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1
Adults with a severe-to-profound hearing impairment: investigating the effects of linguistic context on speech perception
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2
Contributing factors to improved speech perception in children using the nucleus 22-channel cochlear prosthesis
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3
Issues in long-term management of children with cochlear implants and tactile devices [Abstract]
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4
Speech perception benefits for children using an advanced cochlear implant speech processing strategy in quiet and in noise [Abstract]
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5
The development of the Melbourne/Cochlear multiple-channel cochlear implant for profoundly deaf children
Abstract: This is a publisher’s version of an article published in The Australian Journal of Otolaryngology 1992. This version is reproduced with permission from Australian Society of Otolaryngology Head and Neck Surgery. ; Journal also known as: Australian Journal of Oto-laryngology ; In 1978-79, a speech processing strategy which extracted the voicing (FO) and second formant (F2) frequencies and presented these as rate and place of stimulation respectively to residual auditory nerve fibres was developed for the University of Melbourne's prototype multiple-channel receiver-stimulator (Clark et aI1977, Clark et a11978, Tong et aI1980). This speech processing strategy was shown to provide post linguistically deaf adults with some open-set speech comprehension using electrical stimulation alone, and considerable help when used in combination with lipreading (Clark et al 1981).
Keyword: cochlear implant; otolaryngology; paediatric otology; profound deafness; speech processing
URL: http://hdl.handle.net/11343/27357
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