arXiv:1912.13321cs.CL
OTEANN: Estimating the Transparency of Orthographies with an Artificial Neural Network
Abstract
To transcribe spoken language to written medium, most alphabets enable an unambiguous sound-to-letter rule. However, some writing systems have distanced themselves from this simple concept and little work exists in Natural Language Processing (NLP) on measuring such distance. In this study, we use an Artificial Neural Network (ANN) model to evaluate the transparency between written words and their pronunciation, hence its name Orthographic Transparency Estimation with an ANN (OTEANN). Based on datasets derived from Wikimedia dictionaries, we trained and tested this model to score the percentage of correct predictions in phoneme-to-grapheme and grapheme-to-phoneme translation tasks. The scores obtained on 17 orthographies were in line with the estimations of other studies. Interestingly, the model also provided insight into typical mistakes made by learners who only consider the phonemic rule in reading and writing.
According to this paper [0] and my own experience, it's way easier to pronounce a word in French given the spelled word than in English. It's slightly harder to spell French than English for the model of the study, but it's really close. Now, in my personal experience, I feel…
dadoumView on HNParent context
The complexity of these rules, and the number of exceptions that you need to learn notwithstanding the rules, can be roughly estimated for any given language by training a language model on word <-> IPA correspondence for that language (using a subset of the vocabulary as a…
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English is singled out because its orthography really is atrociously bad even when compared with other languages. https://arxiv.org/pdf/1912.13321
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