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An Autonomous Inter-task Mapping Learning Method via Artificial Neural Network for Transfer Learning

机译:通过人工神经网络进行自动任务映射学习方法进行转移学习

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Transfer learning could speed up reinforcement learning in many applications. Toward the fully autonomous reinforcement learning transfer agent, the mapping between the source task and target task should be learned instead of human-designed. To this end, this paper proposes an autonomous inter-task mapping learning method via artificial neural network, so as to reduce the human intervention in the transfer process. With this learned network, the reinforcement learning agent could transfer the learned knowledge from source task to target task for initialization, and set a good prior for the learning in the target task. The method is tested on the Keepaway Soccer Platform. The results indicate that the proposed method could provide a good jumpstart in the target task when weights are properly chosen for training the network.
机译:转移学习可以加速许多应用中的加强学习。对于完全自主强化学习传输代理,应学习源任务和目标任务之间的映射而不是人工设计。为此,本文通过人工神经网络提出了一种自主任务间映射学习方法,从而减少了转移过程中的人为干预。通过这种学习的网络,加强学习代理可以将学习知识从源任务转移到目标任务以进行初始化,并在目标任务中的学习之前设置好的。该方法在Keepaway足球平台上进行了测试。结果表明,当正确选择重量以训练网络时,所提出的方法可以在目标任务中提供良好的JumpStart。

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