Key result
Novel IR-based sensor system enables remote pulse rate monitoring and automated alerts for patient care.
Why the study?
Constant observance of patients is necessary but limited by doctor availability and geographic accessibility, motivating development of remote heartbeat monitoring systems.
Answers are grounded in this paper and cite their sources.
The development of a low-cost, Arduino-based heartbeat touch sensor with GSM connectivity offers a potential tool for remote monitoring of elderly patients or athletes.
Patient care is done in the presence of a doctor. But he can’t be there for everyone at once to provide medications and treatment for people. Therefore, constant observance of a patient is the correct one. However, the facility or accessibility for people in that particular geographic area. Therefore, this impressed North American nation decided to use different kinds of modules for the system that we have going to do. That method which is employed, used, for the people to check or verify their parameters, like heartbeat count. And we can intimate to the doctor whether there is any problem and send the known knowledge to the doctor. An IR-based heartbeat sensor can be contained in the system. This project or system can be able to counter find the heart rate by that system. The price of the device can be decided by what type of components or devices we have used in this project.
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S. et al. (2020) studied this question. Heart beat touch sensor system was evaluated. A heartbeat touch sensor system utilizing an IR sensor, Arduino Uno, and GSM module was designed to monitor pulse rates and transmit alerts for remote patient care.
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