Non Parametric Learning
Nonparametric learning focuses on developing machine learning models that make minimal assumptions about the underlying data distribution, enabling the modeling of complex, high-dimensional relationships without restrictive parametric constraints. Current research emphasizes efficient algorithms like kernel methods (including kernel ridge regression and RKHS-based approaches), nearest neighbor techniques (enhanced with information-theoretic principles), and Bayesian methods (incorporating flexible nonparametric priors for improved transfer learning). These advancements are improving the accuracy, interpretability, and robustness of models across diverse applications, including regression, classification, anomaly detection, and causal inference, particularly in scenarios with limited data or significant distribution shifts.