Key result
Arduino-based e-health system enables wireless tracking of heart rate and temperature.
Why the study?
Most individuals are still risking their lives due to heart disease and neglect of timely health treatment, motivating development of remote monitoring systems.
The paper presents a low-cost, microcontroller-based wireless e-health monitoring system for remote tracking of patient heart rate and temperature.
Answers are grounded in this paper and cite their sources.
Prototype feasibility shown for remote vital sign tracking; leaves open clinical efficacy and requires prospective validation before cardiovascular adoption.
This paper discusses, with great success, the creation of a wireless heartbeat and a microcontroller-based temperature monitoring device at reasonable expense. Technological advances in the area of medicinal research have been influential in the treatment and detection of diseases. One such development is a device for tracking heart rhythm. Heart rate is a significant safety feature related to the cardiovascular function of humans. The amount of heartbeat per minute is called heart rate, representing specific physiological factors such as hormone pressure, occupational stress and job engagement, somnolence, and autonomic nervous system control. Most individuals are still risking their lives due to heart disease and neglect of health treatment at the right time. Hence, in this project we are implementing an e-health monitoring system for remote patients.
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G. et al. (2020) studied Cardiovascular disorder. E-health monitoring system (Arduino-based heartbeat and temperature sensor) was evaluated on Device functionality (heart rate and temperature monitoring). An e-health monitoring system using an Arduino microcontroller, heartbeat sensor, and temperature sensor was successfully developed to track patient vitals and transmit data wirelessly to a server.
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