NXTGeUH Internet of medical things based NEXT Generation Ubiquitous Real Time Health Monitoring System

Abstract

Background: The biggest challenge in this technologically advanced society is the improvement in the health of aging individuals. The focal cause for significant injuries and early death in senior citizens is due to falling, the possibility to automatically detect falls has increased demand for such devices, the high detection rate is achieved using the wearable sensors, this system has a quiet social and monetary impact on society. So even for the day-to-day activity in the life of aged people an automatically fall detecting systems and vital signs examining system becomes a necessity. We have added one extended idea (which is not in the scope of thesis) in this research by considering current COVID-19 outbreak. As proposed system can monitor vital signs of the patient or individual remotely in real-time without person to person contact. So our health workers, doctors, nurses can easily monitor vital signs of corona positive or infected patient remotely and get updated in real-time. So they may have less chances to get newlineinfection from positive one. So it is fact that in this era, IoMT based healthcare systems are highly needed to serve in such bigger outbreak and when country have very less resources in terms of Doctors, nurses, hospitals and medical equipment. As coronavirus keeps on spreading, specialists doctors and healthcare systems frameworks are confronting a large number of difficulties at all phases of the pandemic. newlineObjective: This research work aims at helping aged people and every other necessary human by monitoring their vital signs and fall prediction. A fall detecting VitalFall gadget which could analyze the measurement in all three orthogonal directions using a triple-axis accelerometer and Vital Signs Parameters (Heartrate, Heartbeat, and Temperature monitoring) for the ancient people with a Next-Generation Ubiquitous Healthcare Monitoring (NXTGeUH) approach with proposed VitaFall wearable device is proposed which is well-timed and gives an effective decision of the fall. The minimum value t