Ng, Kah Ong Michael Goh, Connie Tee
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引用次数: 0

摘要

在这个数字时代,交通监控软件并不多见。更便宜的是像样的交通监控软件。您可以衡量软件的质量。应该可以在测试环境之外评估代码的性能。最有用的量度通常是那些支持程序实现业务需求的能力的量度。因此,本项目正计划开发一个交通评估系统。发展的主要目的是改善这个国家-马来西亚的繁忙交通。该系统包括使用YOLOv5的功能车辆检测,不同类型的车辆计数(如公共汽车,轿车,卡车),车辆分类,每个区域的车辆怠速时间,以及每个路口的车辆计数。用户可以为每个摄像头/视频绘制区域和线条,对车辆进行计数和记录。经过交通分析,智能信号灯系统可以响应负载和时间,有助于缓解交通拥堵。智能交通灯可以根据车辆数量、队列探测器的数据和摄像头的图像来适应路口和其他重要道路交通场所的繁忙模式。此外,本报告还包括与StrongSORT, OC-SORT和ByteTrack的比较以及车辆计数的准确性测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Traffic Impact Assessment System using Yolov5 and ByteTrack
Monitoring software for traffic is not too much in this era of digital. Even cheaper is decent traffic monitoring software. You can gauge the quality of the software. It should be possible to assess the code's performance outside of a test environment. The most useful metrics are frequently those that support the program's ability to fulfil business requirements. Therefore, this project is planning to develop a traffic assessment system. The main purpose of development is to improve heavy traffic in this country – Malaysia. This system includes function vehicle detection using YOLOv5, vehicle counting with a different type (such as bus, car, truck), vehicle classification, vehicle idling time by each region, and vehicle counting for each junction. Users can draw regions and lines for each camera/video to count and record vehicles. After the traffic analysis, intelligent signal light systems that respond to loads and timing can be helpful in easing traffic congestion. Smart traffic lights may adapt to the patterns of bustle at junctions and other important road traffic places based on the number of cars, data from queue detectors, and images from cameras. Also, this report includes comparisons with StrongSORT, OC-SORT and ByteTrack and accuracy test for vehicle counting.
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