IOT ENABLED SMART ENTRANCE MONITORING SYSTEM FOR COVID-19 DETECTION - Prasanna, B.Lakshmi;Reddy, M.Pala Prasad
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The Internet of Things (IoT) aims to connect physical objects for remote monitoring via the Internet. Given COVID-19's contagious nature, effective detection and prevention are essential. Our work introduces an IoT-based system to prevent individuals with suspected COVID-19 from accessing a facility. The system measures body temperature and checks for mask-wearing. If a high temperature or lack of a mask is detected, entry is blocked and an email notification is sent. This autonomous system minimizes human supervision, is cost-effective, and easily deployable in various settings. By…mehr

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Produktbeschreibung
The Internet of Things (IoT) aims to connect physical objects for remote monitoring via the Internet. Given COVID-19's contagious nature, effective detection and prevention are essential. Our work introduces an IoT-based system to prevent individuals with suspected COVID-19 from accessing a facility. The system measures body temperature and checks for mask-wearing. If a high temperature or lack of a mask is detected, entry is blocked and an email notification is sent. This autonomous system minimizes human supervision, is cost-effective, and easily deployable in various settings. By integrating temperature measurement and mask detection, it offers a robust solution to prevent COVID-19 spread, ensuring public health and safety.
Autorenporträt
Ms.B. Lakshmi Prasanna currently working as Assistant Professor at the Institute of Aeronautical Engineering Hyderabad in the Department of Electronics and Communication Engineering. I completed my bachelor's in ECE and M.Tech. in Embedded Systems from JNTU Ananthapur. my research includes Image processing, machine learning, embedded systems, IOT.