Human respiratory sounds: objectivization of the auscultatory signs

I. V. Vovk; V. T. Grinchenko; V. V. Krizhanovskiy; V. N. Oliynik; S. L. Dakhnov

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Human respiratory sounds: objectivization of the auscultatory signs

机译：人的呼吸音：听觉标志的客观化

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The twenty-year retrospective of the techniques used for objectivization of auscultatory signs of breath sounds is presented. Modern views on the nature of breath sounds are enunciated. Bibliographic data about plausible reasons causing the basic and the complementary respiratory sounds are systematized. On basis of the spectral-time technique of analysis and visualization of complex sound signals a high potential of objectivization is demonstrated for a number of auscultatory signs. An attempt to classify different types of wheezes according to specifics of their spectral components is made.

机译：提出了二十年回顾性技术，用于使听觉呼吸音的客观化。阐述了关于呼吸音本质的现代观点。关于引起基本的和互补的呼吸音的可能原因的书目数据被系统化了。基于对复杂声音信号进行分析和可视化的频谱时间技术，对许多听诊体征显示出很高的客观化潜力。试图根据不同类型的喘鸣的光谱成分进行分类。

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《Fluid mechanics research》 |2001年第6期|共25页
作者
I. V. Vovk; V. T. Grinchenko; V. V. Krizhanovskiy; V. N. Oliynik; S. L. Dakhnov;
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正文语种 eng
中图分类流体力学;
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1. Human respiratory sounds: objectivization of the auscultatory signs [J] . I. V. Vovk, V. T. Grinchenko, V. V. Krizhanovskiy, Fluid mechanics research . 2001,第6期

机译：人的呼吸音：听觉标志的客观化
2. Transmission of complex sound signals in the human respiratory system as a function of sound velocity in the utilized gas mixture [J] . Korenbaum V.I., DYachenko A.I., Nuzhdenko A.V., Acoustical physics . 2011,第6期

机译：人类呼吸系统中复杂声音信号的传输与所用混合气体中声速的关系
3. OBJECTIVE EVALUATION OF HUMAN PERCEPTION OF AUTOMOTIVE SOUND BASED ON PHYSIOLOGICAL SIGNAL OF HUMAN BRAIN [J] . S. M. LEE, S. K. LEE International Journal of Automotive Technology . 2014,第2期

机译：基于人脑生理信号的人对汽车声音感知度的客观评价
4. An auscultatory technique of Chinese medicine: Pattern recognition based on timbre of human-voice matching with standardized patterns of sound from Bianzhong of Marquis Yi of Zeng (***) [C] . Liang Zhiwei, Luo Xiaoyan, Wang Linli, IEEE International Conference on Bioinformatics and Biomedicine . 2013

机译：中医的一种听诊技术：基于人声音色的模式识别以及来自曾侯爵边中的标准声音模式（***）
5. Respiratory flow-sound relationship and estimation by parametric and nonparametric methods using features of tracheal sound. [D] . Golabbakhsh, Marziyeh. 2005

机译：使用气管声音特征通过参数和非参数方法进行呼吸声流关系和估计。
6. A Mathematical Approach to Correlating Objective Spectro-Temporal Features of Non-linguistic Sounds With Their Subjective Perceptions in Humans [O] . Thomas Burns, Ramesh Rajan 2010

机译：一种将非语言声音的客观频谱-时间特征与其在人类中的主观感知相关联的数学方法
7. Influence of the presence of a human head in the controlled area in the three-dimensional sound field recording and reproduction system based on the boundary surface control principle: Objective examination [O] . Yoko Lee, Seigo Enomoto, Yusuke Ikeda, 2012

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8. Human Respiratory Tract Model for Radiological Protection: A Revision of the ICRP Dosimetric Model for the Respiratory System [R] . Bair, W. J. 1987

机译：放射防护人体呼吸道模型：呼吸系统ICRp剂量模型的修订

Human respiratory sounds: objectivization of the auscultatory signs

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