M. K. Han

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Purpose Noisy conditions make auditory processing difficult. This study explores whether noisy conditions influence the effects of phonotactic probability (the likelihood of occurrence of a sound sequence) and neighborhood density (phonological similarity among words) on adults' word learning. Method Fifty-eight adults learned nonwords varying in(More)
(2014, October). Lombard effect based speech analysis across noisy environments for voice communications with cochlear implant subjects. The influence of home language input and lexical processing efficiency on vocabulary size in 3-year-olds. The role of family language environment in outcomes in school-age children with cochlear implants. Links between(More)
The goal of this study was to explore the effects of phonotactic probability, word length, word frequency, and neighborhood density on the words known by children with cochlear implants (CIs) varying in vocabulary outcomes in a retrospective analysis of a subset of data from a longitudinal study of hearing loss. Generalized linear mixed modeling was used to(More)
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