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Cosmos3-H-Dreams

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  1. 20 Oct 2026
    NVIDIA Unveils Cosmos3-H-Dreams, a Real-Time Generative Simulator for Surgical Robotics
    ParameterBeforeNow
    Base modelCosmos-Predict2.5 (dVRK tabletop suturing)Cosmos3-H-Embodied-Nano (16B params, clinical cholecystectomy)
    Training dataTabletop suturing video/kinematicsCMR Surgical Versius clinical cholecystectomy recordings
    Inference stepsNot specifiedFour-step and two-step distilled student checkpoints
    HardwareNot specifiedRuns interactively on a single NVIDIA RTX PRO 6000 GPU
    Action dimensionsNot specified28 action dimensions (dual-arm pose, gripper, energy, thumbstick controls)
    Training resolution/frequencyNot specified832x480 video, actions aligned at 10 Hz

News

NVIDIA Unveils Cosmos3-H-Dreams, a Real-Time Generative Simulator for Surgical Robotics

NVIDIA released Cosmos3-H-Dreams, a world foundation model that generates interactive, real-time surgical scenes based on robot kinematics from actual clinical cholecystectomy procedures recorded on the CMR Surgical Versius platform. Built on the 16-billion-parameter Cosmos3-H-Embodied-Nano model and accelerated with NVIDIA's FlashDreams streaming-inference library, it runs on a single RTX PRO 6000 GPU. The system learns visual surgical dynamics directly from video and kinematics data rather than explicit physics modeling, and offers four-step and two-step distilled checkpoints trading quality for speed.

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Cosmos3-H-Dreams · TENESYS AI NEWS