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Music Perception Abilities and Ambiguous Word Learning: Is There Cross-Domain Transfer in Nonmusicians?
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In: Front Psychol (2022)
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Music perception abilities and ambiguous word learning : is there cross-domain transfer in nonmusicians?
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Word learning in the field: Adapting a laboratory-based task for testing in remote Papua New Guinea
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In: PLoS One (2021)
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The role of acoustic similarity and non-native categorisation in predicting non-native discrimination : Brazilian Portuguese vowels by English vs. Spanish listeners
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Developing a parent vocabulary checklist for young Indigenous children growing up multilingual in the Katherine region of Australia’s Northern Territory ...
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Developing a parent vocabulary checklist for young Indigenous children growing up multilingual in the Katherine region of Australia’s Northern Territory ...
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Infants use phonetic detail in speech perception and word learning when detail is easy to perceive
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Revisiting infant distributional learning using event-related potentials : does unimodal always inhibit and bimodal always facilitate?
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Abstract:
Infants can learn and generalize phonetic categories through speech sound frequency distributions. Nevertheless, previous research with varying participant ages and testing paradigms reported incongruent findings regarding the effect of distributional learning of phonetic contrasts. The current study examines infants’ distributional learning of non-native tones using electroencephalography. 5-6-monthold Australian infants were exposed to an 8-step continuum of a Mandarin Chinese high-level vs. high-falling tonal contrast. The bimodal condition had frequency peaks near the two ends of the continuum (steps 2, 7) whereas the peak was at the midpoint of the unimodal condition (steps 4, 5). Before and after listening to their corresponding distribution, both groups were tested on the same sounds (steps 3, 6) in a passive oddball paradigm. The unimodal group (N = 8) showed strong sensitivity to the sound distinction at post- but not pre-distributional learning. The bimodal group (N = 8), no significant neural sensitivity or difference was observed in pre- or post-distributional learning. The finding that unimodal exposure enhances infant perception is novel and is explained by their acoustic sensitivity to peak location, highlighting the role of the magnitude of the acoustic distinction in the stimuli when prior training and exposure is insufficient to establish phonetic categories.
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Keyword:
electroencephalography; evoked potentials (electrophysiology); speech perception; tone (phonetics); XXXXXX - Unknown
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URL: http://hdl.handle.net/1959.7/uws:56081 https://doi.org/10.21437/SpeechProsody.2020-67
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Developing a parent vocabulary checklist for young Indigenous children growing up multilingual in the Katherine region of Australia's Northern Territory
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Learning to perceive, produce and recognise words in a non-native language : Australian English vs. European Spanish learners of Brazilian Portuguese
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Language-dependent cue weighting : an investigation of perception modes in L2 learning
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Probability of heritage language use at a supportive early childhood setting in Australia
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Factors affecting infant toy preferences : age, gender, experience, motor development, and parental attitude
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The /el/-/æl/ merger in Australian English:Acoustic and articulatory insights
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The Effects of Syllable and Utterance Position on Tongue Shape and Gestural Magnitude in /l/ and /r/
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The Effects of Syllable and Sentential Position on the Timing of Lingual Gestures in /l/ and /r/
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ISCAN: a System for Integrated Phonetic Analyses Across Speech Corpora
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Large-scale Acoustic Analysis of Dialectal and Social Factors in English /s/-retraction
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Age Vectors vs. Axes of Intraspeaker Variation in Vowel Formants Measured Automatically From Several English Speech Corpora
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