Javascript must be enabled to continue!
Fast Track: fast (nearly) automatic formant-tracking using Praat
View through CrossRef
Abstract
Fast Track is a formant tracker implemented in Praat that attempts to automatically select the best analysis from a set of candidates. The best track is selected by modeling smooth formant contours across the entirety of the sound, providing the researcher with rich information about static and dynamic formant properties. Fast Track returns text files containing acoustic information (formant frequencies, formant bandwidths, fundamental frequency, etc.) sampled every 2 ms, generates images showing the winning analysis and comparing alternate analyses, and creates log files detailing analysis information for each file. Fast Track features a modular workflow that allows for analysis steps to be run (and re-run) independently as necessary, and is designed to allow for easy correction of tracking errors by allowing the user to override the automatic analysis, or manually edit tracks where necessary. In addition, Fast Track includes tools to aggregate data across tokens, and to easily create vowel plots of mean values or time-varying formant contours. The design and use of Fast Track are outlined using a re-analysis of the Hillenbrand et al. (1995) dataset, which suggests that Fast Track can be very accurate in cases where signal properties allow for reliable formant estimates.
Title: Fast Track: fast (nearly) automatic formant-tracking using Praat
Description:
Abstract
Fast Track is a formant tracker implemented in Praat that attempts to automatically select the best analysis from a set of candidates.
The best track is selected by modeling smooth formant contours across the entirety of the sound, providing the researcher with rich information about static and dynamic formant properties.
Fast Track returns text files containing acoustic information (formant frequencies, formant bandwidths, fundamental frequency, etc.
) sampled every 2 ms, generates images showing the winning analysis and comparing alternate analyses, and creates log files detailing analysis information for each file.
Fast Track features a modular workflow that allows for analysis steps to be run (and re-run) independently as necessary, and is designed to allow for easy correction of tracking errors by allowing the user to override the automatic analysis, or manually edit tracks where necessary.
In addition, Fast Track includes tools to aggregate data across tokens, and to easily create vowel plots of mean values or time-varying formant contours.
The design and use of Fast Track are outlined using a re-analysis of the Hillenbrand et al.
(1995) dataset, which suggests that Fast Track can be very accurate in cases where signal properties allow for reliable formant estimates.
Related Results
Is a Fitbit a Diary? Self-Tracking and Autobiography
Is a Fitbit a Diary? Self-Tracking and Autobiography
Data becomes something of a mirror in which people see themselves reflected. (Sorapure 270)In a 2014 essay for The New Yorker, the humourist David Sedaris recounts an obsession spu...
Analysis of Speech Sounds In the Praat Program
Analysis of Speech Sounds In the Praat Program
The article identifies the possibility of using the Praat program for comprehensive and complete analysis of speech sounds. It also indicates the range of functions of the software...
Acoustic Voice Analysis of Normal Versus Pathological Voices Using PRAAT Software
Acoustic Voice Analysis of Normal Versus Pathological Voices Using PRAAT Software
Background: Voice is a fundamental component of human communication, and disturbances in its quality can adversely impact social, professional, and emotional well-being. Acoustic v...
FAIR fission track analysis with geochron@home
FAIR fission track analysis with geochron@home
Abstract. Fission track thermochronology is based on the visual analysis of optical images. This visual process is prone to observer bias. Fission track datasets are currently repo...
On the Effects of Multiple Railway Track Alignment Defects on the CWR Thermal Buckling
On the Effects of Multiple Railway Track Alignment Defects on the CWR Thermal Buckling
The lateral stability of the continuous welded rail (CWR) depends on a number of parameters which contribute to the progressive loss of the initial alignment of the track and its c...
Dynamic calibration method for track geometry measurement system-a case study in China
Dynamic calibration method for track geometry measurement system-a case study in China
Abstract
With the rapid development of railway construction, the mileage of railway detection has increased dramatically, and railway companies have higher requireme...
The role of procedural learning in stuttering
The role of procedural learning in stuttering
<p>This research study examined motor control and procedural learning abilities in the oral and manual motor systems of adults who stutter, using people with Parkinson's dise...
Maternity Care Tracks at US Family Medicine Residency Programs
Maternity Care Tracks at US Family Medicine Residency Programs
Background and Objectives: The number of family physicians providing maternity care continues to decline, jeopardizing access to needed care for underserved populations. Accreditat...

