DEVELOPING REAL-TIME FACE MASK DETECTION WITH FACIAL TEMPERATURE MEASURE FOR COVID-19 INDOOR MONITORING SYSTEM

A. Aharari, J. Abe, K. Nakamatsu
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Abstract

The coronavirus (COVID-19) is the latest pandemic that hit human health in 2019. Wear a face mask in public areas to decrease the spread of the coronavirus. This work presents real-time face mask detection with facial temperature measures for the COVID-19 indoor monitoring system. Detecting people using ultrasonic sensors, face mask detection, and facial temperature measure using Grid-Eye Sensor are three modules applied in the proposed system. We also evaluated the proposed monitoring system in the real environment and confirmed the accuracy of 98.8% of mask detection.
研制基于面部温度测量的新型冠状病毒室内实时口罩检测系统
冠状病毒(COVID-19)是2019年危害人类健康的最新大流行病。在公共场所戴口罩,以减少冠状病毒的传播。本研究为新型冠状病毒室内监测系统提供基于面部温度测量的实时口罩检测。采用超声波传感器进行人体检测、面罩检测和网格眼传感器进行面部温度测量是该系统的三个主要模块。我们还在真实环境中对所提出的监测系统进行了评估,并证实了掩模检测的准确率为98.8%。
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