PolyIPA - Multilingual Phoneme-to-Grapheme Conversion Model

This paper presents PolyIPA, a novel multilingual phoneme-to-grapheme conversion model designed for multilingual name transliteration, onomastic research, and information retrieval. The model leverages two helper models developed for data augmentation: IPA2vec for finding soundalikes across languages, and similarIPA for handling phonetic notation variations. Evaluated on a test set that spans multiple languages and writing systems, the model achieves a mean Character Error Rate of 0.055 and a character-level BLEU score of 0.914, with particularly strong performance on languages with shallow orthographies. The implementation of beam search further improves practical utility, with top-3 candidates reducing the effective error rate by 52.7% (to CER: 0.026), demonstrating the model’s effectiveness for cross-linguistic applications.

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Publication Details

Published
2025-02-28
DOI
https://doi.org/10.5121/csit.2024.150211
Primary Topic
Speech Recognition and Synthesis
Type
article
Field-Weighted Citation Impact
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article

PolyIPA - Multilingual Phoneme-to-Grapheme Conversion Model

Davor Lauc
Speech Recognition and Synthesis
article

PolyIPA - Multilingual Phoneme-to-Grapheme Conversion Model

Davor Lauc
article en

Abstract

This paper presents PolyIPA, a novel multilingual phoneme-to-grapheme conversion model designed for multilingual name transliteration, onomastic research, and information retrieval. The model leverages two helper models developed for data augmentation: IPA2vec for finding soundalikes across languages, and similarIPA for handling phonetic notation variations. Evaluated on a test set that spans multiple languages and writing systems, the model achieves a mean Character Error Rate of 0.055 and a character-level BLEU score of 0.914, with particularly strong performance on languages with shallow orthographies. The implementation of beam search further improves practical utility, with top-3 candidates reducing the effective error rate by 52.7% (to CER: 0.026), demonstrating the model’s effectiveness for cross-linguistic applications.

Openalex Percentile: Top 99%
Speech Recognition and Synthesis
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