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Real-Time Detection of Pathological Cardiac Events for a Wearable Wireless ECG Monitor

机译:用于可穿戴无线ECG监视器的病理心脏事件的实时检测

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Wearable wireless ECG monitors have the potential of monitoring the cardiac function without restricting patients' freedom of movement. However, due to their reduced size and consequent limited computational resources, they require the development of dedicated algorithms for real-time ECG signal processing. The paper reports a real-time algorithm based on heuristic methods for detecting pathological cardiac events from the ECG signal captured by a wearable wireless ECG sensor developed by the University of Patras. The algorithm parameter optimization is also described, as well as the performance evaluation with the MIT-BIH Arrhythmia Database, for which Se=95.92% and Sp=98.24% were obtained.
机译:可穿戴无线ECG监视器有可能监测心脏功能而不限制患者的运动自由。然而,由于其尺寸减少和随之而来的有限的计算资源,因此他们需要开发专用算法进行实时ECG信号处理。本文报告了一种基于启发式方法的实时算法,用于检测由Patras大学开发的可穿戴无线ECG传感器捕获的心电图信号的病理心脏事件。还描述了算法参数优化,以及使用MIT-BIH心律失常数据库的性能评估,其获得SE = 95.92%和SP = 98.24%。

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