Real-Time Health Monitoring System Based on Embedded Hardware and Android Application

Abstract

The built-in framework has a wide range of packages for buyers, business, and automotive, modern and scientific markets. In most cases, the workspace of a connected system simply runs a separate utility that helps the system do its job. The framework built into the system with the help of the article can connect to the Internet. In the center of the frame device and its organizer, a frame for monitoring various constants and biometric records of the body is inserted into the correspondence. It simply means that there is no (UI) in the mechanical product. In these cases, an in-circuit emulator (ICE) is quickly provided with an implanted device and an external PC for research or product upgrades. Because implanted systems have limited performance and increased energy requirements, programming for embedded devices is a very specific area that requires knowledge of each element of the device and its programming. This figure shows a blueprint of a flexible scientific architecture that can be applied to display a person's body temperature and heart rate using a fair microcontroller. The structure of the device includes a temperature and heart rate sensor, a character-forming circuit (SCC), a microcontroller with an independent chip, and a GSM modem. Embedded software calculations provide temperature, heart rate and voltage, process, transmit, deliver and store in the microcontroller's onboard EPROM.