Does training with amplitude modulated tones affect tone-vocoded speech perception?

Temporal-envelope cues are essential for successful speech perception. We asked here whether training on stimuli containing temporal-envelope cues without speech content can improve the perception of spectrally-degraded (vocoded) speech in which the temporal-envelope (but not the temporal fine struc...

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Veröffentlicht in:PloS one 2019-12, Vol.14 (12), p.e0226288-e0226288
Hauptverfasser: Casaponsa, Aina, Sohoglu, Ediz, Moore, David R, Füllgrabe, Christian, Molloy, Katharine, Amitay, Sygal
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container_title PloS one
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creator Casaponsa, Aina
Sohoglu, Ediz
Moore, David R
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Molloy, Katharine
Amitay, Sygal
description Temporal-envelope cues are essential for successful speech perception. We asked here whether training on stimuli containing temporal-envelope cues without speech content can improve the perception of spectrally-degraded (vocoded) speech in which the temporal-envelope (but not the temporal fine structure) is mainly preserved. Two groups of listeners were trained on different amplitude-modulation (AM) based tasks, either AM detection or AM-rate discrimination (21 blocks of 60 trials during two days, 1260 trials; frequency range: 4Hz, 8Hz, and 16Hz), while an additional control group did not undertake any training. Consonant identification in vocoded vowel-consonant-vowel stimuli was tested before and after training on the AM tasks (or at an equivalent time interval for the control group). Following training, only the trained groups showed a significant improvement in the perception of vocoded speech, but the improvement did not significantly differ from that observed for controls. Thus, we do not find convincing evidence that this amount of training with temporal-envelope cues without speech content provide significant benefit for vocoded speech intelligibility. Alternative training regimens using vocoded speech along the linguistic hierarchy should be explored.
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subjects Adult
Amplitudes
Auditory Perception - physiology
Biology and Life Sciences
Consonants
Consonants (speech)
Councils
Cues
Cues/Cueing
Ears & hearing
Engineering and Technology
Female
Fine structure
Frequency range
Frequency ranges
Hearing loss
Humans
Identification
Intelligibility
Language
Linguistics
Male
Medical research
Noise
Perception
Phonetics
Social Sciences
Sound identification
Speech Intelligibility - physiology
Speech perception
Speech Perception - physiology
Speeches
Stimuli
Time Perception
Training
Transplants & implants
Ultrastructure
Vowels
Young Adult
title Does training with amplitude modulated tones affect tone-vocoded speech perception?
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