Lingual ultrasound imaging is essential in linguistic research and speech recognition. It has
been used widely in different applications as visual feedback to enhance language learning …

Purpose The aim of this work was to develop and evaluate an MRI‐based system for study
of dynamic vocal tract shaping during speech production, which provides high spatial and …

Acoustic simulation of sound propagation inside the vocal tract is a key element of speech
research, especially for articulatory synthesis, which allows one to relate the physics of …

Articulatory copy synthesis (ACS) refers to the synthetic reproduction of natural utterances.
The existing methods of ACS have the limitations of poor generalizability for unknown …

The paper presents extensions of the single-matrix formulation (Mokhtari et al., 2008,
Speech Comm. 50 (3) 179–190) that enable self-oscillation models of vocal folds, including …

Articulatory synthesis generates speech sounds by simulating the physical phenomena
involved in speech production. The accuracy of the physical modelling is expected to affect …

This paper proposes a modular architecture for articulatory synthesis from a gestural
specification comprising relatively simple models for the vocal tract, the glottis, aero …

This paper presents a methodology for articulatory synthesis of running speech in American
English driven by real-time magnetic resonance imaging (rtMRI) mid-sagittal vocal-tract …

This paper describes a novel approach for copy synthesis of human speech with the
articulatory speech synthesizer Vocal-TractLab (VTL). For a given natural utterance, an …

Static anatomical and real-time dynamic magnetic resonance imaging (RT-MRI) of the upper
airway is a valuable method for studying speech production in research and clinical settings …