用动态发音模型模拟从语言到发音的连续运动过程
The Dynamic Articulatory Model DYNARTmo: Dynamic Movement Generation and Speech Gestures
- 基于发音手势概念构建动态发音模型
- 通过手势评分协调生成连续发音动作轨迹
- 适合语音合成与言语神经机制研究者
本文介绍了动态发音模型DYNARTmo的当前实现，该模型基于发音手势概念和相应的手势评分，生成连续的发音器运动。模型提供了一个神经生物学启发的计算框架，用于模拟从语言表征到发音-声学实现的言语产生的分层控制。文中阐述了手势库结构、手势评分中的手势协调机制，以及如何将这些手势转换为控制DYNARTmo声道模型的连续发音器轨迹。
原文摘要 · Abstract (English)
This paper describes the current implementation of the dynamic articulatory model DYNARTmo, which generates continuous articulator movements based on the concept of speech gestures and a corresponding gesture score. The model provides a neurobiologically inspired computational framework for simulating the hierarchical control of speech production from linguistic representation to articulatory-acoustic realization. We present the structure of the gesture inventory, the coordination of gestures in the gesture score, and their translation into continuous articulator trajectories controlling the DYNARTmo vocal tract model.
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