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Nurturing promotes the evolution of reinforcement learning in changing environments

机译:在不断变化的环境中,养育促进强化学习的发展

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An agent interacting with its environment may learn to perform complex tasks through reinforcement learning. Reinforcement learning requires exploration of unfamiliar situations, which necessarily involves unknown and potentially dangerous or costly outcomes. Various sorts of external support for the learning agent are possible through investments of time or other resources. Nurturing, one individual investing in the development of another individual with which it has an ongoing relationship, is widely seen in the biological world, often with parents nurturing their offspring. In artificial intelligence, nurturing can be seen as an opportunity to develop both better machine learning algorithms and robots that assist or supervise other robots. Although research into robot-to-robot nurturing is at a very early stage, the hope is that this approach can result in more sophisticated learning systems. The research presented here demonstrates the effectiveness of nurturing through the evolution of the parameters of a reinforcement learning algorithm that is capable of finding good policies in a changing environment.
机译:与环境交互的代理可以通过强化学习来学习执行复杂的任务。强化学习需要探索不熟悉的情况,这必然涉及未知的,潜在的危险或代价高昂的结果。通过投入时间或其他资源,可以为学习代理提供各种外部支持。在生物界,人们普遍认为养育是一个人投资于与另一个有持续关系的另一个人的发展,通常父母会养育自己的后代。在人工智能中,培育可以被视为开发更好的机器学习算法和辅助或监督其他机器人的机器人的机会。尽管对机器人对机器人的培养的研究还处于早期阶段,但希望这种方法可以产生更复杂的学习系统。此处提出的研究证明了通过增强学习算法的参数演变来进行养育的有效性,该算法能够在不断变化的环境中找到良好的策略。

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