Dongge Han
Interests
Reinforcement Learning, Multiagent Systems, Game Theory
Biography
I am a PhD in Computer Science (thesis defended) at the University of Oxford, supervised by Prof. Michael Wooldridge and Prof. Alex Rogers . My research interests include Multiagent Reinforcement Learning, Hierarchical Reinforcement Learning and Game Theory. In particular, my thesis studies Game-theoretic Payoff Allocation in Multiagent Machine Learning Systems.
Prior to my PhD, I obtained an MSc in Computer Science (Graduated with Distinction, 2016) from the University of Oxford. I obtained a BSc in Physics with a Minor Degree in IT (First class honours, 2015) from the Hong Kong University of Science and Technology. I was an exchange student at EPFL (Spring 2014).
During my PhD, I was a Research Intern (Machine Learning) at Microsoft Research Cambridge (Summer 2019) where I was supervised by Dr. Sebastian Tschiatschek. I was a Machine Learning Intern (Natural Language Processing) at Apple Siri Cambridge (Summer 2017) where I was supervised by Dr. Thomas Voice.
Please find more details on my personal homepage. I am graduating around May 2022 and am actively seeking full time opportunities. Please feel free to contact me via email.
Selected Publications
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Multiagent Model−based Credit Assignment for Continuous Control
Dongge Han‚ Chris Xiaoxuan Lu‚ Tomasz P. Michalak and Michael Wooldridge
f. 2021.
Details about Multiagent Model−based Credit Assignment for Continuous Control | BibTeX data for Multiagent Model−based Credit Assignment for Continuous Control
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Replication−Robust Payoff−Allocation for Machine Learning Data Markets
Dongge Han‚ Michael Wooldridge‚ Alex Rogers‚ Shruti Tople‚ Olga Ohrimenko and Sebastian Tschiatschek
2020.
Details about Replication−Robust Payoff−Allocation for Machine Learning Data Markets | BibTeX data for Replication−Robust Payoff−Allocation for Machine Learning Data Markets
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Multi−Agent Hierarchical Reinforcement Learning with Dynamic Termination
Dongge Han‚ Wendelin Boehmer‚ Michael Wooldridge and Alex Rogers
2019.
Details about Multi−Agent Hierarchical Reinforcement Learning with Dynamic Termination | BibTeX data for Multi−Agent Hierarchical Reinforcement Learning with Dynamic Termination