Sistem Keamanan Pintar Menggunakan Kamera Berbasis OpenCV

Abdullah Sani, Randa Julianto, Hana Mutialif Maulidiah, Muhammad Jaka Wimbang Wicaksono
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Abstract

Security is a condition that is free from denger, every individual has the right to feel safe in daily life or activities. As time goes by, the security level can be disrupted or dangerous things can happen beyond prediction, in other words, it can happen suddenly, therefore of course there must be a system development as a medium for anticipating this. With the aim of develop the system, it is necessary to design a system that can reduce crimes that are beyond human expectations. This system is called the Smart Security System which is a development of CCTV in general, this system uses cameras and smartphones as information media that will provide notifications to each individual to get notifications regarding real-time conditions in areas under camera surveillance via telegram. This system is assisted by Machine Learning in the form of OpenCV which is programmed on a Raspberry pi4 device which is connected directly to the camera to detect people ormovement in areas under CCTV monitoring so that it can immediately provide information to users which is sent via telegram in the form of video. It is hoped that with this system the level of security can be more effective so as to reduce the risk of theft in a room. From the results of the tests that have been carried out, it is found that to determine the effectiveness of the work of this study, an optimal distance is needed with a minimum distance range of 2 meters - 10 meters from the front of the camera and bright lighting
智能安全系统使用okapv基摄像头
安全是一种免于危险的状态,每个人都有权在日常生活或活动中感到安全。随着时间的推移,安全级别可能会被破坏,或者危险的事情可能会出乎意料地发生,换句话说,它可能会突然发生,因此当然必须有一个系统开发作为预测这种情况的媒介。为了发展这一制度,有必要设计一种能够减少超出人类预期的犯罪的制度。该系统被称为智能安全系统,它是CCTV的发展,该系统使用摄像头和智能手机作为信息媒体,将通过电报向每个人提供通知,以获得有关摄像机监控区域的实时情况的通知。该系统以OpenCV形式的机器学习辅助,该机器学习编程在直接连接到摄像机的Raspberry pi4设备上,以检测CCTV监控区域的人员或运动,从而可以立即向用户提供信息,并以视频的形式通过电报发送。希望通过该系统可以更有效地提高安全级别,从而降低房间被盗的风险。从已经进行的测试结果来看,要确定本研究工作的有效性,需要一个最佳距离,距离相机前方的最小距离范围为2米- 10米,并且照明明亮
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