Please use this identifier to cite or link to this item: http://repository.psa.edu.my/handle/123456789/3867
Title: DEVELOPMENT OF SYMPTOMS COVID DETECTION WITH IoT
Other Titles: 6th INTERNATIONAL CONGRESS OF EURASIAN SOCIAL SCIENCES
Authors: RIDZUDEEN AMIR BIN ZUNUWANAS
FARIZA ZAHARI
Keywords: heart rate
blood pressure
temperature
non-inversive device
Issue Date: May-2022
Publisher: KORINT YAYINCILIK
Abstract: The development of covid symptom detection with IoT this is your covid 19 symptom detector at home. This project illustrates how to use the covid 19 detector application tool easily. Unlike other covid 19 detector products on the market today, because nowadays most covid 19 symptom products use the saliva test method compared to my product which only uses the non-inversive device. Therefore, many people do not need to be afraid anymore to make covid inspection 19. Next, as these products have been combined from three different devices and three parameters into one device and three similar parameters. Symptoms of covid detection can be used in a variety of ways you can detect through the forehead that will confirm the temperature. In addition, this product can also detect through fingers that can detect our oxygen levels. In this project, I have built a covid 19 smart IoT program on the phone so that we can store daily data on the phone after the covid check using this product. Therefore, users do not have to worry and fear of losing data because all the data has been stored in the smart phone. Once we make a check on this device, all the data that comes out on the screen of the device will continue to go into the IoT smartphone data. The components we use in our products are GSR sensors, pulse sensors and temperature sensors. It features a complete and self-contained Wi-Fi network solution on one chip. The on-board processor with integrated storage functions as a self-contained microcontroller with GPIO, providing an easy and inexpensive way to integrate with self-contained sensors and devices. The chip is soldered to the faulty board with an integrated antenna and associated components, and a power source
URI: http://repository.psa.edu.my/handle/123456789/3867
ISSN: ISBN: 978-605-73901-3-4
Appears in Collections:Conference Paper

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