Implementation of Wearable Terminal Used for Dynamic ECG Real-time Monitoring Based on Internet of Things

Abstract

Electrocardiogram (ECG) detection is a routine and effective cardiac problem detection project. Traditional electrocardiogram detection has limitations in cardiac arrhythmia and other heart disease detection and diagnosis, such as effectiveness, real-time and so on. Based on the advanced mobile networking and wearable design concept, this paper designs and implements a dynamic ECG real-time monitoring system with low power embedded system and Bluetooth 4.0 wireless communication. Its main functions include 24-hour dynamic ECG signal real-time acquisition, processing, wireless communication, display and storage, real-time analysis of typical arrhythmia, recording and alarm, professional doctors real-time reading and diagnosis, dynamic ECG sharing and cloud platform automatic analysis and diagnosis. Both the physiological signal generator and the actual patient's wear test showed that the design and function of the wearable dynamic ECG real-time monitoring terminal based on the mobile networking could meet and apply to the patients with cardiac monitoring needs in the house, hospital, nursing home, outdoor and many other places.