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Intrinsically motivated learning of hierarchical collections of skills (2004)

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by Andrew G. Barto
Citations:173 - 16 self
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BibTeX

@INPROCEEDINGS{Barto04intrinsicallymotivated,
    author = {Andrew G. Barto},
    title = {Intrinsically motivated learning of hierarchical collections of skills},
    booktitle = {},
    year = {2004},
    pages = {112--119}
}

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Abstract

Humans and other animals often engage in activities for their own sakes rather than as steps toward solving practical problems. Psychologists call these intrinsically motivated behaviors. What we learn during intrinsically motivated behavior is essential for our development as competent autonomous entities able to efficiently solve a wide range of practical problems as they arise. In this paper we present initial results from a computational study of intrinsically motivated learning aimed at allowing artificial agents to construct and extend hierarchies of reusable skills that are needed for competent autonomy. At the core of the model are recent theoretical and algorithmic advances in computational reinforcement learning, specifically, new concepts related to skills and new learning algorithms for learning with skill hierarchies. 1

Keyphrases

hierarchical collection    practical problem    present initial result    new concept    skill hierarchy    computational study    competent autonomous entity    algorithmic advance    artificial agent    reusable skill    wide range    motivated behavior    computational reinforcement learning    competent autonomy   

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