Research
I am interested in studying how to deploy agents in new environments with minimum to no supervision.
My research focuses, in this context, on inferring how agents interact with the environment and with other agents in ways that are generalizable to new settings.
Issues related to this research include combinatorial and out-of-distribution generalization, learning from demonstrations, human in the loop learning and object-centric learning.
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Diagnosis, Feedback, Adaptation: A Human-in-the-Loop Framework for Test-time Policy Adaptation
Andi Peng,
Aviv Netanyahu,
Mark Ho,
Tianmin Shu,
Andreea Bobu,
Julie Shah,
Pulkit Agrawal
project page /
arXiv /
video /
MIT News
ICML 2023
NeurIPS Workshop on Human in the Loop Learning, 2022
Counterfactual demonstrations for personalized policy adaptation.
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Learning to Extrapolate: A Transductive Approach
Aviv Netanyahu*,
Abhishek Gupta*,
Max Simchowitz,
Kaiqing Zhang,
Pulkit Agrawal
arXiv /
video /
code /
MIT lab tours
ICLR 2023
NeurIPS Workshop on Distribution Shifts, 2022
Out-of-support generalization via a transductive reparameterization.
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Discovering Generalizable Spatial Goal Representations via Graph-based Active Reward Learning
Aviv Netanyahu*,
Tianmin Shu*,
Joshua B. Tenenbaum,
Pulkit Agrawal
project page /
arXiv /
talk /
code
ICML 2022
RLDM 2022
ICLR Elements of Reasoning: Objects, Structure and Causality Workshop, 2022
Graph-based reward learning via active learning for object rearrangement.
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PHASE: PHysically-grounded Abstract Social Events for Machine Social Perception
Aviv Netanyahu*,
Tianmin Shu*,
Boris Katz,
Andrei Barbu,
Joshua B. Tenenbaum
project page /
arXiv /
talk /
code
AAAI 2021
NeurIPS Shared Visual Representations in Human & Machine Intelligence Workshop, 2020 (Oral Presentation, Best Paper Award)
A dataset for inferring physically grounded social interactions between agents.
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Image Interpretation by Iterative Bottom-Up Top-Down Processing
Shimon Ullman,
Liav Assif*,
Alona Strugatski*,
Ben-Zion Vatashsky,
Hila Levi,
Aviv Netanyahu,
Adam Yaari
arXiv /
code
under review
Extraction and representation of scene components and the relations between them by combining bottom-up and top-down networks,
interacting through a symmetric bi-directional communication.
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Cyclical Bottom-Up Top-Down Neural Networks for Relational Reasoning
MSc thesis
A system for selective visual relationship detection that achieves out-of-distribution and combinatorial generalization.
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TA, Machine Learning (6.867), MIT Fall 2021
Co-instructor, Deep Learning for Control (6.S090), MIT Winter 2021
Project Mentor, Computational Cognitive Science (9.66), MIT Fall 2020
Grader, Logic and Set Theory (69), Reichman University Spring 2017
Grader and Mathematics Help Center Instructor, Linear Algebra 2 (80135), Hebrew University of Jerusalem Spring 2016
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Reviewer NeurIPS 2023 and workshops at RSS, ICRA and NeurIPS 2021-2023
Organizer Computational Sensorimotor Learning (CSL) Seminar, MIT 2021
Outreach
Officer GW6 2020,
Lecturer 'Rishonot BaMada' 2017-2019,
Coding instructor 'Project Mehamemet' 2016-2019,
Mentor for undergrad freshmen 'Shalom Shana Alef' 2014-2015
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