Key result
Novel IoT and LabVIEW telemonitoring system successfully captures real-time ECG and body temperature.
Why the study?
Healthcare and monitoring systems face significant issues as technology advances, but Internet of Things in healthcare enables low-cost, real-time health monitoring.
A low-cost IoT-based telemonitoring system can successfully acquire, filter, and transmit ECG and temperature data for remote healthcare applications.
Demonstrates technical feasibility of low-cost IoT ECG telemonitoring; leaves open clinical validation and integration into care.
With the advancement of technology, healthcare and monitoring systems face significant issues. Internet of Things (IoT) in healthcare enables real-time health monitoring at a low cost. This paper aims to provide a medical telemonitoring system based on IoT for healthcare applications for doctors and paramedical staff. The system is made up of many sensors that can capture electrocardiograms (ECGs) in real-time and measure the temperature of the human body. The designed circuit is implemented and the obtained results are analyzed and discussed.
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Hamdani et al. (2022) studied Cardiac monitoring. Medical Telemonitoring System based on IoT was evaluated. A medical telemonitoring system based on IoT and LabVIEW was successfully designed and implemented to capture real-time ECG signals and body temperature.
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