Random Forest
Also known as RF
Overview
A random forest trains many decision trees on resampled data and random feature subsets, then combines their predictions to improve accuracy and reduce variance. Researchers develop variants for tabular classification and regression, high-dimensional data, longitudinal outcomes, causal effect estimation, online learning, and privacy-preserving prediction. Common approaches adjust tree splits, resampling, or vote weights, while other work studies feature importance, explanations, computational efficiency, and how many trees are needed. Forests remain useful flexible baselines, but choices that help in one setting can hurt another: mean-based splits often suit scalar outcomes, while distributional criteria may help for multivariate responses, and feature importance can be biased by correlations or mixed feature types.
Latest papers
34 papers5 papers in the last four weeks, up 25% on the four weeks before. 0.0% of all new papers.