AI Gone Astray: Technical Supplement
This study is a technical supplement to "AI gone astray: How subtle shifts in patient data send popular algorithms reeling, undermining patient safety." from STAT News, which investigates the effect of time drift on clinically deployed machine learning models. We use MIMIC-IV, a publicly a...
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Zusammenfassung: | This study is a technical supplement to "AI gone astray: How subtle shifts in
patient data send popular algorithms reeling, undermining patient safety." from
STAT News, which investigates the effect of time drift on clinically deployed
machine learning models. We use MIMIC-IV, a publicly available dataset, to
train models that replicate commercial approaches by Dascena and Epic to
predict the onset of sepsis, a deadly and yet treatable condition. We observe
some of these models degrade overtime; most notably an RNN built on Epic
features degrades from a 0.729 AUC to a 0.525 AUC over a decade, leading us to
investigate technical and clinical drift as root causes of this performance
drop. |
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DOI: | 10.48550/arxiv.2203.16452 |