Overview
E-values quantify evidence against a null hypothesis and can be multiplied or accumulated over time to support tests that remain valid even when analysts stop early or adapt their decisions. Common approaches include betting strategies and test supermartingales for sequential testing, conformal e-values and e-BH for selection and risk control, and likelihood-ratio methods for monitoring shifts or model performance. Applications include prediction, language-model evaluation, private testing, and adaptive search, where benchmarks assess power, data use, coverage, and false discoveries. A central tension is balancing strong evidence and efficient stopping against reliable type-II error guarantees, especially under adaptive choices, distribution shifts, or limited assumptions about the data.
Latest papers
15 papers3 papers in the last four weeks, against 1 the four weeks before. 0.0% of all new papers.