Deveploment of diy oximeter for health monitoring

Engku Zain, Engku Aiman Zakwan (2021) Deveploment of diy oximeter for health monitoring. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

A worldwide health crisis that causes life loss in a few nations across the globe, the Covid-19 pandemic. The Covid-19 pandemic reported a broad variety of symptoms, including as shortness of breath and other symptoms. Necessary action is needed to preserve more lives in this nation or globe. This project involves designing and developing a prototype for easy, succinct, and efficient oxygen saturation and heart rate monitoring utilizing the MAX30100 internet-based sensor (IoT). Specifically, the MAX30100 sensor is designed to measure oxygen saturation and heart rate in the percentage value. C, C++, JavaScript may be used to interface with NodeMCU Microcontroller. Due to the current pulse oximeter, the concept to create this project is very costly, feature restriction, not user-friendly. To finish this project, many actions must be taken as a project process. First, the literature study (prior research) needs to be done to obtain the hardware, software, language, technique utilized in the project. Next, specify the components to utilize and create the hardware and software project. In this stage, the components and design must be suitable to fulfil this project's need to answer the issue statement and achieve the project goal. Next, hardware development starts with the implementation of all software and hardware. Finally, this project's testing and verification will be tested, and the project recorded for verification.

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