Control strategies for nerves modeled by self-exciting point processes
AuthorIrlicht, L.; Clark, Graeme M.
Source TitleAnnals of Otology, Rhinology & Laryngology
University of Melbourne Author/sClark, Graeme
Document TypeJournal Article
CitationsIrlicht, L., & Clark, G. M. (1995). Control strategies for nerves modeled by self-exciting point processes. Annals of Otology, Rhinology & Laryngology, 104(suppl.166), 361-363.
Access StatusOpen Access
This is a publisher’s version of an article published in Annals of Otology, Rhinology & Laryngology published by Annals Publishing Company. This version is reproduced with permission from Annals Publishing Company. http://www.annals.com/
Cochlear implants electrically stimulate the auditory nerve with the aim of generating a perception of sound via an evoked neural response pattern. An electrically stimulated auditory nerve responds differently to an acoustically stimulated auditory nerve, and the surviving nerves of patients with a hearing loss may exhibit characteristics different from those of normal-hearing people. Thus, the cochlear implant evoked response pattern differs greatly from that of the normal hearing situation. One method of understanding such response patterns is to employ a mathematic model. If possible, the model should permit the determination of neural response differences between closely related sounds, and facilitate the design of stimuli that evoke desired neural response patterns. How should such a model be chosen?
Keywordscochlear implants; auditory nerve; deafness; neural response
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- Graeme Clark Collection