Two-Sample Testing
Overview
Two-sample testing asks whether differences between two samples reflect a real change in their underlying distributions or ordinary sampling variation. Common approaches include kernel tests such as maximum mean discrepancy, classifier-based tests, nearest-neighbor and graph statistics, and permutation calibration; newer methods also use learned representations and generative-process dynamics. These tests support applications such as detecting data drift, comparing generative models, and finding changes in images, text, or networks. A central challenge is maintaining reliable false-alarm control while achieving power with high-dimensional, weakly different, or severely imbalanced samples.
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