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Researchers propose adaptive cross-bagging to improve ML reproducibility

Researchers have developed a new method called adaptive cross-bagging to improve the reproducibility of machine learning predictions. This technique addresses the instability caused by random seeds in machine learning algorithms, which can affect downstream estimators. The proposed method formalizes random seed stability and proves that subbagging can ensure stability for bounded-outcome regression algorithms. Numerical experiments demonstrate that adaptive cross-bagging achieves the desired stability with only a minor computational cost compared to other methods. AI

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RANK_REASON The item is an arXiv preprint detailing a new methodology for improving machine learning reproducibility.

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Researchers propose adaptive cross-bagging to improve ML reproducibility

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  1. arXiv stat.ML TIER_1 · Alejandro Schuler ·

    Improving reproducibility by controlling random seed stability in machine learning based estimation via bagging

    Predictions from machine learning algorithms can vary across random seeds, inducing instability in downstream debiased machine learning estimators. We formalize random seed stability via a concentration condition and prove that subbagging guarantees stability for any bounded-outc…