Emilie Troille

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In a previous study [1] on vowel rounding anticipatory perception through a fricative consonant stream with a gating paradigm, we discovered that auditory information could be, in this VCV frame, ahead of visual information, and even of audiovisual information (hence A>AV>V). We propose here to extend this experiment to different modality-impaired groups of(More)
The concept of an internal forward model that internally simulates the sensory consequences of an action is a central idea in speech motor control. Consistent with this hypothesis, silent articulation has been shown to modulate activity of the auditory cortex and to improve the auditory identification of concordant speech sounds, when embedded in white(More)
At the beginning of the 90s, it was definitively demonstrated that as early as the visual speech information is perceivable, speech identification can be processed. used different V-to-V anticipatory spans, with articulatory measurements, along silent pauses, in a perceptual gating paradigm, and found that up to 200 ms "speech can be seen before it is(More)
The existence of feedback control mechanisms from motor to sensory systems is a central idea in speech production research. Consistent with the view that articulation modulates the activity of the auditory cortex, it has been shown that silent articulation improved identification of concordant speech sounds [1]. In the present study, we replicated and(More)
OBJECTIVE It has been shown previously that congenitally blind francophone adults had higher auditory discrimination scores than sighted adults. It is unclear, however, if, compared to their sighted peers, blind speakers display an increased ability to detect anticipatory acoustic cues. In this paper, this ability is investigated in both speaker groups. (More)
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