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A Complex Algorithm of Automatic Fibrillation Detection

机译:自动纤颤检测的复杂算法

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摘要

Various algorithms are used for automatic fibrillation detection [1, 2]. Each algorithm has specific advantages and disadvantages. The goal of this work was to suggest a complex algorithm of automatic fibrillation detection. This algorithm combines four methods of fibrillation detection and reduces their disadvantages to a minimal level. The sensitivity and specificity of the complex algorithm of automatic fibrillation detection is 94.3 and 98.4%, respectively. The sensitivity is the probability of correct detection of an event without fibrillation. The specificity is the probability of correct detection of a fibrillation event [3, 4].
机译:各种算法用于自动原纤化检测[1、2]。每种算法都有其特定的优点和缺点。这项工作的目的是提出一种自动纤颤检测的复杂算法。该算法结合了四种纤颤检测方法,并将其缺点降低到最小程度。自动纤颤检测复杂算法的灵敏度和特异性分别为94.3%和98.4%。灵敏度是正确检测事件而不发生纤颤的概率。特异性是正确检测到纤颤事件的概率[3,4]。

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