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TaoMate-FVSR:Audio-Guided Facial Video Restoration

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The paper presents TaoMate-FVSR, an audio-guided facial video restoration framework built on a video diffusion transformer. It mixes input video latents with noise to keep useful source information while regenerating corrupted mouth details, uses audio to guide lip movements, reference images to constrain appearance, and previously generated frames for temporal consistency. Training runs in two stages: visual restoration on degraded images and videos, then audio-guided lip correction on degraded dubbed videos. The model supports restoration with original audio and visual dubbing with replacement audio.

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  • Original paper+45
  • Fetched source page+30
  • No editor link review+0
  • Original non-discussion link+5

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What the source says

The paper presents TaoMate-FVSR, an audio-guided facial video restoration framework built on a video diffusion transformer. It mixes input video latents with noise to keep useful source information while regenerating corrupted mouth details, uses audio to guide lip movements, reference images to constrain appearance, and previously generated frames for temporal consistency. Training runs in two stages: visual restoration on degraded images and videos, then audio-guided lip correction on degraded dubbed videos. The model supports restoration with original audio and visual dubbing with replacement audio.

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    Original link: huggingface.co. Brief basis: fetched source page. Primary page date and quote locations are not established in this panel.

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    Source claims not independently checked; benchmark results are reported by the authors and the qualitative examples are described only in text.

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Key findings from the stored brief

  • Source-noise mixing lets the model retain useful source information while regenerating corrupted mouth-region details.
  • The method reports the lowest LPIPS and DISTS and the best lip synchronization scores among evaluated restoration baselines on talking-head benchmarks.
  • Qualitative results on AI-generated videos show clearer tooth boundaries and lip contours than the compared approaches.
  • The model supports both restoration with the original audio and visual dubbing with replacement audio.
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Source claims not independently checked; benchmark results are reported by the authors and the qualitative examples are described only in text.

This is a source-based abstract, not independent validation of the source's claims.

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