A programmable version of Neil Thapen's Pink Trombone
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Updated
Jan 11, 2025 - JavaScript
A programmable version of Neil Thapen's Pink Trombone
🔦 A three-dimensional vocal tract acoustic model using the finite-difference time-domain (FDTD) numerical scheme.
Estimation vocal tract four tube resonance model length and area about japanese vowels.
repositories table related to vocal tract tube model.
A modified build of Pink Trombone, the interactive vocal tract synthesizer.
Vocal Tract Segmentation project from the course Neuroengineering @ Politecnico di Milano
A MATLAB-based tool for generating synthetic speech by driving a 1D tube-model of the vocal tract (extracted from real-time MRI) with a Rosenberg-model glottal source (and optional real EGG signal).
Python Class to calculate frequecny response and process reflection transmission upto vocal tract 5 tube resonance model.
Pathological voice classification by vocal-tract-area (VTA) estimator.
MATLAB implementation of LPC-based vowel speech synthesis using the source-filter model — estimates formant frequencies and F₀ from real speech samples, then re-synthesises vowels via an all-pole filter driven by a periodic impulse train.
COMSOL-ready simulation models + sample geometries + a reproducible workflow for running frequency sweeps and extracting resonances/formants.
Estimation of vocal tract tube resonance model from peak frequency, two three four and five tube.
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