Purpose To enable dynamic speech imaging with high spatiotemporal resolution and full‐
vocal‐tract spatial coverage, leveraging recent advances in sparse sampling. Methods An …

Purpose To develop and evaluate a technique for 3D dynamic MRI of the full vocal tract at
high temporal resolution during natural speech. Methods We demonstrate 2.4× 2.4× 5.8 …

Real-time magnetic resonance imaging (RT-MRI) of human speech production is enabling
significant advances in speech science, linguistics, bio-inspired speech technology …

We present MRI-TIMIT: a large-scale database of synchronized audio and real-time
magnetic resonance imaging (rtMRI) data for speech research. The database currently …

Speech production mechanisms can be characterized at a peripheral level by both their
acoustic and articulatory traces along time. Researchers have thus developed very large …

Articulation of liquid consonants in onsets and codas by four speakers of General American
English was examined using real-time MRI. Midsagittal tongue posture was compared for …

Purpose To improve the depiction and tracking of vocal tract articulators in spiral real‐time
MRI (RT‐MRI) of speech production by estimating and correcting for dynamic changes in off …

Consonant reduction is often treated as an allophonic process at the phonological planning
level, with one production target (allophone) being substituted for another. We propose that …

Purpose Real-time magnetic resonance imaging (MRI) and accompanying analytical
methods are shown to capture and quantify salient aspects of apraxic speech, substantiating …

Abstract Real-Time Magnetic Resonance Imaging affords speech articulation data with good
spatial and temporal resolution and complete midsagittal views of the moving vocal tract, but …