MOLEC:随时随地心律失常分类

J. Rodriguez, A. Goñi, L. Dranca, A. Burgos, A. Illarramendi
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引用次数: 4

摘要

传感器技术、pda和无线通信的新进展有利于新型监测系统的发展,这种系统可以随时随地为患者提供帮助。特别令人感兴趣的是为患有心律失常的人设计的监测系统,因为患有心血管疾病的人越来越多。在本文中,我们提出了MOLEC:一个基于pda的系统,可以进行局部实时分类,并在现场检测ECG异常。在MOLEC的实际实现中,信号是由一些频率为360 Hz的心电传感器(ActiveECG传感器)采集的。对于信号的预处理,使用了我们开发的ECGPUWAVE工具和识别节拍的自动机。我们还开发了一个节奏和节奏分类器,可以确定是否有异常的节奏,在这种情况下,通过无线通信向医院发送警报。MOLEC系统的节奏检测延迟为6.66秒
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MOLEC: anywhere and at any time arrhythmia classification
The new advances in sensor technology, PDAs and wireless communications favor the development of a new type of monitoring systems that can provide patients with assistance anywhere and at any time. Of particular interest are the monitoring systems designed for people that suffer from heart arrhythmias, due to the increasing number of people with cardiovascular diseases. In this paper, we present MOLEC: a PDA-based system that performs local real-time classification and detects the ECG anomalies in situ. In the actual implementation of MOLEC, the signal is acquired by some ECG sensors (ActiveECG sensors) with a 360 Hz frequency. For the preprocessing of the signal the ECGPUWAVE tool and an automata developed by us that identifies the beats are used. We have also developed a beat and rhythm classifiers that determine if there has been an anomalous rhythm, and in that case, an alarm is sent to a hospital via wireless communications. The rhythm detection delay of the MOLEC system is of 6.66 seconds
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