Debiased ML
ML: Machine Learning
Overview
Debiased machine learning addresses both unfair or shortcut-driven predictions and bias in statistical estimates of causal effects or other target quantities. Fairness and robustness methods include counterfactual constraints, group-aware reweighting, representation or neuron interventions, and data selection, with applications to language models, image classifiers, reward models, and generative systems. For statistical estimation, double/debiased machine learning uses cross-fitting, Neyman-orthogonal scores, and Riesz regression to limit the effect of errors in nuisance models. A central challenge is to verify that measured fairness reflects genuine correction rather than reduced confidence or shifted harms, while preserving accuracy and reliable inference across groups and settings.
Latest papers
56 papers8 papers in the last four weeks, up 167% on the four weeks before. 0.0% of all new papers.