Juan Camilo Vásquez Correa
Phonet
Keras-based python framework to compute phonological posterior probabilities from audio files
Additional Information and download
https://github.com/jcvasquezc/phonet
Documentation
https://phonet.readthedocs.io/en/latest/?badge=latest
Apkinson
Android application designed to evaluate continuously the speech and movement symptoms of Parkinson's patients, providing a feedback mechanism about the current stage of the disease. The patients are asked to do different speech and movement exercises everyday, using their smartphones.
Neuro-Speech
Neuro-Speech is an open source software platform designed to perform speech analysis of people with neuro-degenerative disorders. Particularly patients with Parkinson's disease. The software is designed to be used by medical examiners such as speech therapists and neurologists, but it can also be used by patients to perform the analysis, and by general population interested in the analysis of pathological speech.
Additional Information and download
https://github.com/jcvasquezc/NeuroSpeech
MoveME
The main objective of MoveMe is to acquire motion signals from athletes or people with movement disorders such as Parkinson's disease while they use the mobile for a posterior processing of the signals.
MoveME allows to record and save signals from accelerometers and gyroscopes of mobile phones. It can communicate also with external sensors by Bluetooth.
Additional Information and download
https://play.google.com/store/apps/details?id=com.jcvasquezc.moveme
ANMOTO
ANMOTO is a web platform to analyze and visualize the probability of stealing motorcycles in Colombia, depending on the region, and the brand of the vehicle. This tool was chosen as one of the best apps in the contest #datosalaU from the colombian goverment.
Back-end: Python
Front-end: Python using Dash
The app can be visualized and used here
Additional information and download
DisVoice
DisVoice is a python framework designed to compute features from pathological speech. Disvoice computes phonation articulation, and prosody-based features both from sustained vowels and continuous speech utterances.
Additional information and download
