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Adaptive sampling is claimed to expand what reinforcement-learning robots can do

The author says their approach scales with compute without hand engineering and learns fast, reactive policies without imitation data.

Jeff CluneJC
Mateo Guaman CastroMG
2 Sources, 4h ago, first seen 4h ago

TLDR

The author credits earlier adaptive-curriculum work and the open-ended reinforcement-learning community for the underlying idea. They say their simple adaptive-sampling approach scales with compute, requires no hand engineering and learns robot policies entirely through reinforcement learning, without imitation data. They claim those policies can solve tasks previously beyond reinforcement learning.

Combined views

526

2 Sources, first seen 4h ago

9 likes1 comments2 saves2 reposts

Combined views

526

2 Sources, first seen 4h ago

9 likes1 comments2 saves2 reposts

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Sentiment

Positive——Negative

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No sentiment analysis available yet.

2 Sources

Mateo Guaman Castro@mateoguaman(3/N) The idea of adaptive sampling helping RL has been obvious for a long time. The OGs @rdn_nikita @HoellerDavid got groundbreaking locomotion results with adaptive curriculums, and the open-ended RL community has been barking at this (right!) tree for even longer, e.g. @jeffclune @j_foerst and many more! What we provide is a simple instantiation of this idea, which scales unreasonably well with compute, requires no hand engineering, and results in policies that can solve robot tasks beyond what was previously possible with RL. The behaviors these policies learn are reactive, highly dynamic, and fast because they are learned entirely through RL, no imitation data or motions to track.4h
Jeff Clune@jeffcluneRT @mateoguaman: (3/N) The idea of adaptive sampling helping RL has been obvious for a long time. The OGs @rdn_nikita @HoellerDavid got gr…1h
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    2 Sources

    Mateo Guaman Castro@mateoguaman(3/N) The idea of adaptive sampling helping RL has been obvious for a long time. The OGs @rdn_nikita @HoellerDavid got groundbreaking locomotion results with adaptive curriculums, and the open-ended RL community has been barking at this (right!) tree for even longer, e.g. @jeffclune @j_foerst and many more! What we provide is a simple instantiation of this idea, which scales unreasonably well with compute, requires no hand engineering, and results in policies that can solve robot tasks beyond what was previously possible with RL. The behaviors these policies learn are reactive, highly dynamic, and fast because they are learned entirely through RL, no imitation data or motions to track.4h
    Jeff Clune@jeffcluneRT @mateoguaman: (3/N) The idea of adaptive sampling helping RL has been obvious for a long time. The OGs @rdn_nikita @HoellerDavid got gr…1h
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