This study investigated the effect of fast-acting Automatic Gain Control (AGC) on the speech intelligibility of cochlear implant users as a function of presentation level. Both low and high signal-to-noise ratio conditions were investigated. The AGC substantially reduced the amount of clipping, but did not give consistent improvements in intelligibility. With no AGC, and high signal-to-noise ratio, speech scores were not significantly degraded until more than 25 % of stimulation pulses were affected by clipping. Index Terms — cochlear implant, speech intelligibility
It has been suggested that the most important factor for obtaining high speech intelligibility in no...
Background: Use of personal frequency-modulated (FM) systems significantly improves speech rec-ognit...
Cochlear implant (CI) recipients suffer from the inability to understand speech in adverse listening...
Item does not contain fulltextOBJECTIVES: The purpose of this study was to improve bimodal benefit i...
We simulated the effect of several automatic gain control (AGC) and AGC-like systems and head moveme...
This study looked at different methods to preserve interaural level difference (ILD) cues for bilate...
The aim of the present study was to investigate the effect of high electrical stimulation rates in c...
The purpose of this study is to understand how electrical stimulation (as opposed to acoustical stim...
UnrestrictedAccompanying cochlear implant (CI) performance improvement over years, CI speech recogni...
Speech understanding in cochlear implants (CI) is good in quiet, but very poor in more adverse liste...
Abstract: Cochlear implant (CI) users receive only limited sound information through their implant, ...
textabstractObjective: To evaluate the validity and efficacy of a transient noise reduction algorith...
Speech perception by cochlear implant (CI) users can be very good in quiet but their speech intellig...
Recent studies have shown that transient parts of a speech signal contribute most to speech intellig...
Paper presented at the 12th National Conference of the Audiological Society of Australia. Brisbane,...
It has been suggested that the most important factor for obtaining high speech intelligibility in no...
Background: Use of personal frequency-modulated (FM) systems significantly improves speech rec-ognit...
Cochlear implant (CI) recipients suffer from the inability to understand speech in adverse listening...
Item does not contain fulltextOBJECTIVES: The purpose of this study was to improve bimodal benefit i...
We simulated the effect of several automatic gain control (AGC) and AGC-like systems and head moveme...
This study looked at different methods to preserve interaural level difference (ILD) cues for bilate...
The aim of the present study was to investigate the effect of high electrical stimulation rates in c...
The purpose of this study is to understand how electrical stimulation (as opposed to acoustical stim...
UnrestrictedAccompanying cochlear implant (CI) performance improvement over years, CI speech recogni...
Speech understanding in cochlear implants (CI) is good in quiet, but very poor in more adverse liste...
Abstract: Cochlear implant (CI) users receive only limited sound information through their implant, ...
textabstractObjective: To evaluate the validity and efficacy of a transient noise reduction algorith...
Speech perception by cochlear implant (CI) users can be very good in quiet but their speech intellig...
Recent studies have shown that transient parts of a speech signal contribute most to speech intellig...
Paper presented at the 12th National Conference of the Audiological Society of Australia. Brisbane,...
It has been suggested that the most important factor for obtaining high speech intelligibility in no...
Background: Use of personal frequency-modulated (FM) systems significantly improves speech rec-ognit...
Cochlear implant (CI) recipients suffer from the inability to understand speech in adverse listening...