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Quantitative and structural modeling of voice fundamental frequency contours of speech in Mandarin.

, and . Speech Commun., 48 (8): 989-1008 (2006)

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Automatic recognition of spoken words from a large vocabulary using syllable templates., , , and . ICASSP, page 605-608. IEEE, (1984)A method for generation of Mandarin F0 contours based on tone nucleus model and superpositional model., , and . Speech Commun., 54 (8): 932-945 (2012)A minimax search algorithm for robust continuous speech recognition., , and . IEEE Trans. Speech Audio Process., 8 (6): 688-694 (2000)A measure of phonetic similarity to quantify pronunciation variation by using ASR technology., , , , , and . ICPhS, University of Glasgow, (2015)Quantitative and structural modeling of voice fundamental frequency contours of speech in Mandarin., and . Speech Commun., 48 (8): 989-1008 (2006)Speech signal processing using optical method.. Speech Commun., 13 (1-2): 223-229 (1993)Tone nucleus modeling for Chinese lexical tone recognition., and . Speech Commun., 42 (3-4): 447-466 (2004)Rule-based method for pitch level classification for a Japanese pitch accent CALL system., , and . SLaTE, page 45-48. ISCA, (2011)Detection of syntactic boundaries by partial analysis-by-synthesis of fundamental frequency contours., and . ICASSP, page 809-812. IEEE Computer Society, (1996)A multilevel framework to model the inherently confounding nature of sentential F0sentential F0 contours contours for recognizing Chinese lexical tones., , and . ICASSP (1), page 776-779. IEEE, (2003)