A semi-automatic pipeline for transcribing and segmenting child speech

This study evaluates both automated transcription (WhisperX) and forced alignment (MFA) in developing a semi-automated pipeline for obtaining acoustic vowel measures from field recordings from 275 children speaking a non-standard, English dialect, Scottish English. As expected, manual correction of speech transcriptions before forced alignment improves the quality of acoustic vowel measures with respect to manually-annotated data, though speech style and recording environment present some challenges for both tools. Adaptation of the MFA pre-trained english_us_arpa acoustic model towards the children's speech also improves the quality of acoustic measures, though greater improvement was not found by increasing training sample size.

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Publication Details

Published
2025-08-17
DOI
https://doi.org/10.21437/interspeech.2025-1030
Primary Topic
Speech and dialogue systems
Type
article
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article

A semi-automatic pipeline for transcribing and segmenting child speech

James T. Tanner, Jane Stuart‐Smith, Anja Kuschmann, Mridhula Murali et al.
Speech and dialogue systems
article

A semi-automatic pipeline for transcribing and segmenting child speech

James T. Tanner, Jane Stuart‐Smith, Anja Kuschmann, Mridhula Murali, Amy Smith, Lauren Taylor, Joanne Cleland, Polychronia Christodoulidou, Michael McAuliffe
article en

Abstract

This study evaluates both automated transcription (WhisperX) and forced alignment (MFA) in developing a semi-automated pipeline for obtaining acoustic vowel measures from field recordings from 275 children speaking a non-standard, English dialect, Scottish English. As expected, manual correction of speech transcriptions before forced alignment improves the quality of acoustic vowel measures with respect to manually-annotated data, though speech style and recording environment present some challenges for both tools. Adaptation of the MFA pre-trained english_us_arpa acoustic model towards the children's speech also improves the quality of acoustic measures, though greater improvement was not found by increasing training sample size.

Openalex Percentile: Top 84%
Speech and dialogue systems
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