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Cochlear implant research directions [Abstract]

Graeme M. Clark

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Abstract

Our research to improve speech processing for cochlear implants aims at overcoming the electroneural �bottle-neck� presented by the implant between the world of sound and the central auditory nervous system. Research to overcome the information �bottle neck� is being achieved by widening the �bottle-neck�. This is being made possible by the better representation of the temporal and place coding of frequency using electrical stimulation of the auditory nerve.

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Our research to improve speech processing for cochlear implants aims at overcoming the electroneural �bottle-neck� presented by the implant between the world of sound and the central auditory nervous system. Research to overcome the information �bottle neck� is being achieved by widening the �bottle-neck�. This is being made possible by the better representation of the temporal and place coding of frequency using electrical stimulation of the auditory nerve.

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Available abstract

Our research to improve speech processing for cochlear implants aims at overcoming the electroneural �bottle-neck� presented by the implant between the world of sound and the central auditory nervous system. Research to overcome the information �bottle neck� is being achieved by widening the �bottle-neck�. This is being made possible by the better representation of the temporal and place coding of frequency using electrical stimulation of the auditory nerve.

Key concepts: Cochlear implant, Audiology, Computer science, Medicine

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