Meta-World
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Meta-World是一个包含50个不同机器人操作任务的开源模拟基准,由斯坦福大学等机构创建。该数据集旨在评估多任务和元强化学习算法,通过提供多样化的任务来测试算法的泛化能力。数据集中的任务涉及日常物品的操作,所有任务都在共享的桌面环境中进行,使用模拟的Sawyer机械臂。通过提供大量具有共同环境和控制结构的独特任务,Meta-World允许研究人员测试当前多任务和元RL方法的泛化能力,并帮助识别改进现有方法的新研究方向。
Meta-World is an open-source simulated benchmark containing 50 distinct robotic manipulation tasks, created by institutions including Stanford University. This dataset aims to evaluate multi-task and meta-reinforcement learning algorithms, testing the generalization capabilities of algorithms by providing a diverse range of tasks. The tasks in the dataset involve manipulating everyday objects, and all tasks are carried out in a shared desktop environment using a simulated Sawyer robotic arm. By offering a large number of unique tasks that share a common environment and control structure, Meta-World enables researchers to test the generalization abilities of current multi-task and meta-RL methods, and helps identify new research directions for improving existing approaches.

- Meta-World数据集首次发表,由OpenAI的研究团队提出,旨在为强化学习领域提供一个多样化的机器人操作任务集合。
- Meta-World数据集首次应用于多任务学习研究,展示了其在提升模型泛化能力方面的潜力。
- Meta-World数据集被广泛用于跨领域研究,包括机器人学、人工智能和计算机视觉,成为相关领域的重要基准数据集之一。
- 1Meta-World: A Benchmark and Evaluation for Multi-Task and Meta-Reinforcement LearningUniversity of California, Berkeley · 2019年
- 2Meta-Learning with Implicit GradientsMassachusetts Institute of Technology · 2019年
- 3On Effective Scheduling of Model-based Reinforcement LearningUniversity of California, Berkeley · 2020年
- 4Meta-Learning with Latent Embedding OptimizationUniversity of California, Berkeley · 2018年
- 5Meta-Learning with Differentiable Convex OptimizationStanford University · 2019年



