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• MemCam significantly outperforms existing baseline methods and state-of-the-art approaches in terms of scene consistency, especially in long video generation with large camera rotations.result 95%
• MemCam achieves the best FVD (Fréchet Video Distance) across all tested settings, signifying superior temporal consistency and visual quality.result 95%
• The proposed context compression module effectively reduces computational overhead while enriching contextual information for video generation.method 90%
• MemCam faithfully preserves scene structure even after large camera rotations, outperforming other methods that exhibit scene inconsistency.result 90%
• The co-visibility-based selection strategy for retrieving historical frames is crucial for memory retention and generation quality.method 85%
• Geometry-Forcing (GF) method's performance drops notably in 360° scenarios due to accumulated reconstruction errors.limitation 85%
• MemCam is built upon the Wan2.1 1.3B Text-to-Video Diffusion Transformer architecture.technical 95%

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