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Proceedings chapter
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English

How do multiple sublexical cues converge in lexical segmentation ? An artificial language learning study

Published inInterspeech Conference 2013, p. 2817-2821
Presented at Lyon, 25-29 August 2013
Publication date2013
Abstract

This artificial language learning (ALL) study investigates how multiple sublexical cues contribute simultaneously to lexical segmentation in French. Previous research [9] has explored segmentation in lexical identification by presenting conflicting sublexical cues in the same experiment. We argue that this method of pitting conflicting cues against each other pairwise does not allow the researcher to discover interactions in cue use. We can obtain a more accurate view of speech segmentation by focusing on how French listeners exploit convergent rather than conflicting sources of segmentation information. To this end, acoustic-phonetic, phonological and prosodic cues were manipulated and combined across conditions. The data clearly showed that the combined effects of multiple sublexical cues are more complex than expected based on previous results. Moreover, phonological cues did not supersede prosodic cues as previously shown for English but rather have cumulative and synergistic effects. Two explanations can be given for these differences in the observed results. First, the processes of lexical segmentation in lexical identification [9] and lexical acquisition studied here may not be the same. Second, the hierarchy of segmentation cues is probably not universal, but rather depends upon the specific phonological and prosodic properties of the language studied.

Keywords
  • Lexical segmentation
  • Sublexical cues
  • Prosodic cues
  • Phonotactics
  • Acoustic-phonetic cues
  • Artificial language learning
Citation (ISO format)
BAGOU, Odile, FRAUENFELDER, Ulrich Hans. How do multiple sublexical cues converge in lexical segmentation ? An artificial language learning study. In: Interspeech Conference 2013. Lyon. [s.l.] : [s.n.], 2013. p. 2817–2821.
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  • PID : unige:41210
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