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    Spatial-Temporal Consistent 4K Video Super-Resolution

    Our Spatial-Temporal Consistent 4K Video Super-Resolution system is a next-generation AI solution powered by diffusion models, designed to restore and enhance video quality with exceptional realism and stability. Unlike conventional video super-resolution approaches, our system addresses three critical industry challenges: The system can upscale videos from any input resolution to true 4K, producing visually consistent and high-quality outputs suitable for…

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    Notes From Our Machine-Learning Field Studies

    Not every studio project is a full product launch. Some are quieter investigations where we benchmark algorithms, explore datasets, and map feasibility before we commit hardware engineers or field teams. Our ongoing machine-learning research diary captures those explorations. What we built Why it was hard Exploration work rarely comes with perfect KPIs. We needed to protect tinkering time while still…

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    Carving 3D Anatomy Out of Noisy Scans

    Our collaboration with Duke University’s medical school supplied us with rich—but messy—volumes of CT and MRI scans. The goal: segment complex organs and vasculature in full 3D so surgeons and researchers can study change over time, not just slice by slice. What we built Why it was hard Three-dimensional data is huge. Memory pressure forced us to invent chunked training…