Academic literature on the topic 'Phonetic-phonological language level'

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Journal articles on the topic "Phonetic-phonological language level"

1

Chen, Chun-Mei. "Phonetic structures of Paiwan." ZAS Papers in Linguistics 34 (January 1, 2004): 30–44. http://dx.doi.org/10.21248/zaspil.34.2004.201.

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This study focuses upon a detailed description and analysis of the phonetic structures of Paiwan, an aboriginal language spoken in Taiwan, with around 53,000 speakers, Paiwan, a member of the Austronesian language family, is not typologically related to the other languages such as Mandarin and Taiwanese spoken in its geographically contiguous districts, Earlier work on phonological features of Paiwan (Chang, 1999; Tseng, 2003) sought an account in terms of segments and isolated facts about reduplication and stress, without accounting for the possible roles of phrase-level and sentence-Ievel prosodic structures, Government Teaching Material (1993) listed 25 consonants and 4 vowels, without any description of phonetic features and phonological rules, Chang's (2000) reference grammar included 22 consonants and 4 vowels, with a very brief description of 5 phonological rules on single words, Regional diversity and 25 consonants have been mentioned in Pulaluyan's (2002) teaching material; however, no description of phonological rules was found in his material.
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2

Lancaster, Alia, and Kira Gor. "Abstraction of phonological representations in adult nonnative speakers." Proceedings of the Linguistic Society of America 1 (June 12, 2016): 24. http://dx.doi.org/10.3765/plsa.v1i0.3725.

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Perception of nonnative contrasts by adult second language (L2) learners is affected by native language phonology. The current study contrasted predictions from two models of L2 phonological acquisition that focus on different representational levels as the origin of native language transfer: the abstract categorization level from the Perceptual Assimilation Model for L2 learners (PAM-L2; Best & Tyler, 2007) and the phonetic level from the Automatic Selective Perception model (ASP; Strange, 2011). The target phonemes were pairs of Arabic consonants that were equally similar on the abstract categorization level but unequally similar on the phonetic level—voiced and voiceless pharyngeal fricatives /ʕ/, /ħ/ and uvular fricatives /χ/, /ʁ/. Twenty intermediate-level English-speaking Arabic L2 learners and 10 Arabic native speakers (NS) completed auditory identification and discrimination tasks. We first conducted a discriminant analysis (DA) to quantify ASP predictions based on phonetic variables. L2 learners were generally more accurate when perceiving the pharyngeal consonants compared to the uvulars and when perceiving the voiced phonemes compared to the voiceless. These findings, and L2 learners’ perceptual variation across contexts, predicted by the DA, suggest that L2 speakers were able to track phonetic cues during L2 perception and thus favor the ASP. These results support the interpretation that L2 learners attend to the phonetic detail in nonnative segments; however, they do not build nativelike phonological representations for the segments with weaker phonetic cues. This ability to process low-level phonetic cues opens the possibility for learners to create more robust phonological representations.
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3

Lagutina, Anna, and Tat'yana Lalova. "Phonological peculiarities (segmental level) of the French language in Pondicherry (India)." Филология: научные исследования, no. 5 (May 2021): 19–26. http://dx.doi.org/10.7256/2454-0749.2021.5.35603.

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This article is dedicated to examination of phonological peculiarities of segmental level of the French language in Pondicherry, one of the regions of the Republic of India. This region is a former trading post of the Fifth Republic, and currently is part of the preserved so-called “French India”. The goal of this research consists in determination of phonetic peculiarities of the French language of the population of Pondicherry in comparison with the central norm of pronunciation in France. The authors conducted an auditory analysis of the text recorded by the broadcasters, as well as thoroughly analyzed its results. In the course of research, the authors examined the level of realization of phonological oppositions within the system of vowels; as well as peculiarities of pronunciation of consonants, preservation or non-preservation of the phenomenon of “binding”, along with the instances pronunciation or fall out of [ə] caduc. The main conclusion consists in confirmation of the assumption on the causes of certain difficulties in realization of the French norm of pronunciation among the residents of Pondicherry. The differences in phonological systems of the French and Tamil languages (native to the population of Pondicherry) are the cause of the emergence distortions or replacements of certain French phonetic sounds. The conducted determined the pronunciation characteristics of French language of the population of Pondicherry, which were affected by their native Tamil language.
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4

Cho, Taehong, Dong Jin Kim, and Sahyang Kim. "Prosodic strengthening in reference to the lexical pitch accent system in South Kyungsang Korean." Linguistic Review 36, no. 1 (2019): 85–115. http://dx.doi.org/10.1515/tlr-2018-2008.

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Abstract Theories of the phonetics-prosody interface suggest that prosodic strengthening that arises with prosodic structuring is not simply a low-level phonetic phenomenon, but it serves as a phonetic hallmark of a higher-order prosodic structure in reference to linguistic (phonological) contrast. The present study builds on this theoretical premise by examining acoustic realization of the phonological tonal contrast in the lexical pitch accent system of South Kyungsang (SK) Korean. Results showed that phonetic realization of F0 and the degree of glottalization (as reflected in spectral tilt measures such as H1-A1c and H1-A3c) of vowels in vowel-initial words were systematically modulated by the higher-order prosodic structure, and that the prosodic-structural modulation gave rise to distinct prosodic strengthening effects as a function of the source of prosodic strengthening. In particular, the prominence-induced strengthening (due to focus) entailed a phonetic polarizing effect on the F0 contrast in a way that enhances the phonological High vs. Low tone contrast. The boundary-induced strengthening effect, on the other hand, could be better understood as enhancing the phonetic clarity of prosodic junctures. The distinct prosodic strengthening effects were further evident in the way that glottalization was fine-tuned according to prosodic structure and phonological (tonal) contrast. Prosodic strengthening effects were also found to interact with intrinsic vowel height, implying that the low-level phonetic effect may be under speaker control in reference to higher-order prosodic and phonological contrast systems of the language. Finally, the results informed a theoretical debate regarding whether the Low tone that contrasts with the High tone in word-initial position should be considered lexically specified vs. post-lexical assigned.
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5

Fretheim, Thorstein. "Phonetically Low Tone–Phonologically High Tone, and Vice Versa." Nordic Journal of Linguistics 10, no. 1 (1987): 35–58. http://dx.doi.org/10.1017/s0332586500001566.

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The phonological Highs and Lows of prosodic feet in East Norwegian utterances do not always coincide temporally with the phonetic Highs and Lows associated with the pitch contours characteristic of Accent 1 and Accent 2. This paper accounts for two distinct types of discrepancy between actual pitch level and perceived pitch level, i.e. phonological pitch level, in certain prosodically well-defined cases where pitch peaks appear to occur “too late”. In order to determine what is phonologically High or Low in a given prosodic foot, you often have to consider phonetic aspects of the pitch contours of the immediately preceding or the immediately following foot.
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6

Pouplier, Marianne, Stefania Marin, and Susanne Waltl. "Voice Onset Time in Consonant Cluster Errors: Can Phonetic Accommodation Differentiate Cognitive From Motor Errors?" Journal of Speech, Language, and Hearing Research 57, no. 5 (2014): 1577–88. http://dx.doi.org/10.1044/2014_jslhr-s-12-0412.

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Purpose Phonetic accommodation in speech errors has traditionally been used to identify the processing level at which an error has occurred. Recent studies have challenged the view that noncanonical productions may solely be due to phonetic, not phonological, processing irregularities, as previously assumed. The authors of the present study investigated the relationship between phonological and phonetic planning processes on the basis of voice onset time (VOT) behavior in consonant cluster errors. Method Acoustic data from 22 German speakers were recorded while eliciting errors on sibilant-stop clusters. Analyses consider VOT duration as well as intensity and spectral properties of the sibilant. Results Of all incorrect responses, 28% failed to show accommodation. Sibilant intensity and spectral properties differed from correct responses irrespective of whether VOT was accommodated. Conclusions The data overall do not allow using (a lack of) accommodation as a diagnostic as to the processing level at which an error has occurred. The data support speech production models that allow for an integrated view of phonological and phonetic processing.
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7

Gordon, Matthew. "A Phonological and Phonetic Study of Word‐Level Stress in Chickasaw." International Journal of American Linguistics 70, no. 1 (2004): 1–32. http://dx.doi.org/10.1086/422264.

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8

van de Vijver, Ruben, and Fabian Tomaschek. "Special Issue: Phonological and phonetic variation in spoken morphology." Morphology 31, no. 2 (2021): 83–86. http://dx.doi.org/10.1007/s11525-021-09376-8.

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AbstractIn recent years, more and more evidence is accumulating that there is a great deal of variation as a result of morphological complexity, both at the level of phonology and at the level of phonetics. Such findings challenge established linguistic models in which morphological information is lost in comprehension or production. The present Special Issue presents five studies that investigate the phenomenon in more detail, centered around the following questions: How do morphological relations affect articulatory and phonological properties of complex words? How do articulatory and phonological properties of complex words reflect their morphological relations? What do these two questions imply about theories that address morphological relatedness at the level of sounds?
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9

Heydarova, Maya. "Compiling of Phonetic Database Structure." Path of Science 7, no. 4 (2021): 4001. http://dx.doi.org/10.22178/pos.69-6.

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The voice corpus of language is the essential part of the linguistic resources, and it contains the phonetic database. A phonetic database is a structured collection of software-delivered speech fragments. Nowadays, phonetic database or voice corpus became like a new element in speech technologies, and much investigation has taken place according to this event. The investigators' interest in voice corpus is related to the development of a speech recognition system. Today it is enough to experience in preparation of a phonetic database. Equipped with unique information on the preparation and usage of everyday speech corpus, the development level of speech technologies and the increasing power of computer technologies allow for the investigation of various language materials, largescale, and statistical phonetic research. These developed directions of linguistics were investigated in this article. Speech corpora are a valuable source of information for phonological research and the study of sound patterns. The study of speech corpora is in its infancy compared to other field studies in linguistics. Existing speech corpora form the part of the world's languages and do not fully represent all the dialects and speech forms by phonological aspect. The article analyses the history, structure, and importance of developing speech corpses, a branch of corpus linguistics and has developed in recent years. The article also lists the main features to be considered in the design of the speech corpus.
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10

Gerhold, Kayla, Catherine Torrington Eaton, Rochelle S. Newman, and Nan Bernstein Ratner. "Early Phonological Predictors of Toddler Language Outcomes." Folia Phoniatrica et Logopaedica 72, no. 6 (2019): 442–53. http://dx.doi.org/10.1159/000503230.

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<b><i>Purpose:</i></b> Several studies have explored relationships between children’s early phonological development and later language performance. This literature has included a more recent focus on the potential for early phonological profiles to predict later language outcomes. <b><i>Methods:</i></b> The present study longitudinally examined the nature of phonetic inventories and syllable structure patterns of 48 typically developing children at 7, 11, and 18 months, and related them to expressive language outcomes at 2 years of age. <b><i>Results:</i></b> Findings provide evidence that as early as 11 months, phonetic inventory and mean syllable structure level are related to 24-month expressive language outcomes, including mean length of utterance and vocabulary diversity in spontaneous language samples, and parent-reported vocabulary scores. Consonant inventories in particular differed at 11 and 18 months for 2-year-olds with lower versus higher language skills. <b><i>Conclusion:</i></b> Limited inventories and syllable repertoires may add to risk profiles for later language delays.
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