Machine Learning · 2026-11-06

Structural Conditional Independence Test via Neural Quantile Resolution

arXiv:2611.07165v1 Announce Type: new Abstract: Conditional independence testing is difficult when dependence is weak, localized, or expressed through distributional changes rather than a global mean shift. Existing tests usually return a scalar statistic or p-value, which summarizes evidence against independence but does not describe where the conditional law changes.

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arXiv:2611.07165v1 Announce Type: new Abstract: Conditional independence testing is difficult when dependence is weak, localized, or expressed through distributional changes rather than a global mean shift. Existing tests usually return a scalar statistic or p-value, which summarizes evidence against independence but does not describe where the conditional law changes. We propose QRCIT, a quantile-resolution conditional independence test that compares P(X|Z) and P(X|Y,Z) through a quantile deformation learned by a shared model.

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Original source: arXiv ML ↗

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