训练代码与预训练动力学模型需按 News 说明单独获取,不在仓库内直接可用;仓库分为离线策略/价值、动力学模型、在线策略三部分,需按文档顺序分别配置环境;作者提示需拉取最新代码以获取重要 bug 修复。
RISE
OpenDriveLab更新放缓RISE 用组合式世界模型让机器人策略自我进化,通过生成模型与价值学习提升操作任务表现,适合研究机器人学习与 VLA 的团队。
[RSS 2026] Code for RISE: Self-Improving Robot Policy with Compositional World Model
暂无版本386star24fork同步于 2026-11-07 07:31 UTC
详见 docs/installation.md,README 未给出可直接复制的安装命令 硬件要求按 README 说明
README 未说明具体显存与 GPU 型号要求,仅提及训练需下载预训练动力学模型;部署部分指向 Piper 平台文档。
用组合式世界模型在想象中做强化学习,让机器人策略自我改进的框架
RISE 用组合式世界模型让机器人策略自我进化,通过生成模型与价值学习提升操作任务表现,适合研究机器人学习与 VLA 的团队。
核心能力
- 组合多视角动力学模型与进度价值模型
- 在想象 rollout 中做 RL,免去真机交互与重置成本
- 基于 OpenPI 的离线策略与价值模型训练
- 提供动作条件动力学模型与在线策略训练流程
- 在动态分拣、装包、封箱等任务上报告显著提升
容易踩的坑
内容由模型根据 README 生成,可能不完整或不准确,以官方文档为准。看原文 README
暂无 release 数据(可能没有发版,或尚未同步)。
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🌏 RISE
📢 News
2026/Jun/03❗❗❗ Please pull the latest code for important bug fixes.2026/Mar/27🚀 RISE got accepted to RSS 2026.2026/Mar/22Training code and pre-trained dynamics model are released.2026/Feb/11Paper released on arXiv.
🔥 Highlights
- A compositional world model. A principled design that combines a controllable multi-view dynamics model with a progress value model, yielding informative advantages for robust policy improvement.
- RL in imagination. A scalable self-improving framework that bootstraps robot policies through imaginary rollouts, avoiding the hardware cost and laborious reset of real-world interactions.
- Real-world manipulation gains. Non-trivial performance improvements on challenging dexterous tasks, including +35% on dynamic brick sorting, +45% on backpack packing, and +35% on box closing.
🗺️ Overview
RISE repository is structured with three major parts:
policy_and_value/policy_offline_and_value: OpenPI-based offline policy and value training. They are put together since they share similar model architecture and training pipeline.dynamics/dynamics_model: Action-conditioned dynamics model.policy_and_value/policy_online: Online RL for policy improvement.
🧑💻 Getting Started
- 💻 Installation
- 🏆 Offline Policy Training & Value Model
- 🔮 Dynamics Model
- 🦾 Online Policy Training
- 🛠️ Deployment on Piper
❤️ Acknowledgement
We thank the following projects for their open-source contributions: OpenPI Pi0 / Pi05, Genie Envisioner, RLinf, LTX-Video, Kai0.
📄 License and Citation
All assets and code in this repository are under the Apache 2.0 license unless specified otherwise. The data and checkpoint are under CC BY-NC-SA 4.0. Other modules inherit their own distribution licenses.
@article{rise2026,
title={RISE: Self-Improving Robot Policy with Compositional World Model},
author={Yang, Jiazhi and Lin, Kunyang and Li, Jinwei and Zhang, Wencong and Lin, Tianwei and Wu, Longyan and Su, Zhizhong and Zhao, Hao and Zhang, Ya-Qin and Chen, Li and Luo, Ping and Yue, Xiangyu and Li, Hongyang},
journal={arXiv preprint arXiv:2602.11075},
year={2026}
}