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Autonomous reinforcement learning on raw visual input data in a real world application

机译:真正世界应用中原始视觉输入数据的自主加强学习

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摘要

We propose a learning architecture, that is able to do reinforcement learning based on raw visual input data. In contrast to previous approaches, not only the control policy is learned. In order to be successful, the system must also autonomously learn, how to extract relevant information out of a high-dimensional stream of input information, for which the semantics are not provided to the learning system. We give a first proof-of-concept of this novel learning architecture on a challenging benchmark, namely visual control of a racing slot car. The resulting policy, learned only by success or failure, is hardly beaten by an experienced human player.
机译:我们提出了一种学习架构,可以基于原始视觉输入数据进行强化学习。与以前的方法相比,不仅可以学习控制策略。为了成功,系统还必须自主学习,如何从高维流中提取相关信息,其中语义没有向学习系统提供。我们在具有挑战性的基准上,给出了这一小说学习架构的第一个概念验证,即视觉控制赛车车。由此产生的政策仅限于成功或失败,几乎没有经验丰富的人类球员殴打。

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