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Automatic extraction of fundamental frequency control rules by statistical analysis.

, , , and . Syst. Comput. Jpn., 28 (3): 91-100 (1997)

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Comparison of F0 Control Rules Derived from Multiple Speech Databases., , and . Computing Prosody, Springer, (1997)Speech segment network approach for optimization of synthesis unit set., and . Comput. Speech Lang., 9 (4): 335-352 (1995)Multiple pronunciation dictionary using HMM-state confusion characteristics., , and . Comput. Speech Lang., 13 (2): 143-153 (1999)Speaker clustering for speech recognition using vocal tract parameters., , and . Speech Commun., 36 (3-4): 305-315 (2002)Developing a speech corpus from web news for Myanmar (Burmese) language., , , and . O-COCOSDA, page 1-6. IEEE, (2017)Reliable utterance segment recognition by integrating a grammar with statistical language constraints., , , and . Speech Commun., 26 (4): 299-309 (1998)Automatic extraction of fundamental frequency control rules by statistical analysis., , , and . Syst. Comput. Jpn., 28 (3): 91-100 (1997)Speech synthesis by rule using an optimal selection of non-uniform synthesis units.. ICASSP, page 679-682. IEEE, (1988)A large-scale Japanese speech database., , , , , and . ICSLP, page 1089-1092. ISCA, (1990)On the unit search criteria and algorithms for speech synthesis using non-uniform units., , and . ICSLP, page 341-344. ISCA, (1990)