Prototype of Body Temperature and Oxygen Saturation Monitoring System
Using DS18B20 and MAX30100 Sensors based on IOT
Dublin Core
Title
Prototype of Body Temperature and Oxygen Saturation Monitoring System
Using DS18B20 and MAX30100 Sensors based on IOT
Using DS18B20 and MAX30100 Sensors based on IOT
Subject
COVID-19, Happy hypoxia, Monitoring, Internet of Things
Description
After people died from infections during COVID-19 epidemic, this attracted a lot of attention. COVID-19 causes symptoms
such as fever, headache, sore throat, shortness of breath, and others. Many deaths are asymptomatic, which it makes the
problem even bigger. Therefore, real-time system monitoring is needed. Monitoring will be carried out about measuring body
temperature and oxygen saturation in patients. Monitoring body temperature is necessary because it can detect symptoms of
COVID-19 in patients earlier. Concept of Internet of Things (IoT) is to enable devices to send and receive data over internet
network. Monitoring system to be built uses NodeMCU ESP8266, DS18B20 sensor, and MAX30100 sensor. Data
communication is used in exchange of information using WiFi. Applications made using MIT App Inventor are used to view
body temperature and oxygen saturation data. This system is expected to reduce number of deaths due to COVID-19. DS18B20
sensor has a sensor accuracy of 99,73% and an average error of 0,27%. MAX30100 sensor has an accuracy rate of 99,18%
and an average error of 0,82%. Delay test results show an average of 155,57 ms, and packet loss test results show an average
of 0%. Result of system that has been tested said the both sensors can read well
such as fever, headache, sore throat, shortness of breath, and others. Many deaths are asymptomatic, which it makes the
problem even bigger. Therefore, real-time system monitoring is needed. Monitoring will be carried out about measuring body
temperature and oxygen saturation in patients. Monitoring body temperature is necessary because it can detect symptoms of
COVID-19 in patients earlier. Concept of Internet of Things (IoT) is to enable devices to send and receive data over internet
network. Monitoring system to be built uses NodeMCU ESP8266, DS18B20 sensor, and MAX30100 sensor. Data
communication is used in exchange of information using WiFi. Applications made using MIT App Inventor are used to view
body temperature and oxygen saturation data. This system is expected to reduce number of deaths due to COVID-19. DS18B20
sensor has a sensor accuracy of 99,73% and an average error of 0,27%. MAX30100 sensor has an accuracy rate of 99,18%
and an average error of 0,82%. Delay test results show an average of 155,57 ms, and packet loss test results show an average
of 0%. Result of system that has been tested said the both sensors can read well
Creator
Izhangghani1
, Irmayatul Hikmah2
, Slamet Indriyanto3
, Irmayatul Hikmah2
, Slamet Indriyanto3
Publisher
Izhangghani1
, Irmayatul Hikmah2
, Slamet Indriyanto3
, Irmayatul Hikmah2
, Slamet Indriyanto3
Date
Izhangghani1
, Irmayatul Hikmah2
, Slamet Indriyanto3
, Irmayatul Hikmah2
, Slamet Indriyanto3
Contributor
Fajar bagus W
Format
PDF
Language
Indonesia
Type
Text
Files
Collection
Citation
Izhangghani1
, Irmayatul Hikmah2
, Slamet Indriyanto3, “Prototype of Body Temperature and Oxygen Saturation Monitoring System
Using DS18B20 and MAX30100 Sensors based on IOT,” Repository Horizon University Indonesia, accessed June 28, 2025, https://repository.horizon.ac.id/items/show/9256.
Using DS18B20 and MAX30100 Sensors based on IOT,” Repository Horizon University Indonesia, accessed June 28, 2025, https://repository.horizon.ac.id/items/show/9256.