Enhancing Medical Monitoring Device Using Wearable Sensors and Raspberry Pi: An Interfacing of IoT
Jayashree G C, R Uvershree, Padma Priya K · 2023
The Internet of Things (IOT) and wearable technology have combined to create revolutionary advances in healthcare monitoring. A health monitoring sensor patch, a ground-breaking invention presented. It was created for seamless incorporation through IOT-connected healthcare systems. The suggested sensor patch integrates a variety of biometric measurements, including electrocardiography (ECG), temperature sensors, heartbeat sensors, and others to enable thorough health parameter monitoring. Then the data will gathered and get monitoring the patients by the camera consultation in the home or any other places. The patient get serious in any situation he can make a voice call or video call then he can get a treatment in any location. Its adaptable design allows for installation on a variety of bodily parts. A growing need in healthcare for transparent evaluation of patients and rehabilitation training has sparked the creation and development of portable sensors for activity monitoring. Modern electronic sensors used for activity tracking and motion control are reviewed in this article. The vast uses of many technologies, such as electromechanical, bioelectrical, along with biomechanical sensors, are examined. The issues for upcoming study are recognized and explored. The combination of IoT and wearable tech has led to significant advancements in healthcare monitoring. A sensor patch, designed for easy integration with IoT- connected healthcare systems, can monitor various biometric measurements like ECG, temperature, and heart rate. Its adaptable design allows for installation on a variety of bodily parts. The wearable sensor patch described in the abstract, which combines stiff and flexible parts to enable seamless communication alongside the (IOT) Internet of Things, provides a breakthrough idea in healthcare. The sensor patch's technological innovations and uses in various healthcare contexts are highlighted in the abstract. These wearable sensors can be used to track physical activity (PA) for a variety of purposes, such as gait and balance analysis, fall prevention and/or detection, identification of different PAs, conducting and evaluating rehabilitation exercises, and tracking the progression of neurological diseases.