Research
The goal of my research is to make robots learn to help
humans in their daily lives, especially in long-horizon
and open-world tasks. I am interested in reinforcement
learning, imitation learning, planning, and representation
learning.
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Diffusion Imitation from Observation
Bo-Ruei Huang,
Chun-Kai Yang,
Chun-Mao Lai,
Dai-Jie Wu,
Shao-Hua Sun
NeurIPS, 2024
project page
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arXiv
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bibtex
DIFO is a learning from demonstration algorithm that
integrates diffusion models to model state transitions and
provide robust rewards to improve policy learning without
action labels.
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Improving XCO2 Precision in OCO-2/3 Retrievals through
Machine Learning-Enabled Extraction of Volcanic Aerosol
Information from L1B Spectra
Bo-Ruei Huang, Sihe Chen, Vijay Natraj,
Zhao-Cheng Zeng, Yangcheng Luo, and
Yuk L. Yung
AGU, 2023
poster
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bibtex
An improved machine learning algorithm refines aerosol
data from OCO satellite spectra to enhance CO2 retrieval
accuracy and advance climate impact models of volcanic
aerosols.
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