Variability of speech timing features across repeated recordings: a comparison of open-source extraction techniques

Variations in speech timing features have been reliably linked to symptoms of various health conditions, demonstrating clinical potential. However, replication challenges hinder their translation; extracted speech features are susceptible to methodological variations in the recording and processing pipeline. Investigating this, we compared exemplar timing features extracted via three different techniques from recordings of healthy speech. Our results show that features extracted via an intensity-based method differ from those produced by forced alignment. Different extraction methods also led to differing estimates of within-speaker feature variability over time in an analysis of recordings repeated systematically over three sessions in one day (n=26) and in one week (n=28). Our findings highlight the importance of feature extraction in study design and interpretation, and the need for consistent, accurate extraction techniques for clinical research.

Authors

Publication Details

Published
2024-09-01
DOI
https://doi.org/10.21437/interspeech.2024-1074
Citations
3
Primary Topic
Speech and Audio Processing
Type
article
Field-Weighted Citation Impact
1.05

Funders

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article

Variability of speech timing features across repeated recordings: a comparison of open-source extraction techniques

Thomas F. Quatieri, Ewan Carr, Johnny Downs, Faith Matcham et al.
3 citations
Speech and Audio Processing
1.05
article

Variability of speech timing features across repeated recordings: a comparison of open-source extraction techniques

Thomas F. Quatieri, Ewan Carr, Johnny Downs, Faith Matcham, Judith Dineley, Richard Dobson, Nicholas Cummins, Tian Pan, Zahia Rahman, Lauren Louise White, Catriona Lucas
article en
3 citations

Abstract

Variations in speech timing features have been reliably linked to symptoms of various health conditions, demonstrating clinical potential. However, replication challenges hinder their translation; extracted speech features are susceptible to methodological variations in the recording and processing pipeline. Investigating this, we compared exemplar timing features extracted via three different techniques from recordings of healthy speech. Our results show that features extracted via an intensity-based method differ from those produced by forced alignment. Different extraction methods also led to differing estimates of within-speaker feature variability over time in an analysis of recordings repeated systematically over three sessions in one day (n=26) and in one week (n=28). Our findings highlight the importance of feature extraction in study design and interpretation, and the need for consistent, accurate extraction techniques for clinical research.

Engineering and Physical Sciences Research Council
Openalex Percentile: Top 24%
Speech and Audio Processing
1.05
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