A proof of concept system is developed to provide a broad assessment of speech development issues in children. It has been designed to enable non-experts to complete an initial screening of children’s speech with the aim of reducing the workload on Speech Language Pathology services. The system was composed of an acoustic model trained by neural networks with split temporal context features and a constrained HMM encoded with the knowledge of Speech Language Pathologists. Results demonstrated the system was able to improve PER by 33% compared with standard HMM decoders, with a minimum PER of 19.03% achieved. Identification of Phonological Error Patterns with up to 94% accuracy was achieved despite utilizing only a small corpus of disordered speech from Australian children. These results indicate the proposed system is viable and the direction of further development are outlined in the paper.
Cite as: Ward, L., Stefani, A., Smith, D., Duenser, A., Freyne, J., Dodd, B., Morgan, A. (2016) Automated Screening of Speech Development Issues in Children by Identifying Phonological Error Patterns. Proc. Interspeech 2016, 2661-2665, doi: 10.21437/Interspeech.2016-850
@inproceedings{ward16_interspeech,
author={Lauren Ward and Alessandro Stefani and Daniel Smith and Andreas Duenser and Jill Freyne and Barbara Dodd and Angela Morgan},
title={{Automated Screening of Speech Development Issues in Children by Identifying Phonological Error Patterns}},
year=2016,
booktitle={Proc. Interspeech 2016},
pages={2661--2665},
doi={10.21437/Interspeech.2016-850}
}