Distributionally Robust Optimization
Generative ambiguity modeling for optimization systems that need to perform under distribution shift and uncertainty.
Ph.D. Student · Computer Science · University of Houston
I study robust and trustworthy machine learning systems, with current work on generative distributionally robust learning, decision-focused learning, and goal recognition.
I am a Ph.D. student advised by Dr. Jianyi Yang in the Computational IntelliGence (CIG) Lab @ UH, where the team studies responsible and efficient AI/ML, decision making, and AI computing.
Research
Generative ambiguity modeling for optimization systems that need to perform under distribution shift and uncertainty.
Learning methods that connect prediction quality with downstream decisions, including 3D and diffusion-augmented settings.
Variational and causal approaches for long-term goal recognition and interpretable AI reasoning.
Point-cloud segmentation, measurement, recognition, and automated evaluation systems used in commercial deployments.
Publications
J. Wen and J. Yang. ICLR 2026.
PaperJ. Wen and J. Yang. NeurIPS OPT 2025.
PaperJ. Wen, L. Fan, and J. Yang. INFOCOM 2026.
PaperJ. Wen, P. Tang, S. Ren, and J. Yang.
PaperJ. Wen and L. Amado. AAMAS 2025.
PaperJ. Wen. CVIDL & ICCEA 2022.
PaperEducation
University of Houston · USA
University of Aberdeen · Distinction · UK
North China Electric Power University · China
Guangdong Pharmaceutical University · China
Experience
Doctoral student advised by Dr. Jianyi Yang, working on generative distributionally robust learning across theoretical foundations and practical applications.
Contributed to long-term goal recognition research with Prof. Felipe and Dr. Amado.
Developed 3D laser point-cloud segmentation, building measurement, floor-plane recognition, and distributed cluster systems used at CRLAND.
Led TOF 3D sensor testing work, built point-cloud evaluation systems, contributed to depth-map completion models, and developed automation for face recognition and sensor testing.
Skills
Awards
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