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README.md
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# Self-Grounded Prediction (policy_training/) — released checkpoint
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This module implements **self-grounded prediction**, the mechanism behind **HOST (Human-to-robot
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One-shot Skill Transfer)** that resolves execution from a coupled visual demonstration: it
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localizes the robot's current progress within a visual demonstration, predicts the robot's own
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video/action experts (a Mixture-of-Transformers architecture) built on top of the
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[Fast-WAM](https://arxiv.org/abs/2603.16666) codebase — see [Acknowledgements](#acknowledgements).
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This is a companion checkpoint for the `policy_training/` module of the
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`alignment/` → `coupling/` → `policy_training/`).
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**Training regime: robot→robot, not human→robot.** This checkpoint's task-video conditioning
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# Self-Grounded Prediction (policy_training/) — released checkpoint
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[](https://github.com/CGuangyan-BIT/HOST)
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This module implements **self-grounded prediction**, the mechanism behind **HOST (Human-to-robot
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One-shot Skill Transfer)** that resolves execution from a coupled visual demonstration: it
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localizes the robot's current progress within a visual demonstration, predicts the robot's own
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video/action experts (a Mixture-of-Transformers architecture) built on top of the
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[Fast-WAM](https://arxiv.org/abs/2603.16666) codebase — see [Acknowledgements](#acknowledgements).
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This is a companion checkpoint for the `policy_training/` module of the
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[HOST code release](https://github.com/CGuangyan-BIT/HOST); see that repo's
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`policy_training/README.md` / `README_zh.md` for the full pipeline (`data_preprocessing/` →
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`alignment/` → `coupling/` → `policy_training/`).
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**Training regime: robot→robot, not human→robot.** This checkpoint's task-video conditioning
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