Real-World Applications

  • Subseasonal climate forecasting develops a probabilistic framework for Madden-Julian Oscillation (MJO) prediction based on GP models with empirical correlations and a covariance correction, extending probabilistic MJO coverage to over three weeks. Additionally, the method avoids the need for hyperparameter optimization, streamlining the process and enhancing efficiency and stability

  • Privacy-aware regression develops a comprehensive theoretical and methodological framework for privacy-aware Gaussian process regression that addresses the fundamental privacy-utility trade-off inherent in predictive modeling with confidential data. The proposed method enforces variance-based privacy guarantees by solving for an optimal synthetic noise covariance via semi-definite programming, so GP predictors stay accurate yet satisfy the prescribed privacy level in settings such as satellite tracking and census analytics.

Haoyuan Chen
Haoyuan Chen
Research Fellow

My research interests include Gaussian processes, uncerntainty quantification and probabilistic machine learning.