My research develops statistical methods for reliable, uncertainty-aware inference, with functional data analysis at its core and a growing focus on the trustworthy evaluation of large language models.
Functional Data Analysis (FDA): functional time series, long-run covariance estimation, bandwidth selection, and functional principal component analysis
Trustworthy LLM Evaluation: auditing LLM-as-a-judge systems, positive–unlabeled learning for evaluation, and uncertainty quantification for AI evaluators
Statistical Machine Learning: uncertainty quantification, statistical theory of deep learning, and graph neural networks with applications to biological and single-cell data
News
Oct 2026: Received a NeurIPS 2026 Financial Assistance Award, covering full conference and workshop registration in Atlanta.
Oct 2026: Presented the poster Quantifying and Auditing LLM Evaluation via Positive–Unlabeled Learning at Georgia Statistics Day 2026, Georgia Tech, Atlanta.