Healthcare Monitoring System for Elderly or Disabled Persons using IOT

Authors

  • Santhosh S R, Shivasharanappa, Anusha.P, Mallikarjun Shastry P.M

Abstract

This design represents the usage of IoT in health care system.This design introduces a wireless health monitoring system that can monitor a human 24x7. This system consists of a number of the part. Controlling and data processing is done through the Arduino Uno board, all the sensors are connected to Arduino UNO. Through this system, we can measure ECG, heartbeat, BP, and spo2. Through sensors, it is possible to measure all these values. Here all the sensors are powered using a solar power system. All these analog sensors can be connected to Arduino through any of the six analog pins. These values are then used for detecting any critical situation. In the case of a critical situation, an alert can be given as a message. Also, it is possible to monitor the person’s health from any location in the world through the Thingspeak cloud. Data from sensors is uploaded to Thingspeak periodically without any interruption if  internet is available. Here ESP8266 wifi module is used for connecting Arduino to the internet. For achieving best monitoring, networked sensors are either in the form of wire able or embedded in our living environment. This system monitors patients pulsate, vital sign salie. if any of on top of parameter goes on the far side the brink price this sensible device inform doctors or care taker and kindle corrective actions to save lot of patients life’s. Humans are facing problems of unaccepted died due various illness which is because of lack medical care to  patients at right time.  Primary goal to develop a resalable patient monitoring system using IOT.  Patients temperature heart beat rate ECG data are monitored displayed and stored by the system and send to the doctors mobile containing applications. IOT based patient monitoring system effectively monitored patience health and status and save life on time.

 Keywords: Android, Arduino, WiFi, Module Smart phones

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Published

2020-05-16

Issue

Section

Articles