Performance Analysis of Least Square Linear Regression with Various Classifiers for Cardiovascular Respiratory Detection from Capnography

G. C, G. M., G. P., Priyanka G S, V. B
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Abstract

In this study, the PPG signal was taken from a capnography data source and used along with statistical characteristics and machine learning techniques to diagnose respiratory disorders. After the statistical properties of the data have been extracted using a method called least square linear regression, the signal is then processed by a number of different classification tasks, and the outcomes of the classification algorithm are examined. Results show that the linear regression and nonlinear classifiers gives the best accuracy of 88.11% and 85.73% for both normal and respiratory disease cases.
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不同分类器的最小二乘线性回归在心血管呼吸检测中的性能分析
在这项研究中,PPG信号取自一个毛细管造影数据源,并与统计特征和机器学习技术一起用于诊断呼吸系统疾病。在使用一种称为最小二乘线性回归的方法提取数据的统计特性之后,信号将被许多不同的分类任务处理,并检查分类算法的结果。结果表明,线性回归和非线性分类器对正常病例和呼吸系统疾病的准确率分别为88.11%和85.73%。
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