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1
Intro
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Progress in Robotics
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Success stories in Al
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Key ingredients of learning
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Learning for robotics
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How to grasp objects?
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Self-supervised grasping
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Robot learning in the wild?
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Robot learning in homes
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Large scale robot learning
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Rich history
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Under the hood
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Deformable Object Manipulation
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Approach
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Key Challenges
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Solutions
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Conditional Policy Learning with MVP
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Real Robot Experiments
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Why forward models?
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Learning visual forward models
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Learning predictive representations
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Contrastive representations
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Contrastive forward models
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One step MPC
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Quantitative evaluation
Description:
Explore diverse data collection and efficient algorithms for robot learning in this MIT Embodied Intelligence Seminar featuring Lerrel Pinto from NYU and UC Berkeley. Delve into the challenges of applying machine learning to robotics, focusing on large-scale data collection and efficient reinforcement learning for deformable object manipulation. Discover self-supervised grasping techniques, robot learning in homes, and the importance of forward models in robotic systems. Gain insights into conditional policy learning, contrastive representations, and one-step model predictive control. Examine quantitative evaluations and real-world robot experiments that demonstrate the practical applications of these cutting-edge approaches in robotics.

Diverse Data and Efficient Algorithms for Robot Learning

Massachusetts Institute of Technology
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