Qiong Zhang (张琼)
Institute of Statistics and Big Data
Renmin University of China
About
Hi! Welcome to my website. I’m Qiong (pronounced similarly to “Chiong” if that helps!).
I am currently an assistant professor in the Institute of Statistics and Big Data at Renmin University of China. As a statistician by training, I have ventured into the world of AI, exploring how data and algorithms can unravel complex stories. My research bridges statistics and machine learning, with a focus on mixture reduction, empirical likelihood, and tabular foundation models for in-context statistical learning. See a detailed description of my current research directions here.
I am passionate about addressing real-world problems through statistical and AI-driven approaches, and I believe that data is the most compelling storyteller of all. If you’d like to chat about statistics, AI, or the hidden narratives within your dataset, I’d be delighted to connect!
→ More about me (education, research interests)
News
- Apr 2026 paper Forgettable federated linear learning with certified data removal — Paper accepted at IEEE TNNLS.
- Mar 2026 paper Byzantine-tolerant distributed learning of finite mixture models — Paper accepted at JRSSB.
- Mar 2026 paper Neyman-Pearson multiclass classification under label noise via empirical likelihood — New preprint.
- Jan 2026 paper TabClustPFN: A prior-fitted network for tabular data clustering — New preprint.
- Jan 2026 paper Beyond aggregation: Guiding clients in heterogeneous federated learning — Paper accepted at ICLR 2026.
- Sep 2025 paper Beyond aggregation: Guiding clients in heterogeneous federated learning — New preprint on how to leveraging data heterogeneity as guided router in federated learning
- Sep 2025 paper Gaussian Herding across Pens: 3DGS compaction via Gaussian mixture reduction — Paper accepted at NeurIPS 2025 (spotlight).
- May 2025 paper TabPFN: One model to rule them all? — New preprint on tabular foundation models for statistical estimation.
Selected Publications
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Journal of the Royal Statistical Society, Series B, 2026
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IEEE Transactions on Information Theory, 2024
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Journal of Machine Learning Research, 2022
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International Conference on Learning Representations (ICLR), 2026
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Gaussian Herding across Pens: An optimal transport perspective on global Gaussian reduction for 3DGS SpotlightNeural Information Processing Systems (NeurIPS), 2025
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Minor revision at JASA