Basic design for the implementation of automatic surveillance system on helmet detection

Mogalraj Kushal Dath, Manik Rakhra, Dalwinder Singh, Ashutosh Kumar Singh, Rajesh Banala
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引用次数: 1

Abstract

Deep learning has lately received acclaim for its success in certain fields, such as digital image pattern recognition and feature extraction. These methods have been used by researchers to solve a variety of issues, such as the detection of traffic violations specifically for motorcycle riders who are not wearing helmets in video surveillance. In this paper, we proposed a basic implementation and design steps of detecting two-wheeler bike rider wearing helmet utilizing a compatible and faster deep learning approach known as Single Shot Detector (SSD) in Linux operating system. We used and created a customized dataset of images by taking screenshots of a surveillance video of CCTV from a legal source. The traffic police can use this system to monitor the vehicles passing through specific surveillance nodes. After further implementation, number plates of vehicles could automatically be logged in a database which may be helpful in narrowing down options during a crime investigation.
基本设计实现了自动监控系统对头盔的检测
深度学习最近因其在数字图像模式识别和特征提取等领域的成功而受到好评。这些方法已经被研究人员用来解决各种各样的问题,比如在视频监控中检测没有戴头盔的摩托车骑手的交通违规行为。在本文中,我们提出了一个基本的实现和设计步骤,利用一种兼容的、更快的深度学习方法,即单镜头检测器(Single Shot Detector, SSD),在Linux操作系统下检测戴头盔的两轮自行车骑手。我们使用并创建了一个定制的图像数据集,通过从合法来源截取CCTV监控视频的截图。交警可以使用该系统对通过特定监控节点的车辆进行监控。在进一步实施后,车辆的车牌号可以自动记录在数据库中,这可能有助于在犯罪调查期间缩小选择范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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