Fast end-to-end non-parallel voice conversion based on speaker-adaptive neural vocoder with cycle-consistent learning

抄録

This paper proposes a fast end-to-end non-parallel voice conversion (VC) named Tachylone. In Thachylone, speaker conversion and waveform generation is performed by a single vocoder network. In the training of Tachylone, a pre-trained universal neural vocoder is used as the initial model, and the model parameters are updated using source and target speakers' non-parallel data based on cycle-consistent learning in an end-to-end manner. We compare Tachylone to conventional CycleGAN-based VC with objective and subjective measures and discuss the results.