A pilot corpus acoustic analysis on the alveolar tap in Turkish

In Turkish, the “r” is pronounced as an alveolar tap as in the word araba [ˈɑ.ɾə.bə] “car.” Impressionistic descriptions of the Turkish tap say that word-initial taps may be fricated as in the word resim [ɾ̌e.ˈsim] “painting” and that word-final taps are devoiced and fricated as in the word bir [biɾ̌ ̥] “one.” Little previous research has been done to explore these acoustic characteristics and what may predict this frication. This pilot study uses the Turkish dataset from the Mozilla Common Voice corpus to examine if tap duration and segment position are predictors of frication and if the first three mel frequency cepstral coefficients are discriminative for frication on alveolar taps. The data will be analyzed using generalized additive mixed modeling, the results of which will be discussed with relation to the distribution of frication on the tap in Turkish.

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Publication Details

Journal
The Journal of the Acoustical Society of America
Published
2025-04-01
DOI
https://doi.org/10.1121/10.0037449
Primary Topic
Speech Recognition and Synthesis
Type
article
Field-Weighted Citation Impact
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article

A pilot corpus acoustic analysis on the alveolar tap in Turkish

Matthew C. Kelley, Janalyn A. Miklas
The Journal of the Acoustical Society of America
Speech Recognition and Synthesis
article

A pilot corpus acoustic analysis on the alveolar tap in Turkish

Matthew C. Kelley, Janalyn A. Miklas
article en

Abstract

In Turkish, the “r” is pronounced as an alveolar tap as in the word araba [ˈɑ.ɾə.bə] “car.” Impressionistic descriptions of the Turkish tap say that word-initial taps may be fricated as in the word resim [ɾ̌e.ˈsim] “painting” and that word-final taps are devoiced and fricated as in the word bir [biɾ̌ ̥] “one.” Little previous research has been done to explore these acoustic characteristics and what may predict this frication. This pilot study uses the Turkish dataset from the Mozilla Common Voice corpus to examine if tap duration and segment position are predictors of frication and if the first three mel frequency cepstral coefficients are discriminative for frication on alveolar taps. The data will be analyzed using generalized additive mixed modeling, the results of which will be discussed with relation to the distribution of frication on the tap in Turkish.

The Journal of the Acoustical Society of AmericaVol. 157(4_Supplement)
George Mason University (US)
Reduced inequalities
Openalex Percentile: Top 90%
Speech Recognition and Synthesis
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