Predicting Hungarian sound durations for continuous speech

Olaszy, Gábor (2002) Predicting Hungarian sound durations for continuous speech. Acta Linguistica Hungarica, 49 (3-4). pp. 321-345. ISSN 1216-8076

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Abstract

Direct measurements show that a number of factors influence the final value of sound durations in continuous speech. On the segmental level it is mainly the articulatory movements that determine  important influence factors, while on the suprasegmental level accent, syllabic stress, within-word position, the preceding and following syllables and finallyutterance position may have an influence on final sound durations. So the problem of how to predict  sound durations can be described with a multivariable function in which the effect of the variables cannot be easily defined with good accuracy. It is difficult to separate the effects of certain functions, i.e., it is difficult to model this function, making direct measurements on the speech signal. A model has been constructed and realized in which three well-defined levels are working separately. In the first one (this is the segmental level) the separation of the effect of articulation from other factors is solved. The second and third levels relate to the suprasegmental level of speech.

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