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CoDA:数据引擎和行动政策的协同演变

原文标题 · CoDA: Co-Evolution of Data Engines and Action Policies

作者:余天娇、欧志林、申一帆|生成性模拟可以自动构建机器人环境,但物理有效的环境不一定对训练有用。挑战在于确定解决政策失败的环境以及帮助其克服这些失败的监督。我们引入了CoDA,这是一个框架,其中模拟数据引擎和行动策略通过e的共享异类内存共同进化

来源:arXiv cs.AI/CL/LG · arxiv.org

正文为英文,可一键机器翻译(仅首次需要等待)

Computer Science > Robotics

Title: CoDA: Co-Evolution of Data Engines and Action Policies

Abstract: Generative simulation can automate robot environment construction, but physically valid environments are not necessarily useful for training. The challenge is to identify environments that address a policy's failures and supervision that helps it overcome them. We introduce CoDA, a framework in which a simulation data engine and an action policy co-evolve through a shared heterogeneous memory of environment construction, policy failures, and learning progress. The memory compiles validated diagnoses from a vision-language critic into generation programs that recreate difficulties and training programs that help the policy overcome them. We further propose Text2potential to convert these diagnoses into staged potentials for action-chunk value learning, providing dense supervision for policy updates while preserving the task's optimal policy under standard shaping assumptions. Measured learning progress guides further generation and program refinement. Across four manipulation task families, CoDA improves out-of-distribution success from 5.3% after supervised fine-tuning to 27.6%, exceeding the strongest closed-loop baseline by 9.5 percentage points with the same generation budget. On LIBERO-Pro, 15 rounds of generation and training raise success from 25% to 84% under position perturbations and from 1% to 76% under instruction perturbations.

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