Developing An Automated Face Mask Detection Using Computer Vision and Artificial Intelligence

Samuel Mahatmaputra Tedjojuwono, Sheryl Livia Sulaiman
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Abstract

As the number of people affected by COVID-19 keeps on rising. Importance of wearing masks and washing hands has been the most important protocol right now to prevent the spread of COVID-19. As the pandemic has been going on for almost a year now, people have already started to go around to public places whether it is to eat out, work, or grocery shopping. Many people, however, have not been wearing masks properly by only putting them below their nose or putting it down until their chin. Hence, in this project a mask detection system is made to detect people live time who are wearing or not wearing a mask and can generate a business intelligence report for the shop owner to be aware of the number of people not wearing a mask per day. This system can detect the percentage of the mask is worn properly or not. The more proper it is worn (full up to nose), the higher the percentage will be. This system is useful in a pandemic like this as it is hard to keep track of the number of people who are not wearing masks, especially in a big crowd or in a large space as one person not wearing a mask can greatly affect others.
基于计算机视觉和人工智能的人脸自动检测
由于受COVID-19影响的人数不断增加。戴口罩和洗手的重要性是目前防止COVID-19传播的最重要措施。由于大流行已经持续了近一年,人们已经开始去公共场所,无论是外出就餐、工作还是购物。然而,许多人没有正确佩戴口罩,只是将口罩戴在鼻子以下或一直戴到下巴。因此,在这个项目中,我们做了一个口罩检测系统,可以实时检测戴口罩和不戴口罩的人,并生成商业智能报告,让店主知道每天有多少人没有戴口罩。该系统可以检测口罩佩戴正确与否的百分比。戴得越合适(一直戴到鼻子),这个比例就越高。这一系统在像这样的大流行中很有用,因为很难跟踪没有戴口罩的人数,特别是在一大群人或大空间中,因为一个人不戴口罩会极大地影响其他人。
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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