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Vocal fold pathology assessment using PCA and LDA

机译:使用PCA和LDA的声带病理学评估

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It is possible to identify voice disorders using certain features of speech signals. A complementary technique could be acoustic analysis of the speech signal, which is shown to be a potentially useful tool to detect voice diseases. The focus of this study is to formulate a speech parameter estimation algorithm for analysis and detection of vocal fold pathology and also bring out scale to measure severity of the disease. The speech processing algorithm proposed estimates features necessary to formulate a stochastic model to characterize healthy and pathology conditions from speech recordings. Speech signal features such as MFCC are extracted from acoustic analysis of voiced speech of normal and pathological subjects. A principal component analysis with minimum distance classifier (PCA+MDC) and linear discriminant analysis (LDA) classifier are designed and the classification results have been reported.
机译:可以使用语音信号的某些特征来识别语音障碍。互补技术可以是语音信号的声学分析,其被证明是检测语音疾病的潜在工具。本研究的焦点是用于分析和检测声带病理学的语音参数估计算法,并产生规模以测量疾病的严重程度。语音处理算法提出了制备随机模型所需的特征,以表征来自语音记录的健康和病理条件。诸如MFCC的语音信号特征从正常和病理受试者的浊音语音的声学分析中提取。设计了具有最小距离分类器(PCA + MDC)和线性判别分析(LDA)分类器的主成分分析,并报告了分类结果。

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