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Taming Unified Video Diffusion Models for Consistent Human Image Animation

5.0
Outputs: video
Type
Saas

About UniAnimate

UniAnimate is a research framework for consistent human image animation using unified video diffusion models. It maps reference identity images, pose guidance, and noise into a common feature space, eliminating the need for extra reference models. The framework supports both random noised input and first frame conditioned input to enable long-term video generation (up to one minute). It employs a state space model (Mamba) for efficient temporal modeling instead of computation-heavy Transformers. The system uses CLIP and VAE encoders for reference features, a pose encoder for driven poses, and a unified diffusion model for denoising. Experimental results show superior synthesis over existing methods in both quantitative and qualitative evaluations.

Key Features

Unified video diffusion model integrates reference image, pose guidance, and noise into common feature space
Unified noise input supports random noised input and first frame conditioned input for long-term video
Alternative temporal modeling with state space model (Mamba) for efficiency
Uses CLIP encoder and VAE encoder for reference image features
Pose encoder encodes target driven pose sequences
Generates videos up to one minute via iterative first frame conditioning
Demonstrates animation of real, synthesized, clay style, and cross-domain human characters

Pros & Cons

Pros
  • Eliminates need for extra reference model, reducing optimization burden and parameters
  • Achieves superior synthesis results compared to state-of-the-art methods
  • Generates temporally coherent long videos (up to one minute)
  • Efficient temporal modeling reduces computational cost

Best For

Human image animation from a single reference image and pose sequenceCharacter animation for virtual avatars, clay style figures, and cross-domain charactersPose-driven video generation for long duration (one minute)

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