Huiyuan Wang
Research Associate in Biostatistics · University of Pennsylvania
I develop statistical methods for reliable learning and inference when data are biased, imperfect, distributed, or structurally complex.
My research spans causal inference and real-world evidence, distributed inference, statistical foundations for adaptive and verifiable AI, and learning from structured data. I am also interested in active learning, retrieval-augmented systems, benchmarking and evaluation of large language models, continual learning, and learning systems designed to avoid shortcut solutions.
News
Selected updates-
Join us on Wednesday, Aug 5, 2026, 2:00–3:50 PM, in Room CC-253C at the Boston Convention & Exhibition Center.
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I presented Efficient Inference for Distributed Data with Structural Missingness at the ICSA Applied Statistics Symposium in Shenzhen, China.
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Delighted to share that MOSAiC was accepted as a Discussion Paper in JASA's Applications and Case Studies section.
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Our work on watermark detection under human edits is now published in Volume 88, Issue 2, pages 491–515.
- Recognition Top Reviewer at NeurIPS 2025
Honored to be recognized among the top 10% of reviewers.
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Glad to have presented work on calibrated digital twins, augmented target trial emulation, and negative-control-calibrated difference-in-differences in Nashville.
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Our work on calibration for time-varying unmeasured confounding in real-world data is now published.