基于fastrcnn Inception和SSD MobileNetv2的行人和摩托车分类

Nemuel Norman F. Giron, R. Billones, Alexis M. Fillone, J. R. D. del Rosario, A. Bandala, E. Dadios
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引用次数: 1

摘要

菲律宾是世界上增长最快的十个经济体之一。它的发展之一是交通执法。今天,政府一直在寻找如何利用技术来缓解道路问题的方法。马尼拉大都会发展局(MMDA)提出了一个解决方案,即“无接触交通逮捕政策”,该政策利用闭路电视(CCTV)监控,通过拍摄视频和图像来逮捕违反交通法规、规则和规定的车辆。为了进一步加强这一点,政府与德拉萨大学合作,通过“CATCH-ALL”项目在系统中使用人工智能。通过使用闭路电视和人工智能系统,它可以帮助系统使用自动化过程检测交通违规行为。但有些任务并不容易由计算机来执行,比如区分行人和摩托车。在本研究中,将开发一种使用物体检测对行人和摩托车进行分类的新方法。它将使用深度机器学习,特别是卷积神经网络,并通过对收集的数据集使用不同的预训练模型进行演示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Classification Between Pedestrians and Motorcycles using FasterRCNN Inception and SSD MobileNetv2
Philippines is on the list of the top ten fastest growing economy in the world. One of its developments is in its traffic law enforcement. Today, the government is continuously finding ways on how to alleviate the problem on its roads with the use of technology. The Metro Manila Development Authority (MMDA) has offered a solution which is the No Contact Traffic Apprehension Policy, that utilizes Closed-Circuit Television (CCTV) Monitoring to apprehend vehicles violating traffic laws, rules and regulations by capturing videos and images. To further enhance this, the government has partnered with the De La Salle University to use artificial intelligence in the system with the project “CATCH-ALL”. With the use of CCTVs and artificial intelligence system, it can help the system detect traffic violations using an automated process. But some tasks are not that easy to execute by the computer like differentiating a pedestrian and a motorcycle. In this study, a novel approach to classifying a pedestrian and a motorcycle with the use of object detection will be developed. It will be demonstrated using deep machine learning, specifically convolutional neural network and by utilizing different pre-trained models to a gathered dataset.
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