SwapTalk: Audio-Driven Talking Face Generation with One-Shot Customization in Latent Space
<|reference_start|>SwapTalk: Audio-Driven Talking Face Generation with One-Shot Customization in Latent Space: Combining face swapping with lip synchronization technology offers a cost-effective solution for customized talking face generation. However, directly cascading existing models together tends to introduce significant interference between tasks and reduce video clarity because the interaction space is limited to the low-level semantic RGB space. To address this issue, we propose an innovative unified framework, SwapTalk, which accomplishes both face swapping and lip synchronization tasks in the same latent space. Referring to recent work on face generation, we choose the VQ-embedding space due to its excellent editability and fidelity performance. To enhance the framework's generalization capabilities for unseen identities, we incorporate identity loss during the training of the face swapping module. Additionally, we introduce expert discriminator supervision within the latent space during the training of the lip synchronization module to elevate synchronization quality. In the evaluation phase, previous studies primarily focused on the self-reconstruction of lip movements in synchronous audio-visual videos. To better approximate real-world applications, we expand the evaluation scope to asynchronous audio-video scenarios. Furthermore, we introduce a novel identity consistency metric to more comprehensively assess the identity consistency over time series in generated facial videos. Experimental results on the HDTF demonstrate that our method significantly surpasses existing techniques in video quality, lip synchronization accuracy, face swapping fidelity, and identity consistency. Our demo is available at http://swaptalk.cc.<|reference_end|>
@article{zhang2024swaptalk:,
    title={SwapTalk: Audio-Driven Talking Face Generation with One-Shot
  Customization in Latent Space},
    author={Zeren Zhang, Haibo Qin, Jiayu Huang, Yixin Li, Hui Lin, Yitao Duan,
  Jinwen Ma},
    journal={arXiv preprint arXiv:2405.05636},
    year={2024},
    archivePrefix={arXiv},
    eprint={2405.05636},
    primaryClass={cs.CV cs.AI}
}