Unisong: A Choir Singing Synthesizer

This convention paper has been reproduced from the author's advance manuscript, without editing, corrections, or consideration by the Review Board. The AES takes no responsibility for the contents. Additional papers may be obtained by sending reques

Spectral Approach to the Modeling of the Singing Voice

This convention paper has been reproduced from the author's advance manuscript, without editing, corrections, or consideration by the Review Board. The AES takes no responsibility for the contents. Additional papers may be obtained by sending reques

Spectral approach to the modeling of the singing voice

Comunicació presentada a la 111th Audio Engineering Society Convention, que va tenir lloc del 30 de novembre al 3 de desembre de 2001 a Nova York, Estats Units.Comunicació presentada a la 111th Audio Engineering Society Convention, que va tenir lloc del 30 de novembre al 3 de desembre de 2001 a Nova York, Estats Units.In this paper we present two different approaches to the modeling of the singing voice. Each of these approaches has been thought to fit in the specific requirements of two applications. These are an automatic voice impersonator for karaoke systems and a singing voice synthesizer

Spectral approach to the modeling of the singing voice

Comunicació presentada a la 111th Audio Engineering Society Convention, que va tenir lloc del 30 de novembre al 3 de desembre de 2001 a Nova York, Estats Units.Comunicació presentada a la 111th Audio Engineering Society Convention, que va tenir lloc del 30 de novembre al 3 de desembre de 2001 a Nova York, Estats Units.In this paper we present two different approaches to the modeling of the singing voice. Each of these approaches has been thought to fit in the specific requirements of two applications. These are an automatic voice impersonator for karaoke systems and a singing voice synthesizer

Singing voice synthesis combining excitation plus resonance and sinusoidal plus residual models

This paper presents an approach to the modeling of the singing voice with a particular emphasis on the naturalness of the resulting synthetic voice. The underlying analysis/synthesis technique is based on the Spectral Modeling Synthesis (SMS) and a newly developed Excitation plus Resonance (EpR) model. With this approach a complete singing voice synthesizer is developed that generates a vocal melody out of the score and the phonetic transcription of a song

Singing voice synthesis combining excitation plus resonance and sinusoidal plus residual models

This paper presents an approach to the modeling of the singing voice with a particular emphasis on the naturalness of the resulting synthetic voice. The underlying analysis/synthesis technique is based on the Spectral Modeling Synthesis (SMS) and a newly developed Excitation plus Resonance (EpR) model. With this approach a complete singing voice synthesizer is developed that generates a vocal melody out of the score and the phonetic transcription of a song