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  1. 279New
    Synthetic Realities: Evaluating Human Ability to Distinguish AIGenerated Videos from Real Footage

    Recent advances in generative AI have enabled multiple pathways for high-fidelity video synthesis: text-to-video, image-to-video animation, and video outpainting. Empirical side-by-side evaluations of how untrained viewers perceive and distinguish these outputs from real footage…

    arXiv: video generation01 NovPaper · video
  2. 278New
    Learning-to-Memorize: Dynamic Context Management for Long-Horizon Autoregressive Video Generation

    Autoregressive video generation has achieved impressive results on short clips, yet generating long videos remains challenging due to error accumulation over extended horizons, where each predicted frame depends on potentially imperfect previous frames. Existing approaches…

    arXiv: video generation01 NovPaper · video
  3. 277New
    RIFT: Residual-Informed Flow Transfer for One-Step Generative Video Compression

    Recent advances in video generation have enabled generative video compression to reconstruct details lost during coding using pretrained spatiotemporal priors. However, a substantial gap remains between codec-induced degradation and the perturbation trajectories learned by…

    arXiv: video generation01 NovPaper · video
  4. 275New
    Restoring Semantic Fidelity for Training-Free High-Resolution Image Generation in Diffusion Transformers

    Diffusion Transformer (DiT)-based text-to-image models have recently achieved remarkable success in image synthesis. However, when directly applied beyond their training resolution, these models often suffer from severe semantic degradation, where meaningful semantic content…

    arXiv: image generation01 NovPaper · image
  5. 274New
    MedNet and U$^2$-ViT: A Nested Vision Transformer Diffusion Framework for Diverse Medical Images Generation

    The scarcity of diverse, high-quality medical images remains a significant bottleneck in advancing AI-driven medical diagnostics and treatment planning. Traditional datasets often suffer from class imbalances, limited disease coverage, and insufficient variations in imaging…

    arXiv: image generation01 NovPaper · image
  1. 273New
    Recoverability-Aware Evaluation of Diffusion Video Inpainting and Object Removal

    Video inpainting for object removal is scored over the whole hole, although the background behind the object is visible in other frames of the shot for some hole pixels and in no frame for others. A whole-hole score therefore mixes copying with generation and cannot show which…

    arXiv: video generation01 NovPaper · video
  2. 272New
    IMPACT: Image-Conditioned Motion with Physics-Aware Collision and Trajectory Guidance for Video Generation

    Visually realistic video generation does not guarantee physically consistent motion. Generated objects may exhibit implausible collision responses or rebounds without energy dissipation, while even physically valid motion predictions may not be faithfully realized during…

    arXiv: video generation01 NovPaper · video
  3. 268New
    What Helps Denoising Can Hurt Memory: Rethinking History in Long Video Generation

    Autoregressive video generators produce long videos block by block, using historical context to maintain temporal consistency. After denoising, a committing pass encodes each clean block into keys and values (KV) that later blocks read, and the same clean block can be encoded…

    arXiv: video generation31 OctPaper · video
  4. 266New
    Wave Forcing: Towards Speed-of-Light Streaming Video Generation

    Real-time long-video generation requires continuous output with consistent appearance and natural motion. Existing chunk-wise autoregressive methods face challenges in both generation efficiency and long-video quality: serialized denoising and history-cache refresh require two…

    arXiv: video generation31 OctPaper · video
  5. 265New
    Running a 20B Video Diffusion Transformer on Consumer Hardware: A Deployment and Measurement Report for MiniMax H3 on Apple Silicon

    We report the end-to-end deployment and measurement of MiniMax H3, a 20.38-billion-parameter video diffusion transformer (DiT) - the count measured from the safetensors headers of the Q8 checkpoint as deployed locally (Section 3.2) - running entirely on consumer Apple Silicon…

    arXiv: video generation31 OctPaper · video