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The paper presents an IoT-based ECG sensor architecture and DSP algorithm for continuous monitoring and early detection of deep T-wave inversion via mobile devices.
4G mobile technologies or LTE (Long Term Evolution) release 10 onwards, provision is kept forInternet of Things (IoT) data in the mobile communication technologies.Industrial IoT 4.0 under evolution is expecting every kind of sensor to be integrated thorough IoT, for it's connectivity with internet.Early detection of deviation in Electro Cardio Gram (ECG) has specific diagnostic and treatment advantage, in the case of Cardio Vascular Disease (CVD) patients, acquiring ECG frames of the beats continuously via.Mobile carried throughout.This type of warning and awareness to patients are critical in preventing permanent damage and saving the most part of the heart muscle.In order to apply Digital Signal Processing (DSP) algorithms on the ECG heart beats, the digitized ECG, from the body area electronics, based on ECG IoT Sensor design approach need to communicate to a mobile for wavelet analysis or in-turn to a doctor's central system via., it's Internet Protocol(IP).An algorithms to detect Deep T-Wave inversion is evolved, to provide early warning and plot the results on the mobile screen and to send this information to physician or cardiologist as and when required.The methodology adopted to acquire ECG from body area electronics sticked to body surface up to displaying it on the mobile screen, via.ECG IoT architecture has been illustrated.
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Rao et al. (2017) studied this question.
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