We present DYNARTmo, a dynamic articulatory model designed to visualize speech articulation processes in a two-dimensional midsagittal plane. The model builds upon the UK-DYNAMO framework and integrates principles of articulatory underspecification, segmental and gestural control, and coarticulation. DYNARTmo simulates six key articulators based on ten continuous and six discrete control parameters, allowing for the generation of both vocalic and consonantal articulatory configurations. The current implementation is embedded in a web-based application (SpeechArticulationTrainer) that includes sagittal, glottal, and palatal views, making it suitable for use in phonetics education and speech therapy. While this paper focuses on the static modeling aspects, future work will address dynamic movement generation and integration with articulatory-acoustic modules.

翻译：本文提出DYNARTmo，这是一种动态发音模型，旨在二维正中矢状平面上可视化语音发音过程。该模型基于UK-DYNAMO框架构建，并整合了发音非充分赋值、音段与姿态控制以及协同发音等原理。DYNARTmo基于十个连续参数和六个离散控制参数模拟六个关键发音器官，能够生成元音和辅音的发音构型。当前实现嵌入了一个基于网络的应用程序（SpeechArticulationTrainer）中，该程序包含矢状面、声门和腭部视图，适用于语音学教育和言语治疗。尽管本文侧重于静态建模方面，未来工作将致力于动态运动生成以及与发音-声学模块的集成。