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1
Comparison of the SPEAK (Spectral Maxima) and multipeak speech processing strategies and improved speech perception in background noise
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2
Speech perception benefits for implanted children with preoperative residual hearing [Abstract]
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3
Articulation accuracy of children using an electrotactile speech processor
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4
Speech self-monitoring by children using an electrotactile speech processor
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5
Cochlear implants: future research directions
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6
Results of multichannel cochlear implantation in very young children [Abstract]
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7
Improved electrotactile speech processor: Tickle Talker
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8
Potential and limitations of cochlear implants in children
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9
Initial investigation of the efficacy and biosafety of sodium hyaluronate (healon) as an aid to electrode array insertion
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10
The progress of children using the multichannel cochlear implant in Melbourne
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11
Cochlear implantation: osteoneogenesis, electrode-tissue impedance, and residual hearing
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12
Issues in long-term management of children with cochlear implants and tactile devices [Abstract]
Abstract: This is a publisher’s version of an article published in Australian Journal of Audiology 1994. This version is reproduced with permission from the publisher, Australian Academic Press. http://www.australianacademicpress.com.au/ ; For many children with severe and profound hearing losses, conventional hearing aids are unable to provide sufficient amplification to ensure good oral communication and/or in the case of very young children, development of speech and language. Traditionally a number of these children have opted for the use of sign language alone or in Total Communication approaches as a primary means of communication. The advent of multiple channel cochlear implants for children and the continuing development of multiple channel speech processing tactile devices provide auditory approaches to resolving communication difficulties for these children. The successful use of such devices depends on a number of factors including the information provided through the aid; the ease of use, convenience and reliability of the aid; the individual communication needs of the child; and the habilitation and management program used with the device. Long-term data has shown that children continue to show increased speech perception benefits from improvements in speech processing and from further experience with these devices. Habilitation and management programs must therefore be geared to meet the changing needs of children as they progress and of families as children mature and face new challenges. Habilitation must address specific individual needs in speech perception and in speech production. For very young children, benefits of improved speech perception should have an impact on the development of speech and language, and habilitation and management must emphasise the need for language growth.
Keyword: audiology; children; cochlear implants; deafness; speech perception; speech processing; tactile devices
URL: http://hdl.handle.net/11343/27408
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13
A clinical report on vocabulary skills in cochlear implant users [Abstract]
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14
Cochlear implants for congenitally deaf adolescents: is open-set speech perception a realistic expectation?
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15
Signal processing for multichannel cochlear implants: past, present and future [Abstract]
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16
Cochlear implants in children: unlimited potential? [Abstract]
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17
Preoperative residual hearing as a predictor of postoperative speech scores for adult cochlear implant users [Abstract]
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18
Physiological and histopathological response of the cochlea to chronic electrical stimulation of the auditory nerve at high stimulus rates [Abstract]
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19
Cochlear implants in children, adolescents, and prelinguistically deafened adults: speech perception
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20
Cochlear implants in children, adolescents, and prelinguistically deafened adults: speech perception
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