Statistical learning under complex data conditions
Semi-supervised inference, informative missingness, mixture models, robust estimation, kernel methods and regularisation.
Statistical learning · Computational statistics · Forecasting
Statistical Data Scientist.
My work connects methodological statistics with real-world problems in energy, environmental science, geoscience and engineering—especially where uncertainty, missingness and complex structure matter.
Research programme
Semi-supervised inference, informative missingness, mixture models, robust estimation, kernel methods and regularisation.
Efficient algorithms for high-dimensional and non-convex models, including stochastic, iterative, evolutionary and swarm-based methods.
Probabilistic forecasting, uncertainty quantification and causal mechanisms in energy, environmental and socio-economic systems.
Selected work
J. Wu, Y.-G. Wang & G. J. McLachlan · The Innovation Informatics
J. Wu, X. Tian, Y.-G. Wang et al. · Geography and Sustainability
Y.-G. Wang, J. Wu, Z.-H. Hu & G. J. McLachlan · Pattern Recognition
D. VandenHeuvel, J. Wu & Y.-G. Wang · International Journal of Forecasting
S. Zhang, J. Wu, Y.-G. Wang et al. · Water Research
Academic path
School of Mathematics and Physics, working with Professor Geoffrey J. McLachlan.
Faculty of Education and Arts, working with Professor Herbert W. Marsh.
Thesis: Statistical Support Vector Machines with Optimizations.
Supervised by Professors You-Gan Wang, Kevin Burrage, and Yu-Chu Tian.
Collaboration
I welcome conversations about methodological research, interdisciplinary projects, reviewing, and research supervision.