Searched for: person:svirsm01 or azadpm01 or sagie01 or Nicole Capach (capacn01)
Cochlear implants
Chapter by: Svirsky MA; Cullen JK; Walker CF
in: Bioinstrumentation : research, developments, and applications by Wise DL [Eds]
Boston : Butterworths, 1990
pp. 1161-1193
ISBN: 0409902349
CID: 5010
AN ALTERNATIVE WAY TO ENCODE VOICING IN MULTICHANNEL COCHLEAR IMPLANTS
Chapter by: SVIRSKY, MA; FEINMAN, GR; CULLEN, JK; WALKER, CF
in: Proceedings Of The Annual International Conference Of The Ieee Engineering In Medicine And Biology Society, Pts 1-4 by Harris, G; Walker, C [Eds]
pp. 1541-1542
ISBN:
CID: 2349812
DISCRIMINATION OF COMPLEX SPEECH-RELATED SIGNALS WITH A MULTICHANNEL ELECTRONIC COCHLEAR IMPLANT AS MEASURED BY ADAPTIVE PROCEDURES
HOOD, LJ; SVIRSKY, MA; CULLEN, JK
ISI:A1987G162500016
ISSN: 0003-4894
CID: 97911
MULTICHANNEL COCHLEAR IMPLANTS AS TREATMENT FOR THE PROFOUNDLY DEAF - A REPORT [Meeting Abstract]
SVIRSKY, MA; JENISON, V; CULLEN, JK; WALKER, CF
ISI:A1986D886500015
ISSN: 0090-5488
CID: 97912
Matching acoustical properties of speech with electrical stimulation frequency boundaries in cochlear implant patients
Svirsky, M.A.; Cullen, J.K.; Walker, C.F.
Cochlear implant patients implanted with a programmable, 21-channel stimulator receive information about the dominant spectral peak in the midfrequency range (800-4000 Hz) encoded as electrode position. Three frequency-to-electrode position maps were tried, including one map where frequency-band boundaries were those frequencies that are midfrequency spectral peak boundaries between vowels, in an effort to increase vowel discrimination. Identification tests were not conclusive with respect to one map being better than the others for the three patients, but the two maps which had more electrodes representing lower frequencies were significantly better than the other map, when measured by discrimination tests
INSPEC:3000903
ISSN: n/a
CID: 97913