Checklist for Artificial Intelligence in Medical Imaging (CLAIM): A Guide for Authors and Reviewers

Контрольный список для искусственного интеллекта в медицинской визуализации (CLAIM): руководство для авторов и рецензентов
John Mongan, Charles E. Kahn, Linda Moy
2020-03-01

CLAIM checklistartificial intelligencedeep neural networksmedical imagingreproducibility
T he advent of deep neural networks as a new artifi- cial intelligence (AI) technique has engendered a large number of medical applications, particularly in medical imaging. Such applications of AI must remain grounded in the fundamental tenets of science and scientific publication (1). Scientific results must be reproducible, and a scientific publication must describe the authors' work in sufficient detail to enable readers to determine the rigor, quality, and generalizability of the work, and potentially to reproduce the work's results. A number of valuable manuscript checklists have come into widespread use, including the Standards for Reporting of Diagnostic Accuracy Studies (STARD) (2-5), Strengthening the Reporting of Observational studies in Epidemiology (STROBE) (6), and Consolidated Standards of Reporting Trials (CONSORT) (7,8). A radiomics quality score has been proposed to assess the quality of radiomics studies (9).
1
CLAIM aims to ensure that AI medical-imaging publications describe methods and results sufficiently to assess rigor, quality, generalizability, and reproducibility.
2
CLAIM complements existing reporting frameworks, including STARD, STROBE, CONSORT, and the radiomics quality score, for evaluating medical-imaging research quality.
3
The checklist builds on the principle that scientific AI applications should adhere to established standards of scientific reporting.
4
The paper introduces CLAIM, a checklist designed to guide authors and reviewers in reporting artificial intelligence studies in medical imaging.

Artificial intelligence applications in medical imaging (deep neural network–based AI systems for medical imaging)

the reporting quality, reproducibility, rigor, and generalizability of scientific studies involving AI in medical imaging

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2020-03-01
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John Mongan
Charles E. Kahn
Linda Moy
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