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Neutralizing differences in mandible displacement for English vowels
Author(s) -
J. C. Williams,
Donna Erickson,
Yousuke Ozaki,
Atsuo Suemitsu,
Nobuaki Minematsu,
Osamu Fujimura
Publication year - 2013
Publication title -
proceedings of meetings on acoustics
Language(s) - English
Resource type - Conference proceedings
ISSN - 1939-800X
DOI - 10.1121/1.4800755
Subject(s) - syllable , vowel , phrase , intonation (linguistics) , stress (linguistics) , mandible (arthropod mouthpart) , displacement (psychology) , mathematics , word (group theory) , acoustics , quality (philosophy) , speech recognition , computer science , linguistics , artificial intelligence , physics , psychology , geometry , biology , philosophy , botany , psychotherapist , genus , quantum mechanics
Maximum mandible displacement in the syllable varies primarily by vowel quality, syllable position in the phrase, lexical and phrasal stress, prosodic conditions, and the syllable consonantal periphery. EMA recordings were made of CVC syllables in 3-word phrases uttered by an American English speaker, where each target CVC word occurred in phrase initial, middle and final position, in order to ascertain the effect of vowel quality and phrase position on mandible displacement in the vertical plane, independent of other factors. Eleven English vowels formed the syllable nuclei, voiceless stops //p, t, k// formed the syllable periphery, and the intonation pattern was kept constant for each phrase. Mandible displacement was measured by coil placement at the midline of the base of the lower incisors. The maximum mandibular displacement on the vertical axis (z-axis for 3D EMA) was measured for each target CVC word. For each of the 11 vowels, an algorithm was developed to neutralize the differences in the contri...

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