Articulatory Attributes in Korean Nonassimilating Contexts
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참고문헌
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초록
This study examined several kinematic properties of the primary articulator (the tongue dorsum) and the supplementary articulator (the jaw) in the articulation of the voiceless velar stop (/k/) within nonassimilating contexts. We examined in particular the spatiotemporal properties (constriction duration and constriction maxima) from the constriction onset to the constriction offset by analyzing a velar (/k/) followed by the coronal fricative (/s/), the coronal stop (/t/), and the labial (/p/) in across-word boundary conditions (/k#s/, /k#t/, and /k#p/). Along with these measurements, we investigated intergestural temporal coordination between C1 and C2 and the jaw articulator in relation to its coordination with the articulation of consonant sequences. The articulatory movement data was collected by means of electromagnetic midsagittal articulometry (EMMA). Four native speakers of Seoul Korean participated in the laboratory experiment. The results showed several characteristics. First, a velar (/k/) in C1 was not categorically reduced. Constriction duration and constriction degree of the velar (/k/) were similar within nonassimilating contexts (/k#s/=/k#t/=/k#p/). This might mean that spatiotemporal attributes during constriction duration were stable and consistent across different contexts, which might be subsequently associated with the nontarget status of the velar in place assimilation. Second, the gestural overlap could be represented as the order of /k#s/ (less) < /k#p/ (intermediate) < /k#t/ (more) as we measured the onset-to-onset lag (a longer lag indicated shorter gestural overlap.). This indicates a gestural overlap within nonassimilating contexts may not be constrained by any of the several constraints including the perceptual recoverability constraint (e.g., more overlap in Front-to-Back sequences compared to the reverse order (Back-to-Front) since perceptual cues in C1 can be recovered anytime during C2 articulation), the low-level speech motor constraint (e.g., more overlap in lingual-nonlingual sequences as compared to the lingual-lingual sequences), or phonological contexts effects (e.g., similarity in gestural overlap within nonassimilating contexts). As one possible account for more overlap in /k#t/ sequences as compared to /k#p/, we suspect speakers’ knowledge may be receptive to extreme encroachment on C1 by the gestural overlap of the coronal in C2 since it does not obscure the perceptual cue of C1 as much as the labial in C2. Third, actual jaw position during C2 was higher in coronals (/s/, /t/) than in the labial (/p/). However, within the coronals, there was no manner-dependent jaw height difference in C2 (/s/=/t/). Vertical jaw position of C1 and C2 was seen as inter-dependent as higher jaw position in C1 was closely associated with C2. Lastly, a greater gap in jaw height was associated with longer intergestural timing (e.g., less overlap), but was confined to the cluster type (/kp/) with the lingual-nonlingual sequence. This study showed that Korean jaw articulation was independent from coordinating primary articulators in gestural overlap in some cluster types (/k#s/, /k#t/) while not in others (e.g., /k#p/). Overall, the results coherently indicate the velar stop (/k/) in C1 was robust in articulation, which may have subsequently contributed to the nontarget status of the velar (/k/) in place assimilation processes.
Abstract
This study examined several kinematic properties of the primary articulator (the tongue dorsum) and the supplementary articulator (the jaw) in the articulation of the voiceless velar stop (/k/) within nonassimilating contexts. We examined in particular the spatiotemporal properties (constriction duration and constriction maxima) from the constriction onset to the constriction offset by analyzing a velar (/k/) followed by the coronal fricative (/s/), the coronal stop (/t/), and the labial (/p/) in across-word boundary conditions (/k#s/, /k#t/, and /k#p/). Along with these measurements, we investigated intergestural temporal coordination between C1 and C2 and the jaw articulator in relation to its coordination with the articulation of consonant sequences. The articulatory movement data was collected by means of electromagnetic midsagittal articulometry (EMMA). Four native speakers of Seoul Korean participated in the laboratory experiment. The results showed several characteristics. First, a velar (/k/) in C1 was not categorically reduced. Constriction duration and constriction degree of the velar (/k/) were similar within nonassimilating contexts (/k#s/=/k#t/=/k#p/). This might mean that spatiotemporal attributes during constriction duration were stable and consistent across different contexts, which might be subsequently associated with the nontarget status of the velar in place assimilation. Second, the gestural overlap could be represented as the order of /k#s/ (less) < /k#p/ (intermediate) < /k#t/ (more) as we measured the onset-to-onset lag (a longer lag indicated shorter gestural overlap.). This indicates a gestural overlap within nonassimilating contexts may not be constrained by any of the several constraints including the perceptual recoverability constraint (e.g., more overlap in Front-to-Back sequences compared to the reverse order (Back-to-Front) since perceptual cues in C1 can be recovered anytime during C2 articulation), the low-level speech motor constraint (e.g., more overlap in lingual-nonlingual sequences as compared to the lingual-lingual sequences), or phonological contexts effects (e.g., similarity in gestural overlap within nonassimilating contexts). As one possible account for more overlap in /k#t/ sequences as compared to /k#p/, we suspect speakers’ knowledge may be receptive to extreme encroachment on C1 by the gestural overlap of the coronal in C2 since it does not obscure the perceptual cue of C1 as much as the labial in C2. Third, actual jaw position during C2 was higher in coronals (/s/, /t/) than in the labial (/p/). However, within the coronals, there was no manner-dependent jaw height difference in C2 (/s/=/t/). Vertical jaw position of C1 and C2 was seen as inter-dependent as higher jaw position in C1 was closely associated with C2. Lastly, a greater gap in jaw height was associated with longer intergestural timing (e.g., less overlap), but was confined to the cluster type (/kp/) with the lingual-nonlingual sequence. This study showed that Korean jaw articulation was independent from coordinating primary articulators in gestural overlap in some cluster types (/k#s/, /k#t/) while not in others (e.g., /k#p/). Overall, the results coherently indicate the velar stop (/k/) in C1 was robust in articulation, which may have subsequently contributed to the nontarget status of the velar (/k/) in place assimilation processes.
참고문헌 (43)
- Beckman, M., "Prosodic structure and tempo in a sonority model of articulatory dynamics, In Papers in Laboratory Phonology II: Segment, Gesture, and Prosody", pp.68~86 (1992), Cambridge University Press
- Browman, C., "Articulatory gesture as phonological units", Phonology, 6, pp.201~251 (1989)
- Browman, C., "Tiers in articulatory phonology, with some implications for casual speech, In Papers in Laboratory Phonology I: Between the grammar and the physics of speech", pp.341~376 (1991), Cambridge University Press
- Browman, C, "Gestural syllable position effects in American English, In Producing Speech: Contemporary Issues", pp.19~33 (1995), AIP Press
- Byrd. D., "Perception of assimilation in consonant clusters: A gestural model", Phonetica, 49, pp.1~24 (1992)
- Byrd, D, "Influences on articulatory timing in consonant sequences", Journal of Phonetics, 24, pp.209~244 (1996)
- Byrd, D., "Saying consonant clusters quickly", Journal of Phonetics, 24, pp.263~282 (1996)
- Chen, L., "Evidence for the role of gestural overlap in consonant place assimilation", Proceedings of the XV International Congress of Phonetic Sciences, pp.2831~2824 (2003)
- Chitoran, I., "Gestrural overlap and recoverability: Articulatory evidence from Georgian, In Laboratory phonology VII", pp.419~448 (2002), Mouton de Gruyter
- Cho, Young-Mee Yu, "Parameters of consonantal assimilation", 박사, pp.1990
- Chomsky, N., "The sound pattern of English" (1968), Harper and Row
- Clements, G, "The geometry of phonological features", Phonology Yearbook, 2, pp.225~252 (1985)
- Gao, M., "Intra-and inter-syllabic coordination: An articulatory study of Taiwanese and English", Proceedings of XVI International Congress of Phonetic Sciences, pp.723~736 (2011)
- Honorof, D., "Articulatory Gestures and Spanish Nasal Assimilation", 박사, pp.1999
- Huynh, H., "Conditions under which mean square ratios in repeated measurements designs have exact F-distributions", Journal of the American Statistical Association, 65, pp.1582~1589 (1970)
- Jacobson, R., "Priliminaries to Speech Analysis: The Distinctive Features and Their Correlates" (1963), MIT Press
- Jun, J., "Perceptual and Articulatory Factors in Place Assimilation: An Optimality Theoretic Approach", 박사, pp.1995
- Jun, J, "Place assimilation is not the result of gestural overlap: Evidence from Korean and English", Phonology, 13, pp.377~407 (1996)
- Jun, Jongho, "Place assimilation, In Phonetically Based Phonology", pp.58~86 (2004), Cambridge University Press
- Keating, P., "Variability in jaw height for segments in English and Swedish VCVs", Journal of Phonetics, 22, pp.407~422 (1994)
- Kim-Renaud, Y-K., "Korean consonantal phonology", 박사, pp.1974
- Kochetove, A., "Cross-language differences in overlap and assimilation patterns in Korean and Russian", Proceedings of XVI International Congress of Phonetic Sciences, pp.1361~1364 (2007)
- Kochetov, A., "Phonetic variability and grammatical knowledge: An articulatory study of Korean place assimilation", Phonology, 25, pp.399~431 (2008)
- Kühnert, B., "Speaker-specific kinematic properties of alveolar reductions in English and German", Clinical Linguistics and Phonetics, 18, pp.559~575 (2004)
- Kühnert, B, "Gestural overlap and c-center in selected French consonant clusters", Proceedings of the 7th International Seminar on Speech Production, pp.327~334 (2006)
- Nolan, Francis, "The descriptive role of segments: Evidence from assimilation, In Paper in Laboratory Phonology II: Segment, Gesture, and Tone", pp.261~280 (1992), Cambridge University Press
- Max, L., "Some issues in the statistical analysis of completely randomized and repeated measures designs for speech, language, and hearing research", Journal of Speech, Language, and Hearing Research, 42, pp.261~270 (1999)
- McCarthy, J., "The spacial status of coronals; internal and external evidence", Phonology, 9, pp.363~370 (1991)
- Mooshmmer, C., "Jaw and order", Language and Speech, 50, pp.145~176 (2007)
- Paradis, C, "Phonetics and phonology: The special status of coronals: Internal and external evidence", Phonetics and Phonology, 2 (1991), Academic Press
- Perkell, J., "Electromagnetic midsagittal articulometer (EMMA) systems for transducing speech articulatory movements", Journal of the Acoustical Society of America, 92, pp.3078~3096 (1992)
- Polka, L, "Characterizing the influence of native langauge experience on adult speech perception", Perception and Psychophysics, 52, pp.37~52 (1992)
- Sapir, D., "A grammar of Diola-Fogny" (1965), Cambridge University Press
- 손민정, "Gestural Overlap as a Function of Assimilation Contrast", 언어, 33(4), pp.665~691 (2008), 한국언어학회
- 손민정, "Gradient Reduction of C1 in", pk, 음성과학, pp.2008, 15(4)[DOI]
- 손민정, "A Language-Specific Physiological Motor Constraint in Korean Non-Assimilating Consonant Sequences", 말소리와 음성과학, 3(3), pp.27~33 (2011), 한국음성학회
- 손민정, "Coordinations of Articulators in Korean Place Assimilation", 말소리와 음성과학, 3(2), pp.29~35 (2011), 한국음성학회
- 손민정, "The Projection of Syllable Structure: A Case Study of Intervocalic", k, 언어, pp.2011, 36(2)[DOI]
- Son, M., "The role of gestural overlap in perceptual place assimilation: Evidence from Korean, In Papers in Laboratory Phonology IX", pp.507~534 (2007), Mouton de Gruyter
- Steriade, D., "Underspecification and markedness, In The Handbook of Phonological Theory", pp.114~174 (1995), Basil Blackwell
- Tiede, M., "MVIEWi: Software for visualization and analysis of concurrently recorded movement data", ~ (2005)
- Westbury, J, "On coordinate system and the represnation of arituculatory movements", Journal of the Acoustical Society of America, 95, pp.2271~2273 (1994)
- Zsiga, E., "Acoustic evidence for gestural overlap in consonant sequences", Journal of Phonetics, 22, pp.121~140 (1994)