[MOREL] Unsupervised Video Object Segmentation for Deep Reinforcement Learning

Published on ● Video Link: https://www.youtube.com/watch?v=z8luZ3dHWbU



Duration: 48:56
345 views
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For slides and more information on the paper, visit https://ai.science/e/object-level-self-supervised-learning-to-speed-up-reinforcement-learning-in-visual-and-text-environments--QcHKtCP9ROyYcBIxfdE7

Speaker: Pascal Poupart; Host: Susan Shu Chang

Motivation:
Pascal will present two techniques to automatically infer high-level object information from low-level pixel intensities and raw text to accelerate the optimization of a good policy in deep reinforcement learning.

The first approach, called MOREL (Motion Oriented REinforcement Learning), consists of a self-supervised technique that learns to detect moving objects in video games. The second approach also consists of a self-supervised technique that automatically infers a belief graph of objects and relations described in text.

These techniques allow RL agents to reason at a high level and therefore need less interaction with the environment to find good policies. Furthermore, we can gain insights and some degree of explainability into the resulting policies by inspecting the objects they depend on. The techniques will be demonstrated in Atari Games and TextWorld.

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