One-shot Voice Conversion For Style Transfer Based On Speaker Adaptation
2021 Β· Zhichao Wang, Qicong Xie, Tao Li, et al.
Abstract
One-shot style transfer is a challenging task, since training on one utterance makes model extremely easy to over-fit to training data and causes low speaker similarity and lack of expressiveness. In this paper, we build on the recognition-synthesis framework and propose a one-shot voice conversion approach for style transfer based on speaker adaptation. First, a speaker normalization module is adopted to remove speaker-related information in bottleneck features extracted by ASR. Second, we adopt weight regularization in the adaptation process to prevent over-fitting caused by using only one utterance from target speaker as training data. Finally, to comprehensively decouple the speech factors, i.e., content, speaker, style, and transfer source style to the target, a prosody module is used to extract prosody representation. Experiments show that our approach is superior to the state-of-the-art one-shot VC systems in terms of style and speaker similarity; additionally, our approach also
Authors
(none)
Tags
Stats
Related papers
- Enriching Source Style Transfer In Recognition-synthesis Based Non-parallel Voice Conversion (2021)9.23
- ZSVC: Zero-shot Style Voice Conversion With Disentangled Latent Diffusion Models And Adversarial Training (2025)0.00
- AUTOVC: Zero-shot Voice Style Transfer With Only Autoencoder Loss (2019)0.00
- One-shot Voice Conversion By Separating Speaker And Content Representations With Instance Normalization (2019)0.00
- Pureformer-vc: Non-parallel One-shot Voice Conversion With Pure Transformer Blocks And Triplet Discriminative Training (2024)0.00
- Convoice: Real-time Zero-shot Voice Style Transfer With Convolutional Network (2020)0.00
- ACE-VC: Adaptive And Controllable Voice Conversion Using Explicitly Disentangled Self-supervised Speech Representations (2023)0.00
- Expressive Voice Conversion: A Joint Framework For Speaker Identity And Emotional Style Transfer (2021)9.03