The developed mobile phone-based ECG monitoring application successfully detected QRS complexes and transmitted data with an 85% device pairing success rate and an average signal transmission time of 355.75 ms.
A prototype mobile phone-based ECG monitoring system was successfully developed and technically validated for real-time signal processing, QRS detection, and wireless transmission.
The use of Electrocardiogram (ECG) system is important in primary diagnosis and survival analysis of the heart diseases. Growing portable mobile technologies have provided possibilities for medical monitoring for human vital signs and allow patient move around freely. In this paper, a mobile health monitoring application program is described. This system consists of the following sub-systems: real-time signal receiver, ECG signal processing, signal display in mobile phone, and data management as well five user interface screens. We verified the signal feature detection using the MIT-BIH arrhythmia database. The detection algorithms were implemented in the mobile phone application program. This paper describes the application system that was developed and tested successfully.
Hee et al. (Sun,) conducted a other in Cardiac disease / Arrhythmia (n=48). Mobile phone-based e-Health monitoring application was evaluated on Device pairing success rate. The developed mobile phone-based ECG monitoring application successfully detected QRS complexes and transmitted data with an 85% device pairing success rate and an average signal transmission time of 355.75 ms.