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Ananthakrishnan, Saradha; Luo, Xin – Journal of Speech, Language, and Hearing Research, 2022
Purpose: The objective of this study was to determine if and how the subcortical neural representation of pitch cues in listeners with normal hearing is affected by systematic manipulation of vocoder parameters. Method: This study assessed the effects of temporal envelope cutoff frequency (50 and 500 Hz), number of channels (1-32), and carrier…
Descriptors: Suprasegmentals, Cues, Listening, Brain Hemisphere Functions
Tamura, Shunsuke; Ito, Kazuhito; Hirose, Nobuyuki; Mori, Shuji – Journal of Speech, Language, and Hearing Research, 2019
Purpose: The purpose of this study was to investigate whether speech perception would reflect small latency changes in subcortical speech representation. Method: Twelve native Japanese listeners participated in the experiment. Those listeners participated in speech identification task and auditory brainstem response (ABR) measurement using…
Descriptors: Speech Communication, Auditory Perception, Japanese, Listening Comprehension
Fisher, Julia – ProQuest LLC, 2017
This work examines the link between low-level cortical acoustic processing and higher-level cortical phonemic processing. Specifically, using functional magnetic resonance imaging, it looks at 1) whether or not the vowels [alpha] and [i] are distinguishable in regions of interest defined by the first two resonant frequencies (formants) of those…
Descriptors: Language Processing, Vowels, Statistical Analysis, Brain Hemisphere Functions
Tomaschek, Fabian; Truckenbrodt, Hubert; Hertrich, Ingo – Brain and Language, 2013
Recent experiments showed that the perception of vowel length by German listeners exhibits the characteristics of categorical perception. The present study sought to find the neural activity reflecting categorical vowel length and the short-long boundary by examining the processing of non-contrastive durations and categorical length using MEG.…
Descriptors: Language Processing, Brain Hemisphere Functions, Auditory Perception, Syllables
Sjerps, Matthias J.; Mitterer, Holger; McQueen, James M. – Brain and Language, 2012
Listeners perceive speech sounds relative to context. Contextual influences might differ over hemispheres if different types of auditory processing are lateralized. Hemispheric differences in contextual influences on vowel perception were investigated by presenting speech targets and both speech and non-speech contexts to listeners' right or left…
Descriptors: Vowels, Brain Hemisphere Functions, Auditory Discrimination, Lateral Dominance
Yoo, Sejin; Chung, Jun-Young; Jeon, Hyeon-Ae; Lee, Kyoung-Min; Kim, Young-Bo; Cho, Zang-Hee – Brain and Language, 2012
Speech production is inextricably linked to speech perception, yet they are usually investigated in isolation. In this study, we employed a verbal-repetition task to identify the neural substrates of speech processing with two ends active simultaneously using functional MRI. Subjects verbally repeated auditory stimuli containing an ambiguous vowel…
Descriptors: Auditory Stimuli, Articulation (Speech), Phonetics, Vowels
Grosvald, Michael; Corina, David – Applied Psycholinguistics, 2012
In this study we explore listeners' sensitivity to vowel to vowel (VV) coarticulation, using both event-related potential (ERP) and behavioral methodologies. The stimuli used were vowels "colored" by the coarticulatory influence of other vowels across one, three or five intervening segments. The paradigm used in the ERP portion of the study was…
Descriptors: Evidence, Auditory Stimuli, Vowels, Cognitive Processes
Chen, Zhaocong; Liu, Peng; Wang, Emily Q.; Larson, Charles R.; Huang, Dongfeng; Liu, Hanjun – Brain and Language, 2012
The present study investigated whether the neural correlates for auditory feedback control of vocal pitch can be shaped by tone language experience. Event-related potentials (P2/N1) were recorded from adult native speakers of Mandarin and Cantonese who heard their voice auditory feedback shifted in pitch by -50, -100, -200, or -500 cents when they…
Descriptors: Diagnostic Tests, Tone Languages, Adults, Vowels
Mahler, Leslie A.; Ramig, Lorraine O. – Clinical Linguistics & Phonetics, 2012
This study investigated the impact of a well-defined behavioral dysarthria treatment on acoustic and perceptual measures of speech in four adults with dysarthria secondary to stroke. A single-subject A-B-A experimental design was used to measure the effects of the Lee Silverman Voice Treatment (LSVT[R]LOUD) on the speech of individual…
Descriptors: Vowels, Speech Impairments, Brain Hemisphere Functions, Neurological Impairments
Haesen, Birgitt; Boets, Bart; Wagemans, Johan – Research in Autism Spectrum Disorders, 2011
This literature review aims to interpret behavioural and electrophysiological studies addressing auditory processing in children and adults with autism spectrum disorder (ASD). Data have been organised according to the applied methodology (behavioural versus electrophysiological studies) and according to stimulus complexity (pure versus complex…
Descriptors: Autism, Auditory Perception, Pervasive Developmental Disorders, Speech Communication
Liotti, Mario; Ingham, Janis C.; Takai, Osamu; Paskos, Delia Kothmann; Perez, Ricardo; Ingham, Roger J. – Brain and Language, 2010
High-density ERPs were recorded in eight adults with persistent developmental stuttering (PERS) and eight matched normally fluent (CONT) control volunteers while participants either repeatedly uttered the vowel "ah" or listened to their own previously recorded vocalizations. The fronto-central N1 auditory wave was reduced in response to spoken…
Descriptors: Brain Hemisphere Functions, Stuttering, Vowels, Auditory Perception
Bristow, Davina; Dehaene-Lambertz, Ghislaine; Mattout, Jeremie; Soares, Catherine; Gliga, Teodora; Baillet, Sylvain; Mangin, Jean-Francois – Journal of Cognitive Neuroscience, 2009
Speech is not a purely auditory signal. From around 2 months of age, infants are able to correctly match the vowel they hear with the appropriate articulating face. However, there is no behavioral evidence of integrated audiovisual perception until 4 months of age, at the earliest, when an illusory percept can be created by the fusion of the…
Descriptors: Brain Hemisphere Functions, Cues, Topography, Vowels