这次阅读一篇NIPS2018的文章,关于World Models in Reinforcement Learning. 原文链接
按照惯例,直接上粗暴的摘要和笔记吧
- Large RNNs are highly expressive models that can learn rich spatial and temporal representations of data. However, many model-free RL methods in the literature often only use small neural networks with few parameters. The RL algorithm is often bottlenecked by the credit assignment problem1, which makes it hard for traditional RL algorithms to learn millions of weights of a large model, hence in practice, smaller networks are used as they iterate faster to a good policy during training.
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精髓在这张图里了,引入了RNN来对environment中的state transition进行一定程度的预测,基于预测来选择action。
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Our agent consists of three components that work closely together: Vision (V), Memory (M), and Controller (C).

本文探讨NIPS2018中关于WorldModels在强化学习领域的研究,介绍如何使用大型RNN对环境状态转换进行预测,以辅助行动决策。文章强调了RNN在表达复杂时空数据上的优势,并提出由视觉、记忆和控制器三部分组成的智能体模型。

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