Searching for an Auditory Description of Vowel Categories
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Randy L. Diehl
Abstract
This paper examines three auditory hypotheses concerning the location of category boundaries among vowel sounds. The first hypothesis claims that category boundaries tend to occur in a region corresponding to a 3-Bark separation between adjacent spectral peaks. According to the second hypothesis, vowel category boundaries are determined by the combined effects of the Bark distances between adjacent spectral peaks but that the weight of each of these effects is inversely related to the individual sizes of the Bark distances. In a series of perceptual experiments, each of these hypotheses was found to account for some category boundaries in American English but not others. The third hypothesis, which has received preliminary support from studies in our laboratory and elsewhere, claims that listeners partition the vowel space of individual talkers along lines corresponding to relatively simple linear functions of formant values when scaled in auditorily motivated units of frequency such as Bark.
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References
1 Carlson, R.; Granström, B.; Fant, G.: Some studies concerning perception of isolated vowels. Q. Prog. Status Rep., Speech Transm. Lab., R. Inst. Technol., Stockh., No. 2/3, pp. 19–35 (1970).Search in Google Scholar
2 Chistovich, L.A.; Lublinskaya, V.V.: The ‘center of gravity’ effect in vowel spectra and critical distance between the formants: psychoacoustical study of the perception of vowel-like stimuli. Hear. Res. 1: 185–195 (1979).10.1016/0378-5955(79)90012-1Search in Google Scholar
3 Fahey, R.P.; Diehl, R.L.; Traunmüller, H.: Perception of back vowels: effects of varying F1–F0 Bark distance. J. acoust. Soc. Am. 99: 2350–2357 (1996).10.1121/1.415422Search in Google Scholar
4 Hoemeke, K.A.; Diehl, R.L.: Perception of vowel height: the role of F1–F0 distance. J. acoust. Soc. Am. 96: 661–674 (1994).10.1121/1.410305Search in Google Scholar
5 Hose, B.; Langner, G.; Scheich, H.: Linear phoneme boundaries for German synthetic two-formant vowels. Hear. Res. 9: 13–25 (1983).10.1016/0378-5955(83)90130-2Search in Google Scholar
6 Karnickaya, E.G.; Mushnikov, V.N.; Slepokurova, N.A.; Zhukov, S.J.: Auditory processing of steady-state vowels; in Fant, Tatham, Auditory analysis and perception of speech, pp. 37–53 (Academic Press, New York 1975).10.1016/B978-0-12-248550-3.50007-6Search in Google Scholar
7 Lindblom, B.: Phonetic universals in vowel systems; in Ohala, Jaeger, Experimental phonology, pp. 13–44 (Academic Press, Orlando 1986).Search in Google Scholar
8 Lindblom, B.: Explaining phonetic variation: a sketch of the H&H theory; in Hardcastle, Marchal, Speech production and speech modeling, pp. 403–439 (Kluwer, Dordrecht 1990).10.1007/978-94-009-2037-8_16Search in Google Scholar
9 Lindblom, B.: Developmental origins of adult phonology: the interplay between phonetic emergents and the evolutionary adaptations of sound patterns. Phonetica, this issue.Search in Google Scholar
10 Molis, M.: Perception of vowel quality in the F2/F3 plane. Proc. ICPhS 99, pp. 191–194 (San Francisco 1999).Search in Google Scholar
11 Molis, M.; Diehl, R.L.; Jacks, A.: Phonological boundaries and the spectral center of gravity. J. acoust. Soc. Am. 103: 2981 (1998).10.1121/1.422977Search in Google Scholar
12 Stevens, K.N.: On the quantal nature of speech. J. Phonet. 17: 3–45 (1989).10.1016/S0095-4470(19)31520-7Search in Google Scholar
13 Syrdal, A.K.: Aspects of a model of the auditory representation of American English vowels. Speech Commun. 4: 121–135 (1985).10.1016/0167-6393(85)90040-8Search in Google Scholar
14 Traunmüller, H.: Articulatory and perceptual factors controlling the age- and sex-conditioned variability in formant frequencies of vowels. Speech Commun. 3: 49–61 (1984).10.1016/0167-6393(84)90008-6Search in Google Scholar
15 Wong, P.C.M.; Diehl, R.L.: Effect of spectral center of gravity on vowel height perception. J. acoust. Soc. Am. 103: 2981 (1998).10.1121/1.422976Search in Google Scholar
© 2000 S. Karger AG, Basel
Articles in the same Issue
- Special Section
- Title Page
- Foreword
- Acoustic Patterning of Speech Its Linguistic and Physiological Bases
- Investigating Unscripted Speech: Implications for Phonetics and Phonology
- Emotive Transforms
- The Source-Filter Frame of Prominence
- The C/D Model and Prosodic Control of Articulatory Behavior
- Diverse Acoustic Cues at Consonantal Landmarks
- Perceptual Processing
- Modeling and Perception of ‘Gesture Reduction’
- General Auditory Processes Contribute to Perceptual Accommodation of Coarticulation
- Adaptive Dispersion in Vowel Perception
- Language Acquisition as Complex Category Formation
- Biology of Communication and Motor Processes
- Singing Birds, Playing Cats, and Babbling Babies: Why Do They Do It?
- The Phonetic Potential of Nonhuman Vocal Tracts: Comparative Cineradiographic Observations of Vocalizing Animals
- Dynamic Simulation of Human Movement Using Large-Scale Models of the Body
- En Route to Adult Spoken Language / Language Development
- An Embodiment Perspective on the Acquisition of Speech Perception
- Speech to Infants as Hyperspeech: Knowledge-Driven Processes in Early Word Recognition
- The Construction of a First Phonology
- Auditory Constraints on Sound Structures
- Searching for an Auditory Description of Vowel Categories
- Commentary
- Imitation and the Emergence of Segments
- Deriving Speech from Nonspeech: A View from Ontogeny
- Paper
- Developmental Origins of Adult Phonology: The Interplay between Phonetic Emergents and the Evolutionary Adaptations of Sound Patterns
- Further Section
- Publications Björn Lindblom
- Index autorum Vol. 57, 2000
- Contents Vol. 57, 2000
Articles in the same Issue
- Special Section
- Title Page
- Foreword
- Acoustic Patterning of Speech Its Linguistic and Physiological Bases
- Investigating Unscripted Speech: Implications for Phonetics and Phonology
- Emotive Transforms
- The Source-Filter Frame of Prominence
- The C/D Model and Prosodic Control of Articulatory Behavior
- Diverse Acoustic Cues at Consonantal Landmarks
- Perceptual Processing
- Modeling and Perception of ‘Gesture Reduction’
- General Auditory Processes Contribute to Perceptual Accommodation of Coarticulation
- Adaptive Dispersion in Vowel Perception
- Language Acquisition as Complex Category Formation
- Biology of Communication and Motor Processes
- Singing Birds, Playing Cats, and Babbling Babies: Why Do They Do It?
- The Phonetic Potential of Nonhuman Vocal Tracts: Comparative Cineradiographic Observations of Vocalizing Animals
- Dynamic Simulation of Human Movement Using Large-Scale Models of the Body
- En Route to Adult Spoken Language / Language Development
- An Embodiment Perspective on the Acquisition of Speech Perception
- Speech to Infants as Hyperspeech: Knowledge-Driven Processes in Early Word Recognition
- The Construction of a First Phonology
- Auditory Constraints on Sound Structures
- Searching for an Auditory Description of Vowel Categories
- Commentary
- Imitation and the Emergence of Segments
- Deriving Speech from Nonspeech: A View from Ontogeny
- Paper
- Developmental Origins of Adult Phonology: The Interplay between Phonetic Emergents and the Evolutionary Adaptations of Sound Patterns
- Further Section
- Publications Björn Lindblom
- Index autorum Vol. 57, 2000
- Contents Vol. 57, 2000