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Fault detection and isolation of ECG process using kernel principal components

机译:使用内核主要组件进行故障检测和ECG进程隔离

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In this paper, a study of the regularity of the electrocardiogram is given by the integration of a process diagnostic tool that is kernel principal components. It is a question of detecting the defects which exist in the set of parameters of the process of the electrical activity of the cardiovascular system: segments of the ECG and amplitude of the waves. The kernel ACP which is a powerful tool in fault detection is applied to a multivariable matrix of data from the ECG process. Exceeding the control thresholds of the SPE statistic proves the existence of a defect in the data studied. The calculation of contributions is introduced for the isolation of defects.
机译:在本文中,通过集成作为内核主要组件的过程诊断工具,对心电图的规律性进行了研究。这是检测存在于心血管系统电活动过程的参数集中的缺陷的问题:心电图的分段和波幅。内核ACP是故障检测的有力工具,被应用于来自ECG流程的多变量数据矩阵。超过SPE统计量的控制阈值证明了所研究数据中存在缺陷。引入贡献的计算是为了隔离缺陷。

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