Smart Mirror Using Raspberry Pi for Human Monitoring and Intrusion Detection

Raju A. Nadaf, R. M, Sujata P, Vasudha M. Bonal
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引用次数: 2

Abstract

The demand for latest technology is rising and there by changing the way the world lives. The impact of technology is so heavy on our lives that, we are surrounded by technology filled equipments. Ranging from smart home to smart cities, everything is turning to smart. The ease of life and comfort zone also increasing with the advancement of technology. Hence, the proposed model, The Smart Mirror is a system in which the normal mirror will behave like a smart device. The Smart mirror is designed using Raspberry Pi-3 model and a touch enabled screen. The designed system is having two modes of operation namely regular mode and the triggered mode. In regular mode, it will act like a normal mirror and in triggered mode, the mirror will act like a smart mirror, which will capable of accepting commands and displays the results on the screen. There are three ways in which commands can be issued to the Smart mirror namely Voice, Touch and Mobile controlled commands. The system displays weather, temperature and latest news on the mirror. The system is primarily designed for the purpose of Human Monitoring and also Intrusion Detection. The proposed design is an interactive system and is made as a package bundled with maximum possible features, which not only just displays information over screen, but also can be used for providing security. The system is built using hardware units like Raspberry Pi-3 model, microphone, touch screen, mobile device, camera and PIR (Passive Infrared Sensor) sensors and programming coded in Python language. The Human Intrusion detection and Human Monitoring is implemented using Yolo Machine learning technique with OpenCV.
使用树莓派的智能镜像用于人类监控和入侵检测
对最新技术的需求正在上升,并且正在改变世界的生活方式。科技对我们生活的影响是如此之大,以至于我们被充满科技的设备所包围。从智能家居到智能城市,一切都在转向智能。随着科技的进步,生活的安逸和舒适区也越来越多。因此,提出的智能镜子模型是一个系统,在这个系统中,普通的镜子将像智能设备一样运行。智能镜子是用树莓派-3模型和触摸屏设计的。所设计的系统有两种工作模式,即常规模式和触发模式。在常规模式下,它将像一个普通的镜子,在触发模式下,镜子将像一个智能镜子,它将能够接受命令,并在屏幕上显示结果。有三种方式可以向智能镜子发出命令,即语音,触摸和移动控制命令。系统在镜子上显示天气、温度和最新消息。该系统主要用于人工监控和入侵检测。所提出的设计是一个交互式系统,并以尽可能多的功能捆绑在一起,不仅可以在屏幕上显示信息,还可以用于提供安全性。该系统使用树莓派-3模型、麦克风、触摸屏、移动设备、摄像头和PIR(被动红外传感器)传感器等硬件单元构建,并使用Python语言编程编码。利用Yolo机器学习技术和OpenCV实现了人工入侵检测和人工监控。
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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