Research talk: Successor feature sets: Generalizing successor representations across policies
- Kianté Brantley | University of Maryland
- Microsoft Research Summit 2021 | Reinforcement Learning
Successor-style representations have many advantages for reinforcement learning. For example, they can help an agent generalize from experience to new goals. However, successor-style representations are not optimized to generalize across policies—typically, a limited-length list of policies is maintained and information shared among them by representation learning or generalized policy iteration. Join University of Maryland PhD candidate Kianté Brantley to address these limitations in successor-style representations. With collaborators from Microsoft Research Montréal, he developed a new general successor-style representation, which brings together ideas from predictive state representations, belief space value iteration, and convex analysis. The new representation is highly expressive. For example, it allows for efficiently reading off an optimal policy for a new reward function or a policy that imitates a demonstration. Together, you’ll explore the basics of successor-style representation, the challenges of current approaches, and results of the proposed approach on small, known environments.
Learn more about the 2021 Microsoft Research Summit: https://Aka.ms/researchsummit (opens in new tab)
Reinforcement Learning
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Opening remarks: Reinforcement Learning
- Katja Hofmann
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Research talk: Evaluating human-like navigation in 3D video games
- Raluca Georgescu,
- Ida Momennejad
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Research talk: Maia Chess: A human-like neural network chess engine
- Reid McIlroy-Young
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Fireside chat: Opportunities and challenges in human-oriented AI
- Ashley Llorens,
- Katja Hofmann,
- Siddhartha Sen
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Research talk: Making deep reinforcement learning industrially applicable
- Jiang Bian,
- Tie-Yan Liu
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Panel: Generalization in reinforcement learning
- Mingfei Sun,
- Roberta Raileanu,
- Wendelin Böhmer
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Research talk: Project Dexter: Machine learning and automatic decision-making for robotic manipulation
- Andrey Kolobov,
- Ching-An Cheng
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Research talk: Breaking the deadly triad with a target network
- Shangtong Zhang
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Panel: The future of reinforcement learning
- Geoff Gordon,
- Emma Brunskill,
- Craig Boutilier
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Closing remarks: Reinforcement Learning
- John Langford