Key result
Prototype ubiquitous cardiac care system provides satisfactory real-time continuous arrhythmia monitoring across diverse care settings.
A novel ubiquitous cardiac care prototype system enables real-time, continuous ECG monitoring for arrhythmia detection across various environmental settings.
May enable real-time arrhythmia monitoring; leaves open clinical adoption and outcome impact.
As the symptoms and signs of heart diseases that cause sudden cardiac death, cardiac arrhythmia has attracted great attention. Due to limitations in time and space, traditional approaches to cardiac arrhythmias detection fail to provide a real-time continuous monitoring and testing service applicable in different environmental conditions. Integrated with the latest technologies in ECG (electrocardiograph) analysis and medical care, the pervasive computing technology makes possible the ubiquitous cardiac care services, and thus brings about new technical challenges, especially in the formation of cardiac care architecture and realization of the real-time automatic ECG detection algorithm dedicated to care devices. In this paper, a ubiquitous cardiac care prototype system is presented with its architecture framework well elaborated. This prototype system has been tested and evaluated in all the clinical-/home-/outdoor-care modes with a satisfactory performance in providing real-time continuous cardiac arrhythmias monitoring service unlimitedly adaptable in time and space.
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Li et al. (2014) studied Cardiac arrhythmia. Ubiquitous cardiac care prototype system was evaluated on System performance in clinical, home, and outdoor care modes. A ubiquitous cardiac care prototype system demonstrated satisfactory performance in providing real-time continuous cardiac arrhythmias monitoring across clinical, home, and outdoor care modes.
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