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Speech Motor ControlNew developments in basic and applied research$
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Ben Maassen and Pascal van Lieshout

Print publication date: 2010

Print ISBN-13: 9780199235797

Published to Oxford Scholarship Online: March 2012

DOI: 10.1093/acprof:oso/9780199235797.001.0001

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Lip rounding anticipatory control: crosslinguistically lawful and ontogenetically attuned

Lip rounding anticipatory control: crosslinguistically lawful and ontogenetically attuned

Chapter:
(p.153) Chapter 9 Lip rounding anticipatory control: crosslinguistically lawful and ontogenetically attuned
Source:
Speech Motor Control
Author(s):

Aude Noiray

Marie-Agnès Cathiard

Lucie Ménard

Christian Abry

Publisher:
Oxford University Press
DOI:10.1093/acprof:oso/9780199235797.003.0009

This chapter investigates the cross-language validity of the Movement Expansion Model (MEM) and its developmental relevance. The first part reports on a test of the classical rounding anticipatory coarticulation models with adults from two different language backgrounds (American English and Canadian French). Anticipatory movement patterns were described by means of collecting protrusion and constriction data. A bite-block condition was added to control the possible neighbouring consonantal influence (via the jaw, particularly for coronals) on the time course of rounding anticipation. All speakers displayed a lawful MEM anticipatory behaviour including English subjects who have been reported to display a different rounding behaviour from French or Swedish. The failure of the preceding studies was attributed to a too small protrusion magnitude. The second part of this study reports on a test of the MEM model to account for the evolution of vocalic rounding anticipation in seven French-speaking children (aged from three-and-a-half to eight years). Results showed that the rounding movement timing pattern for the production of the French vowel [y] can be mastered as early as three-and-a-half years of age, and at least by five-and-a-half years.

Keywords:   rounding anticipation, coarticulation, Movement Expansion Model, protrusion, constriction, vocalic rounding anticipation

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