I'm a fourth-year undergraduate student at UC Berkeley studying Electrical Engineering and Computer Science.
I am grateful to be advised by Professor Sergey Levine at Robotics, AI, and Learning Lab. I am also fortunate to work with Professor Kuan Fang as well. I'm broadly interested in the intersection between machine learning and robotics.
My research focuses on how to effectively derive representations from large scale data for robots to follow natural language instructions. More specifically, I want to design agents that can: (1), follow long-horizon instructions zero-shot or few-shot; (2) learn representations from internet-scale action free data to compose behaviors.
News
[Nov. 2024] I will be teaching CS189 (Introduction to Machine Learning) as a 20 hour TA next semester!
[Nov. 2024] I will be in Munich to presenting PALO and TRA at Conference on Robot Learning!
[Oct. 2024] TRA has been accepted by LEAP workshop at CoRL!
[Sep. 2024] PALO has been accepted by CoRL!
[Aug. 2024] We have publicly released paper and code for PALO!
Successor Representations Enable Compositional Instruction Following Vivek Myers*,
Bill Zheng*,
Sergey Levine,
Kuan Fang,
Anca Dragan Learning Efficient Abstractions for Planning Workshop, CoRL 2024
Paper coming soon!
We propose Temporal Representation Alignment, a policy learning method that utilizes the quasimetric property of temporal distances, and observe emergent capabilities in following compositional instructions when trained on a real world robot dataset.
We propose an effective and sample-efficient nonparametric adaptation method for learning new language-conditioned robotic manipulation tasks by searching for the best language decomposition and executing these instructions in inference.