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Classification of High Blood Pressure Persons Vs Normal Blood Pressure Persons Using Voice Analysis

机译:使用语音分析对高血压人群与正常血压人群进行分类

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摘要

The human voice is remarkable, complex and delicate. All parts of the body play some role in voice production and may be responsible for voice dysfunction. The larynx contains muscles that are surrounded by blood vessels connected to circulatory system. The pressure of blood in these vessels should be related with dynamic variation of vocal cord parameters. These parameters are directly related with acoustic properties of speech. Acoustic voice analysis can be used to characterize the pathological voices. This paper presents the classification of high blood pressure and normal with the aid of voice signal recorded from the patients. Various features have been extracted from the voice signal of healthy persons and persons suffering from high blood pressure. Simulation results show differences in the parameter values of healthy and pathological persons. Then an optimum feature vector is prepared and kmean classification algorithm was implemented for data classification. The 79% classification efficiency was obtained.
机译:人声非凡,复杂而细腻。身体的各个部分在发声中都起着一定的作用,并可能导致发声功能障碍。喉部包含被连接到循环系统的血管包围的肌肉。这些血管中的血液压力应与声带参数的动态变化有关。这些参数与语音的声学特性直接相关。声学语音分析可用于表征病理性语音。本文通过记录患者的语音信号,对高血压和正常人进行了分类。从健康人和高血压人的语音信号中提取了各种特征。仿真结果表明健康人和病理人的参数值存在差异。然后准备一个最优的特征向量,并实施了kmean分类算法进行数据分类。获得79%的分类效率。

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