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Natural pitch fluctuation is essential to singing voice. Recently, we have proposed a generalized F0 modelling method which models the expected F0 fluctuation under various contexts with note HMMs. Knowing that having F0 contours close to human professional singing promotes perceived quality, we are confronted with two requirements: (1) accurate estimation on F0 and (2) precise voiced/unvoiced decisions...
Natural pitch fluctuations are essential to human singing. To effectively synthesize singing voice, the generation of these pitch fluctuations is necessary. Previous synthesis methods classify and reproduce them individually. These fluctuations, however, are found to be dependent and vary under different contexts. This paper proposes a generalized framework for F0 modelling to learn and generate these...
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