Regular ArticlesTowards models of phonation
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Cited by (89)
Evidential value of voice quality acoustics in forensic voice comparison
2023, Forensic Science InternationalThe change in breathy voice after tone split: A production study of Suzhou Wu Chinese
2023, Journal of PhoneticsVocal Fold Vertical Thickness in Human Voice Production and Control: A Review
2023, Journal of VoiceTheoretical achievements of phonetics in the 21st century: Phonetics of voice quality
2022, Journal of PhoneticsCitation Excerpt :Some of the most important developments for voice acoustics have been the development of algorithms to correct for the frequencies and bandwidths of formants, and the development of software for automatic estimation of voice parameters. By far the most common acoustic measures of voice quality are H1–H2 and other spectral tilt measures, which were proposed and used to distinguish contrastive phonation types and different voice qualities more generally (Bickley, 1982; Fischer-Jørgensen, 1967; Gordon & Ladefoged, 2001; Hanson, Stevens, Kuo, Chen, & Slifka, 2001); typically, breathy voice has a higher spectral tilt than modal voice, which in turn has a higher spectral tilt than creaky voice. These measures are also widely used because they robustly distinguish individual voices (Kreiman, Gerratt, & Antoñanzas-Barroso, 2007; Lee, Keating, & Kreiman, 2019), and because they are clearly correlated with important aspects of vocal fold physiology and glottal pulse shape; see Table 1.
Voice Quality in Telephone Interviews: A preliminary Acoustic Investigation
2022, Journal of VoiceMultidimensionality of tone in Pahari
2020, LinguaCitation Excerpt :In addition, H1-A1, H1-A2, H1-A3, which measure the amplitude of the first harmonic (H1) relative to the amplitudes of first (A1), second (A2), and third (A3) formants respectively, are also frequently used (Blankenship, 2002; DiCanio, 2009; Esposito, 2006, 2010; Garallek and Keating, 2010; Kuang, 2011; Wayland and Jonhman, 2003). These measurements reflect the relative energy of higher frequencies in the spectrum which is in turn related to the closing velocity of the vocal folds, the presence of the posterior glottal opening, and the simultaneity of ligamental closure (Hanson et al., 2001). Another widely used measurement is Cepstral Peak Prominence (CPP) defined as peak harmonic amplitude normalized for overall amplitude (Hillenbrand et al., 1994).
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