Prediction of variance in neural response to cochlear implant stimulation and its implications for perception [Abstract]
AuthorO'LEARY, STEPHEN; Irlicht, Lawrence S.; BRUCE, IAN; White, Mark; Clark, Graeme M.
Source TitleAbstract book IFOS Sydney '97
Document TypeConference Item
CitationsO'Leary, S., Irlicht, L. S., Bruce, I., White, M., & Clark, G. M. (1997). Prediction of variance in neural response to cochlear implant stimulation and its implications for perception [Abstract]. In Abstract book IFOS Sydney '97, Sydney.
Access StatusOpen Access
Cochlear implant patients' perception of sound is derived via electrical pulses arising from an electrode array. Chosen aspects of the acoustic spectrum are coded via a stimulation pattern designed according to some sound coding algorithm. Thus, a patients' ability to discriminate between sounds, and in turn their understanding, is directly related to their ability to differentiate between the patterns of electrical stimulation which code various sounds.
Keywordscochlear implant; speech perception; electrical stimulation
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- Graeme Clark Collection