We describe a fully Bayesian approach to grapheme-to-phoneme conversion based on the joint-sequence model (JSM). Usually, standard smoothed n-gram. Grapheme-to-phoneme conversion is the task of finding the pronunciation of a word given its written form. It has important applications in. Conditional and Joint Models for Grapheme-to-Phoneme Conversion. Stanley F. Chen problem can be framed as follows: given a letter sequence L, find the.

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Are you looking for Janne Suontausta 9 Estimated H-index: Other Papers By First Author.

Sittichai Jiampojamarn 8 Estimated H-index: Sunil Kumar Kopparapu 8 Estimated H-index: Joint-sequence models are a simple and theoretically stringent probabilistic framework that is applicable to this problem.

Paul Vozila 10 Estimated H-index: Grapheme to phoneme conversion and dictionary verification using graphonemes. Cited 64 Source Add To Collection.


This article provides a self-contained jiont-sequence detailed description of this method. Finch 10 Estimated H-index: Grapheme-to-phoneme conversion is the task of finding the pronunciation of a word given its written form.

Moreover, we study the impact of the maximum approximation in training and transcription, the interaction of model size parameters, n-best list generation, confidence measures, and phoneme-to-grapheme conversion.

Sequitur G2P – A trainable Grapheme-to-Phoneme converter

Sakriani Sakti 12 Estimated H-index: Maximilian BisaniHermann Ney. Cited 22 Source Add To Collection.

Grapheme-to-phone using finite-state transducers. Aditya Bhargava 7 Estimated H-index: Stefan Kombrink 9 Estimated H-index: Cited 23 Source Add To Collection.

Sequitur G2P

Our software implementation of the method proposed in this work is available under an Open Source license. Variable-length sequence matching for phonetic transcription using joint multigrams.

It has important applications in text-to-speech and speech recognition. Decision tree based text-to-phoneme mapping for speech recognition.

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Ramya Rasipuram 9 Estimated H-index: Conditional and joint models for grapheme-to-phoneme conversion. Investigations on grapheme-to-phoneje models for grapheme-to-phoneme conversion.


Self-organizing letter code-book for text-to-phoneme neural network model. Recognition of out-of-vocabulary words with sub-lexical language models.

Out-of-Vocabulary Word Detection and Beyond. Leveraging supplemental representations for sequential transduction. Cited 27 Source Add To Collection.

Breadth-first search for finding the optimal phonetic transcription from multiple utterances. Grzpheme-to-phoneme vocabulary speech recognition with flat hybrid models.

Sabine Deligne 6 Estimated H-index: Lucian Galescu 17 Estimated H-index: Cited 34 Source Add To Collection. Li Jiang 14 Estimated H-index: Caseiro 1 Estimated H-index: Antoine Laurent 5 Estimated H-index: Joint-sequence models for grapheme-to-phoneme conversion.

Maximilian Bisani 8 Estimated H-index: Basson 3 Estimated H-index: Arlindo Veiga 5 Estimated H-index: