Model uncertainty estimates for deep learning mammographic density prediction using ordinal and classification approaches

Steven Squires, Grey Kuling, D. Gareth Evans, Anne L. Martel, Susan M. Astley
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Abstract

Purpose Mammographic density is associated with the risk of developing breast cancer and can be predicted using deep learning methods. Model uncertainty estimates are not produced by standard regression approaches but would be valuable for clinical and research purposes. Our objective is to produce deep learning models with in-built uncertainty estimates without degrading predictive performance.
使用序数法和分类法对乳腺 X 线照相术密度预测进行深度学习的模型不确定性估计
目的 乳房X线照相密度与患乳腺癌的风险有关,可通过深度学习方法进行预测。标准回归方法无法对模型的不确定性进行估计,但这对临床和研究工作很有价值。我们的目标是在不降低预测性能的前提下,建立具有内置不确定性估计的深度学习模型。
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