Abstract
The effects of delayed auditory feedback as a function of the point in the articulatory cycle at which feedback occurs was analyzed. Six subjects were exposed to two delay conditions (100 and 200 ms) and a control (no delay) condition while reading an experimental passage. Strain gauges were used to monitor lower lip and jaw movements. Preliminary analyses suggest that the specific effects of DAF (increased voice duration, increased syllable duration, movement plateaus, increased durations of movements, etc.) are related to the point in the articulatory cycle that feedback occurs. The differences in the effects of 100 and 200 ms delays may be accounted for by the probabilities that feedback will occur during different points of articulatory movement under these different delays. The DAF effect will be discussed in terms of a model of the role of auditory information in speech production rather than in terms of auditory loop times.
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