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Motivated Reinforcement Learning (2001)

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by Peter Dayan
Citations:332 - 15 self
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BibTeX

@MISC{Dayan01motivatedreinforcement,
    author = {Peter Dayan},
    title = {Motivated Reinforcement Learning},
    year = {2001}
}

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Abstract

The standard reinforcement learning view of the involvement of neuromodulatory systems in instrumental conditioning includes a rather straightforward conception of motivation as prediction of sum future reward. Competition between actions is based on the motivating characteristics of their consequent states in this sense. Substantial, careful, experiments reviewed in Dickinson & Balleine, into the neurobiology and psychology of motivation shows that this view is incomplete. In many cases, animals are faced with the choice not between many different actions at a given state, but rather whether a single response is worth executing at all. Evidence suggests that the motivational process underlying this choice has different psychological and neural properties from that underlying action choice. We describe and model these motivational systems, and consider the way they interact.

Keyphrases

many case    instrumental conditioning    consequent state    standard reinforcement    motivational process    many different action    neuromodulatory system    neural property    motivation show    dickinson balleine    motivational system    sum future reward    straightforward conception    single response    action choice   

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