2024
DOI: 10.1002/mp.17504
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Generalizability of lesion detection and segmentation when ScaleNAS is trained on a large multi‐organ dataset and validated in the liver

Jingchen Ma,
Hao Yang,
Yen Chou
et al.

Abstract: BackgroundTumor assessment through imaging is crucial for diagnosing and treating cancer. Lesions in the liver, a common site for metastatic disease, are particularly challenging to accurately detect and segment. This labor‐intensive task is subject to individual variation, which drives interest in automation using artificial intelligence (AI).PurposeEvaluate AI for lesion detection and lesion segmentation using CT in the context of human performance on the same task. Use internal testing to determine how an A… Show more

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