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ogpo-project/OGPO-checkpoints
OGPO-checkpoints is a reinforcement learning model from ogpo-project. Use it for the reinforcement learning task on the model card, and read the license before you ship it in a product. It is set up for pytorch. The card lists the license as mit.
Pretrained checkpoints for OGPO: One-Step Generative Policy Optimization for Real-Time Robot Control.
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Updated Oct 1, 2026
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From the Hugging Face model README
Pretrained checkpoints for OGPO: One-Step Generative Policy Optimization for Real-Time Robot Control.
OGPO enables true one-step generation for real-time robotic control via MeanFlow, dispersive regularization, and RL fine-tuning. These checkpoints can be used directly for fine-tuning with PPO.
pretrained_checkpoints/
├── OGPO_pretrained_gym_checkpoints/
│ ├── gym_improved_meanflow/ # MeanFlow without dispersive loss
│ └── gym_improved_meanflow_dispersive/ # MeanFlow with dispersive loss (recommended)
└── OGPO_pretraining_robomimic_checkpoints/
├── w_0p1/ # dispersive weight = 0.1
├── w_0p5/ # dispersive weight = 0.5 (recommended)
└── w_0p9/ # dispersive weight = 0.9
| Domain | Tasks |
|---|---|
| OpenAI Gym | hopper, walker2d, ant, humanoid, kitchen-* |
| Robomimic (RGB) | lift, can, square, transport |
Use the hf:// prefix in config files to auto-download:
# Gym tasks
base_policy_path: hf://pretrained_checkpoints/OGPO_pretrained_gym_checkpoints/gym_improved_meanflow_dispersive/hopper-medium-v2_best.pt
# Robomimic tasks
base_policy_path: hf://pretrained_checkpoints/OGPO_pretraining_robomimic_checkpoints/w_0p5/can/can_w0p5_08_meanflow_dispersive.pt
@misc{zou2026ogpo,
title={OGPO: One-Step Generative Policy Optimization for Real-Time Robot Control},
author={Guowei Zou and Haitao Wang and Hejun Wu and Yukun Qian and Yuhang Wang and Weibing Li},
year={2026},
eprint={2601.20701},
archivePrefix={arXiv},
primaryClass={cs.RO},
url={https://arxiv.org/abs/2601.20701v2},
}
MIT License