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Automatisation of intonation modelling and its linguistic anchoring
Author(s) -
Uwe D. Reichel
Publication year - 2012
Publication title -
open access lmu (ludwid maxmilian's universitat munchen)
Language(s) - English
DOI - 10.5282/ubm/epub.13153
Subject(s) - intonation (linguistics) , interpretation (philosophy) , natural language processing , computer science , artificial intelligence , linguistics , parametric statistics , perception , superposition principle , speech recognition , mathematics , psychology , philosophy , statistics , mathematical analysis , neuroscience
This paper presents a fully machine-driven approach for intonation description and its linguistic interpretation. For this purpose,a new intonation model for bottom-up F0 contour analysis and synthesis is introduced, the CoPaSul model which is designed in the tradition of parametric, contour-based, and superpositional approaches. Intonation is represented by a superposition of global and local contour classes that are derived from F0 parameterisation. These classes were linguistically anchored with respect to information status by aligning them with a text which had been coarsely analysed for this purpose by means of NLP techniques. To test the adequacy of this data-driven interpretation a perception experiment was carried out, which confirmed 80% of the findings.

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