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Background: The scalp-recorded frequency-following response (FFR) has been widely accepted in assessing the brain’s processing of speech stimuli for people who speak tonal and nontonal languages. Characteristics of scalp-recorded FFRs with in[...]Article
Fuh-Cherng Jeng, Auteur ; Yu-Shiang Jeng, Auteur |The frequency-following response (FFR) provides enriched information on how acoustic stimuli are processed in the human brain. Based on recent studies, machine learning techniques have demonstrated great utility in modeling human FFRs. This tuto[...]Article
Fuh-Cherng Jeng, Auteur ; Tzu-Hao Lin, Auteur ; Breanna N. Hart, Auteur ; Karen Montgomery-Reagan, Auteur ; Kalyn McDonal, Auteur |Objective One challenge in extracting the scalp-recorded frequency-following response (FFR) is related to its inherently small amplitude, which means that the response cannot be identified with confidence when only a relatively small number of [...]Article
Objectif : Des recherches antérieures ont montré l'utilité d'utiliser des chimères auditives pour évaluer la perception d'un auditeur de l'enveloppe et de la structure fine pour un stimulus acoustique. Cependant, la recherche comparant et contra[...]Article
Shuman He ; Lei Xu ; Jeffrey Skidmore ; Fuh-Cherng Jeng ; et al. |Objectives: This study aimed to compare the effects of increasing the interphase gap (IPG) on the neural response of the electrically stimulated cochlear nerve (CN) between children with CN deficiency (CND) and children with normal-sized CNs. [...]
