My CV
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Research Projects
Neural Causal Partial Identification
joint work with Vasilis Syrgkanis and Jose Blanchet, paper
- Leveraging the power of generative models, we solve the general partial identification problem with both continuous and discrete variables using neural causal model.
- We provide detailed construction to the architecture of the neural nets and show the approximation power of Neural Casual Models (NCMs) in theory.
- We also demonstrate the importance of Lipschitz regularization in the training process and prove that our method is consistency by using Lipschitz regularization.
- Our method outperforms the previous polynomial programming method.
Zero-Order Optimization
7.2022 -- 7.2023
supervised by Prof. Yinyu Ye
- Lead a group of three to develop a derivative-free solver for nonlinear constrained optimization in ANSI C. Code available here
- Use the technique of implicit filtering to increase robustness of algorithm under noises.
- Combine coordinate search to increase efficiency.
Equilibrium Learning in Offline Markov Game
1.2021 – 6.2021
supervised by Prof. Zhuoran Yang and Prof. Zhaoran Wang
- Propose the notion of Relative Uncertainty to measure the quality of dataset for offline two-player zero-sum game.
- Analyze the convergence rate of the proposed algorithm PMVI.
- Give a lower bound of the convergence rate by constructing a special game.
- Give a counterexample to illustrate the difference between Markov Decision Process and Markov Game.