Recent advances in real-time magnetic resonance imaging (RT-MRI) have made it possible
to study the anatomy and dynamic motion of the vocal tract during speech production with …

Velum movement signals generated from real-time magnetic resonance imaging videos of
thirty-five German speakers were used to investigate the physiological conditions that might …

Purpose To achieve high temporal frame rate, high spatial resolution and full‐vocal‐tract
coverage for three‐dimensional dynamic speech MRI by using low‐rank modeling and …

We present a method of using generalized additive mixed models (GAMMs) to analyze
midsagittal vocal tract data obtained from real-time magnetic resonance imaging (rt-MRI) …

Real-time magnetic resonance imaging (rtMRI) of the moving vocal tract during running
speech production is an important emerging tool for speech production research providing …

Vowel nasalisation in American English has been the subject of a long discussion as to
whether it is a phonological process or whether it should better be analysed as phonetic …

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 …

Speech sounds are generally classified as either nasal or oral, with the velopharyngeal
opening (VPO) characterized as simply open or closed. This account contrasts with clinical …

Bininj Kunwok (BKw), a language spoken in Northern Australia, restricts the degree of
anticipatory nasalization, as suggested by previous aerodynamic and acoustic analyses …

There have been enormous technical advances in the use of imaging techniques in speech
production research in terms of resolution and frame rates. However, a major bottleneck lies …