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All India Institute of Speech and Hearing, Mysuru
(An Autonomous institute Under Ministry of Health and Family Welfare, Government of India.)

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Better hearing with cochlear implants : studies at the Research Triangle Institute / Blake S. Wilson, Michael F. Dorman.

By: Contributor(s): Material type: TextPublication details: San Diego, CA : Plural Pub., c2012.Description: xiii, 453 p. : ill. ; 24 cmISBN:
  • 9781597562539 (alk. paper)
  • 159756253X (alk. paper)
Subject(s): DDC classification:
  • 617.882 205 92 WIL D 23
LOC classification:
  • RF305 .W55 2012
NLM classification:
  • WV 274
Contents:
Comparison of analog and pulsatile coding strategies for multichannel cochlear prostheses (QPR 3:1) -- New levels of speech reception with cochlear implants (QPR 3:2) -- Evaluation of alternative implementations of the continuous interleaved sampling (CIS), interleaved pulses (IP), and peak picker (PP) processing strategies (QPR 3:3) -- Comparison of compressed analog (CA) and continuous interleaved sampling (CIS) -- Processors in tests with seven ineraid subjects (QPR 3:4) -- Evaluation of other promising strategies (QPR 3:10) -- Completion of "poor performance" series (QPR 3:12) -- Auditory brainstem implant (ABI) studies (QPR 3:12) -- Virtual channel interleaved sampling (VCIS) processors : initial studies with subject SR2 (QPR 4:1) -- Identification of virtual channels on the basis of pitch (QPR 4:3) -- Further evaluation of VCIS processors (QPR 4:6) -- Design for an inexpensive but nonetheless highly effective cochlear implant system (FR 4) -- 22 electrode percutaneous study : results for the first five subjects (QPR 5:3) -- Speech reception with bilateral cochlear implants (QPR 6:4) -- Sensitivities to interaural timing differences (QPR 7:4) -- Pitch ranking of electrodes for 22 subjects with bilateral cochlear implants (QPR 7:10) -- Psychophysical studies relating to combined EAS (QPR 6:11) -- Speech reception with combined EAS (QPR 7:3) -- Temporal representations with cochlear implants (summary in FR 4 of sections in QPRS 4:7 and 4:11) -- Strategies for the repair of deficits in temporal representations with cochlear implants (QPR 4:9) -- High rate studies, subject SR2 (QPR 5:7).
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Includes bibliographical references ( p. [431]-444) and index.

Comparison of analog and pulsatile coding strategies for multichannel cochlear prostheses (QPR 3:1) -- New levels of speech reception with cochlear implants (QPR 3:2) -- Evaluation of alternative implementations of the continuous interleaved sampling (CIS), interleaved pulses (IP), and peak picker (PP) processing strategies (QPR 3:3) -- Comparison of compressed analog (CA) and continuous interleaved sampling (CIS) -- Processors in tests with seven ineraid subjects (QPR 3:4) -- Evaluation of other promising strategies (QPR 3:10) -- Completion of "poor performance" series (QPR 3:12) -- Auditory brainstem implant (ABI) studies (QPR 3:12) -- Virtual channel interleaved sampling (VCIS) processors : initial studies with subject SR2 (QPR 4:1) -- Identification of virtual channels on the basis of pitch (QPR 4:3) -- Further evaluation of VCIS processors (QPR 4:6) -- Design for an inexpensive but nonetheless highly effective cochlear implant system (FR 4) -- 22 electrode percutaneous study : results for the first five subjects (QPR 5:3) -- Speech reception with bilateral cochlear implants (QPR 6:4) -- Sensitivities to interaural timing differences (QPR 7:4) -- Pitch ranking of electrodes for 22 subjects with bilateral cochlear implants (QPR 7:10) -- Psychophysical studies relating to combined EAS (QPR 6:11) -- Speech reception with combined EAS (QPR 7:3) -- Temporal representations with cochlear implants (summary in FR 4 of sections in QPRS 4:7 and 4:11) -- Strategies for the repair of deficits in temporal representations with cochlear implants (QPR 4:9) -- High rate studies, subject SR2 (QPR 5:7).

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