Intelligent Traffic Violation Detection

Roopa Ravish, S. Rangaswamy, Kausthub Char
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引用次数: 7

Abstract

ITVD is a technique which uses Artificial Intelligence and deep learning concepts to detect the vehicle violating the traffic rules. We observe that in the past few years there has been a tremendous increase in the number of on road vehicles. The congested roads with pollution, thereby creating havoc which serves as a reason to violate the traffic rules. This in turn increases road accidents. ITVD is an algorithm which detects traffic violations such as jumping red signals, riding vehicles without helmets, driving without seat belts and vehicles stepping over the stop line during red signals. In many developing countries like India, traffic violations are monitored manually by the traffic department. Such systems make the law enforcement and traffic management difficult since it requires tracking of each vehicle without a miss. This necessitates an automated system which detects the traffic violations and abnormal events occurring on the roads. In this paper we propose the YOLOv3(You Only Look Once version3) algorithm to detect the traffic violations. This algorithm uses Convolutional Neural Networks (CNN) to detect an object and Darknet-53 as a feature extractor. The main advantage of using YOLOv3 is that it uses clustering analysis to cluster the input dataset to improve the prediction ability even with small vehicles.
智能交通违章检测
ITVD是一种利用人工智能和深度学习的概念来检测违反交通规则的车辆的技术。我们注意到,在过去几年中,公路车辆的数量有了巨大的增加。拥挤的道路污染,从而造成严重破坏,这是违反交通规则的理由。这反过来又增加了交通事故。ITVD是一种检测交通违规行为的算法,例如跳红灯、不戴头盔的车辆、不系安全带的车辆以及在红灯发出时越过停车线的车辆。在印度等许多发展中国家,交通部门对交通违规行为进行人工监控。这样的系统需要追踪每一辆车而不遗漏,这给执法和交通管理带来了困难,因此需要一种能够检测道路上发生的交通违规和异常事件的自动化系统。本文提出了YOLOv3(You Only Look Once version3)算法来检测交通违规。该算法使用卷积神经网络(CNN)检测目标,并使用Darknet-53作为特征提取器。使用YOLOv3的主要优点是它使用聚类分析对输入数据集进行聚类,即使是小型车辆也可以提高预测能力。
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