Track4Gen: Teaching Video Diffusion Models to Track Points Improves Video Generation
Hyeonho Jeong, Chun-Hao Paul Huang, Jong Chul Ye, Niloy Mitra, Duygu Ceylan·December 08, 2024
Summary
Track4Gen integrates video diffusion loss and point tracking for enhanced spatial supervision, addressing appearance drift in video generation. By unifying video generation and point tracking, it demonstrates effective reduction of appearance drift, resulting in temporally stable, visually coherent videos. The framework upgrades existing video generators by adding a correspondence tracking loss, improving appearance constancy in diffusion-based videos. Evaluations show significant enhancement in video generation quality compared to conventional metrics and recent benchmarks. Track4Gen uses Stable Video Diffusion, a latent image-to-video model, and evaluates its performance on the VBench dataset, showing superior results. The method leverages video models to enhance spatial awareness in intermediate features, boosting performance in correspondence tracking and video generation.
Introduction
Background
Overview of video generation challenges
Importance of spatial supervision in video generation
Objective
Aim of Track4Gen: Addressing appearance drift in video generation
Unifying video generation and point tracking for enhanced spatial supervision
Method
Data Collection
Description of data used for Track4Gen
Importance of diverse and representative datasets
Data Preprocessing
Techniques for preparing data for Track4Gen
Data augmentation methods to improve model robustness
Video Generation and Point Tracking Integration
Unified Framework
Explanation of how Track4Gen integrates video generation and point tracking
Benefits of this integration in reducing appearance drift
Correspondence Tracking Loss
Description of the loss function added to existing video generators
How it improves appearance constancy in diffusion-based videos
Evaluation
Metrics and Benchmarks
Overview of evaluation metrics used for Track4Gen
Comparison with conventional metrics and recent benchmarks
VBench Dataset
Description of the VBench dataset used for evaluation
Results and analysis of Track4Gen's performance on VBench
Video Models and Intermediate Features
Stable Video Diffusion
Explanation of Stable Video Diffusion as the latent image-to-video model
How it contributes to enhanced spatial awareness in intermediate features
Spatial Awareness Enhancement
Techniques for improving spatial awareness in video generation
Impact on correspondence tracking and overall video quality
Conclusion
Summary of Track4Gen's Contributions
Recap of Track4Gen's main achievements
Future Directions
Potential areas for further research and development
Impact on Video Generation Field
Discussion on how Track4Gen advances the field of video generation
Basic info
papers
computer vision and pattern recognition
machine learning
artificial intelligence
Advanced features
Insights
What framework does Track4Gen utilize to improve spatial awareness in intermediate features?
What dataset is used to evaluate the performance of Track4Gen, and what are the results compared to?
What is the main contribution of Track4Gen in the context of video generation and point tracking?
How does Track4Gen address the issue of appearance drift in video generation?