Key result
The proposed IoT-enabled smart ECG system using ESP32 and AD8232 sensor demonstrated very low cost, small size, high efficiency, and low power consumption compared to existing approaches.
Why the study?
With an expanding aging population challenging clinical frameworks, there is a need for low-cost, low-power ECG monitoring to identify cardiac illnesses early, particularly in non-industrial nations.
A proposed low-cost, low-power IoT-based ECG monitoring system could facilitate remote cardiac monitoring, though clinical validation is pending.
May enable affordable remote ECG monitoring in underserved settings; leaves open clinical validation of accuracy and safety.
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Singh et al. (2021) studied Heart diseases. IoT Enabled Smart ECG System vs. Previous existing approaches was evaluated on System performance (Cost, Size, Efficiency, Power). The proposed IoT-enabled smart ECG system using ESP32 and AD8232 sensor demonstrated very low cost, small size, high efficiency, and low power consumption compared to existing approaches.
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