HeartBeat Monitoring system

Heartbeat Monitoring system:

    In this project, I have presented a state-of-the-art survey on the physiological parameters and activity monitoring systems developed in wearable platforms. The system can include monitoring and data analysis as well as predictive algorithms, which can potentially make the prognosis of certain disease with a higher degree of confidence, thereby leading to early diagnosis and treatment.

Working process:

• The problem statement I have chosen is How Iot can leverage the critical real-time updates, FAQs, Symptoms screening, and potential case detection of an individual.

• My project actually is that It is an IoT-based smart bodysuit that will monitor the patient's body temperature, blood pressure, location, heartbeat and provide us with real-time updates.

• The current prototype will share the exact location of an individual to a nearby hospital or the neighbourhood of the individual when they suddenly met heart attack.

• Many of the peoples were separated from their family and live without food and shelter, They are unable to meet their daily needs. so this prototype mainly helps them to recover in time.

• Using microcontroller, One such microcontroller is the Arduino. The Arduino can be used with a pulse sensor (SEN-11574) to monitor heart rate. The pulse sensor is mainly used for sensing heartbeat rate and can be used by athletes, game developers, and students in their hardware projects. 

• The algorithm is designed to get the real-time updates from the device and process them, reduce the redundancy and analyze the past record of the patient and correlate the collected data to calculate the severity of the symptoms and priority.

• It reduce the risk of major heart problems, and identified them in early stage for the immediate recovery.