A Framework to Combat COVID19 like Pandemic in Future

Murad Khan, Teef S. Alenezi, Shouq S. Alenezi, Sara S. Alenezi, Albandari A Alenezi, Basil Alothman, C. Joumaa
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Abstract

This paper outlines a framework to prevent the COVID19 like pandemics for visitors to buildings or sites that receive many visitors. The proposed system is used to detect visitors who have not worn a facemask, or visitors with high body temperature, communicate daily visitor data to the security officer, sound an alarm to notify the officer, and screen the visitors with the results of the measurements. Also, the proposed solution uses deep learning and computer vision techniques to detect the facemask. Further, a testbed is designed based on an Arduino microcontroller connected to a PC for collecting, processing, and storing the data. Furthermore, the proposed system used a contactless infrared temperature sensor to avoid any chance to transfer the COVID-like disease to normal visitors. Finally, we tested the system by passing many subjects with and without face masks and high temperatures. The accuracy of the system shows that the system accurately detects each subject with and without a face mask and with high temperatures.
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未来抗击covid - 19大流行的框架
本文概述了一个框架,以防止covid - 19像大流行的建筑物或接待许多游客的网站的游客。该系统用于检测未戴口罩的访客或体温较高的访客,将每日访客数据传达给保安人员,发出警报通知保安人员,并根据测量结果对访客进行筛选。此外,提出的解决方案使用深度学习和计算机视觉技术来检测面罩。此外,还设计了一个基于Arduino微控制器的测试平台,用于采集、处理和存储数据。此外,该系统还使用了非接触式红外温度传感器,以避免将冠状病毒传染给普通游客的机会。最后,我们对系统进行了测试,通过了许多戴口罩和不戴口罩和高温的受试者。系统的准确性表明,该系统可以准确地检测到每个受试者是否戴口罩以及高温。
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