2007 · 11 citations · 6 references
ComputingComputer ScienceLinguisticsComputational LinguisticsNatural Language ProcessingPhoneticsLanguage ModelingMachine TranslationNamed Entity RecognitionPhonetic TranscriptionSpeech RecognitionSpeech SynthesisAutomatic Phonetic TranscriptionGrapheme-phoneme ConversionGrapheme-phoneme MappingMachine TransliterationNamed Entity TransliterationPronunciation Lexicon LearningPronunciation ModelingTransliteration Systems
In this contribution it is shown that a good approach for the grapheme-to-phoneme conversion of proper names (e.g. person names, toponyms, etc), is to use a cascade of a general purpose grapheme-to-phoneme (G2P) converter and a special purpose phoneme-to-phoneme (P2P) converter. The G2P produces an initial transcription that is then transformed by the P2P. The latter is automatically trained on reference transcriptions of names belonging to the envisaged name category (e.g. toponyms). The P2P learning process is conceived in such a way that it can take account of high order determinants of pronunciation, such as specific syllables, name prefixes and name suffixes. The proposed methodology was successfully tested on person names and toponyms, but we believe that it will also offer substantial reductions of the cost for building pronunciation lexicons of other name categories.
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Issues in Building General Letter to Sound Rules
Alan W. Black, Kevin Lenzo, Vincent Pagel · ERA · 1998 · 218 citations · Full text
Computing, Computer Science, French +12
Hidden Markov models for grapheme to phoneme conversion
Paul Taylor · 2005 · 133 citations
A Finite State and Data-Oriented Method for Grapheme to Phoneme Conversion
Gosse Bouma · ArXiv.org · 2000 · 23 citations · Full text