Analysis and Categorization of Various Types of Vocal Distortion in Rock, Metal, Pop Styles, and Throat Singing Observed by High-Speed Digital Imaging.

IF 2.5 4区 医学 Q1 AUDIOLOGY & SPEECH-LANGUAGE PATHOLOGY Journal of Voice Pub Date : 2025-01-08 DOI:10.1016/j.jvoice.2024.11.041
Yogaku Lee, Masato Tanaka, Hikari Kato, Takashi Nakagawa, Satoshi Ishikawa, Tokihiko Kaburagi
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Abstract

Introduction: Vocal distortion, also known as a scream or growl, is used worldwide as an essential technique in singing, especially in rock and metal, and as an ethnic voice in Mongolian singing. However, the production mechanism of vocal distortion is not yet clearly understood owing to limited research on the behavior of the larynx, which is the source of the distorted voice.

Objectives: This study used high-speed digital imaging (HSDI) to observe the larynx of professional singers with exceptional singing skills and determine the laryngeal dynamics in the voice production of various vocal distortions. In addition, this study aimed to classify vocal distortions based on laryngeal dynamics.

Study design: Cross-sectional study.

Methods: The dynamic behavior of the larynx of six singers (four males and two females) was recorded using HSDI, with the majority of recordings captured at frame rates exceeding 8000 fps. The audio signals were recorded simultaneously. The data were analyzed as topography, glottal area waveforms, long-term average spectra, and spectrograms.

Results: Our analysis revealed that, based on the laryngeal vibration pattern, vocal distortion could be categorized into two primary groups: "periodic" and "aperiodic." In the "periodic" distorted vocalizations, it was suggested that the glottal sound source containing overtone components is generated by vocal fold vibrations, and subharmonic components in the voice are the result of amplitude modulation of the glottal jet by vibrations in the supraglottic region. However, "aperiodic" distorted vocalizations were found to be generated by the vocal folds, which are the main source of noise and generate strong noise due to aperiodic chaotic oscillations of the vocal folds.

Conclusion: The diversity of distorted vocalizations is due to the physiologically and acoustically complex mechanism of voice production in the larynx.

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高速数字成像对摇滚、金属、流行风格和喉音演唱中各种类型声音失真的分析和分类。
声音扭曲,也被称为尖叫或咆哮,在世界范围内被用作唱歌的基本技巧,特别是在摇滚和金属中,也是蒙古歌唱中的民族声音。然而,由于对喉部行为的研究有限,导致声音失真的产生机制尚不清楚。喉部是声音失真的来源。目的:本研究采用高速数字成像技术(HSDI)对具有特殊演唱技巧的专业歌手的喉部进行观察,确定各种声音失真在发声过程中的喉部动力学。此外,本研究的目的是根据喉部动力学对声音失真进行分类。研究设计:横断面研究。方法:采用HSDI对6名歌手(4男2女)的喉部动态行为进行记录,大多数录音的帧率超过8000fps。同时记录音频信号。数据分析为地形、声门面积波形、长期平均光谱和声谱图。结果:我们的分析显示,基于喉部振动模式,声音失真可以分为两大类:“周期性”和“非周期性”。在“周期性”畸变发声中,认为含有泛音成分的声门声源是由声带振动产生的,而声音中的次谐波成分是声门上区振动对声门射流调幅的结果。然而,我们发现声带会产生“非周期”畸变发声,这是噪声的主要来源,并且由于声带的非周期混沌振荡而产生强烈的噪声。结论:畸形发声的多样性是由于喉部产生声音的生理和声学复杂机制所致。
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来源期刊
Journal of Voice
Journal of Voice 医学-耳鼻喉科学
CiteScore
4.00
自引率
13.60%
发文量
395
审稿时长
59 days
期刊介绍: The Journal of Voice is widely regarded as the world''s premiere journal for voice medicine and research. This peer-reviewed publication is listed in Index Medicus and is indexed by the Institute for Scientific Information. The journal contains articles written by experts throughout the world on all topics in voice sciences, voice medicine and surgery, and speech-language pathologists'' management of voice-related problems. The journal includes clinical articles, clinical research, and laboratory research. Members of the Foundation receive the journal as a benefit of membership.
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