Jiaming Zeng
Jiaming Zeng
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Uncovering interpretable potential confounders in electronic medical records
We explore how unstructured clinical text can be used to reduce selection bias and improve medical practice. We present this proof-of-concept study to enable more credible causal inference using observational data, uncover meaningful insights from clinical text, and inform high-stakes medical decisions.
Jiaming Zeng
,
Michael F. Gensheimer
,
Daniel L. Rubin
,
Susan Athey
,
Ross D. Shachter
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Natural Language Processing to Identify Cancer Treatments With Electronic Medical Records
We develop a natural language processing approach with structured electronic medical records and unstructured clinical notes to identify the initial treatment administered to patients with cancer.
Jiaming Zeng
,
Imon Banerjee
,
A. Solomon Henry
,
Douglas J. Wood
,
Ross D. Shachter
,
Michael F. Gensheimer
,
Daniel L. Rubin
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A Probabilistic Model to Support Radiologists’ Classification Decisions in Mammography Practice
We developed a probabilistic model to support the classification decisions made by radiologists in mammography practice. Using the …
Jiaming Zeng
,
Francisco Gimenez
,
Elizabeth S. Burnside
,
Daniel L. Rubin
,
Ross Shachter
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Interpretable classification models for recidivism prediction
We investigate a long-debated question, which is how to create predictive models of recidivism that are sufficiently accurate, transparent, and interpretable to use for decision-making.
Jiaming Zeng
,
Berk Ustun
,
Cynthia Rudin
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