Early Stopping Based on Repeated Significance

For a bucket test with a single criterion for success and a fixed number of samples or testing period, requiring a p-value less than a specified value of α for the success criterion produces statistical confidence at level 1 − α. For multiple criteria, a Bonferroni correction that partitions α among the criteria produces statistical confidence, at the cost of requiring lower p-values for each criterion. The same concept can be applied to decisions about early stopping, but that can lead to strict requirements for p-values. We show how to address that challenge by requiring criteria to be successful at multiple decision points.

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Published
2024-12-15
DOI
https://doi.org/10.1109/bigdata62323.2024.10825201
Primary Topic
Machine Learning and Algorithms
Type
article
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article

Early Stopping Based on Repeated Significance

Eric Bax, Alex Shtoff, Arundhyoti Sarkar
Machine Learning and Algorithms
article

Early Stopping Based on Repeated Significance

Eric Bax, Alex Shtoff, Arundhyoti Sarkar
article en

Abstract

For a bucket test with a single criterion for success and a fixed number of samples or testing period, requiring a p-value less than a specified value of α for the success criterion produces statistical confidence at level 1 − α. For multiple criteria, a Bonferroni correction that partitions α among the criteria produces statistical confidence, at the cost of requiring lower p-values for each criterion. The same concept can be applied to decisions about early stopping, but that can lead to strict requirements for p-values. We show how to address that challenge by requiring criteria to be successful at multiple decision points.

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