Biologically and Economically Compatible Multi-Objective Multi-Agent AI Safety Benchmarks
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Biologically and Economically Compatible Multi-Objective Multi-Agent AI Safety Benchmarks是由独立研究者Roland Pihlakas和Joel Pyykkö创建的,旨在解决现代强化学习文献中忽视的生物和经济相关主题的安全问题。数据集包含9个基准环境,基于网格世界环境,设计用于测试代理在多目标和多代理场景中的安全性和性能。数据集的创建过程包括实现多个生物和经济兼容的基准,并通过随机种子进行环境随机化,以避免过拟合。该数据集主要应用于AI安全领域,旨在通过多目标和多代理的模拟,评估和提升AI系统的安全性和符合人类价值观的能力。
'Biologically and Economically Compatible Multi-Objective Multi-Agent AI Safety Benchmarks' was developed by independent researchers Roland Pihlakas and Joel Pyykkö, with the aim of addressing safety issues concerning biological and economic topics that have been neglected in contemporary reinforcement learning literature. This dataset encompasses 9 benchmark environments built upon grid-world frameworks, designed to test the safety and performance of agents in multi-objective and multi-agent scenarios. The development process includes implementing multiple biologically and economically compatible benchmarks, and conducting environment randomization using random seeds to prevent overfitting. This dataset is primarily utilized in the field of AI safety, aiming to evaluate and enhance the safety and human value-aligned capabilities of AI systems through multi-objective and multi-agent simulations.




