Application of Adaptive Filtering and Linear Regression for Determining T-Wave Limits in Neonatal ECG

Iskandar Yahya, Mohammed Benaissa, Simon Clark
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Abstract

Two algorithms have been identified, namely the adaptive filtering method and tangent method, which can be used to automatically detect the end of T-wave in neonatal ECG for determining the QT and QTc duration. By modifying the initial conditions and parameters in the algorithms, both algorithms have been successfully applied in real time to process real neonatal ECGs with various noise levels. The accuracy and the precision of both algorithms were examined by comparing the result with manual readings done by a cardiologist. The algorithms can be used to analyze neonatal ECG for long QT syndrome in real time and automatically to aid early diagnosis, subjected to further test and verification.
自适应滤波和线性回归在确定新生儿心电图t波极限中的应用
本文确定了两种算法,即自适应滤波法和切线法,可用于自动检测新生儿心电图t波终点,以确定QT和QTc持续时间。通过修改算法的初始条件和参数,两种算法都成功地应用于实时处理具有不同噪声水平的新生儿心电图。通过将结果与心脏病专家的手动读数进行比较,检查了这两种算法的准确性和精度。该算法可用于实时、自动分析新生儿长QT综合征的心电图,以辅助早期诊断,并有待于进一步的测试和验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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