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Learning to balance a pole on a movable cart through RL: what can be gained using Adaptive NN?

机译:学习通过RL在可移动推车上平衡杆子:可以使用自适应NN获得什么?

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The work of Barto, Sutton and Williams on the ACE/ASE model for Reinforcement Learning is here put in perspective. In their work a state-control (input-output) map, which allows to balance a pole hinged on a moving cart as long as possible, is learned when the only information provided by the environment is the system failure. This work has given rise to a large body of research in the fields of machine learning and artificial intelligence. Its relevance lies in the fact that it can be applied to control all those systems which are only partially known. A critical issue is the exploration of the state space which may require impractical amount of memory and learning time. Adaptive networks, which have been studied in the most recent years, offer a natural solution in the implementation of the learning system allowing an adaptive partitioning of the state space according to the task difficulty experienced in the different regions.
机译:巴托,萨顿和威廉姆斯在王国/ ASE模型上进行加固学习的工作,在这里掌握。在其工作中,当环境提供的唯一信息是系统故障时,可以了解尽可能长的状态控制(输入输出)映射,该映射允许平衡在移动推车上铰接的杆。这项工作在机器学习和人工智能领域的大量研究。其相关性在于它可以应用于控制仅部分已知的所有这些系统。一个关键问题是探索国家空间,这可能需要不切实际的记忆和学习时间。在最近几年进行了研究的自适应网络在实现学习系统中提供了一种自然解决方案,允许根据不同地区经历的任务难度的任务难度进行自适应划分状态空间。

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