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Automatic Segmentation and Extraction of Features from Human Respired Carbon Dioxide Waveform

机译:从人类呼吸的二氧化碳波形中自动分割和提取特征

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, which was estimated by the max-min algorithm. In addition, we found that features extracted from all the segmented part were statistically significant except the combination of upper expiratory and alveolar. However, the strongest were found with the part of the upward expiratory phase (11-15mmHg) for the discrimination of asthma and non-asthma with an Az, ranges from 0.96 (95% CI: 0.92-1) to 0.97 (95% CI: 0.92-1). Thus, the presented algorithm has the potential to implement in real time for the automatic differentiation of non-asthma and asthma.
机译:,由max-min算法估算。此外,我们发现,除了上呼吸道和肺泡的组合外,从所有分割部分中提取的特征均具有统计学意义。但是,在呼气向上阶段的一部分(11-15mmHg)中发现最强,可区分哮喘和非哮喘性Az,范围从0.96(95%CI:0.92-1)到0.97(95%CI) :0.92-1)。因此,所提出的算法具有实时实现非哮喘和哮喘的自动鉴别的潜力。

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