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Detection of unexpected findings in radiology reports: A comparative study of machine learning approaches

机译:放射学报告中意外发现的检测:机器学习方法的比较研究

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This study explores machine learning methods for the detection of unexpected findings in Spanish radiology reports. Regarding radiological reports, unexpected findings are the set of radiological signs identified at a certain imaging modality exam which meet two characteristics: they are not apparently related with the a priori expected results of the radiological exam and involve a clinical emergency or urgency situation that must be reported shortly to the prescribing physician or another medical specialist as well as to the patient in order to preserve life and/or prevent dangerous occurrences. Several traditional machine learning and deep learning classification algorithms are evaluated and compared. To carry out the task we use 5947 anonymous radiology reports from HT medica. Experimental results suggest that the performance of the Convolutional Neural Networks models are better than traditional machine learning. The best F1 score for the identification of an unexpected finding was 90%. Finally, we also perform an error analysis which will guide us to achieve better results in the future. (c) 2020 Elsevier Ltd. All rights reserved.
机译:本研究探讨了在西班牙放射学报告中检测意外发现的机器学习方法。关于放射性报告,意外的发现是在某种成像模态考试中鉴定的一组放射性标志,其符合两个特征:它们显然与放射检查的先验预期结果并不明显相关,并涉及必须存在的临床紧急情况或紧急情况短暂向处方医师或另一位医学专家以及患者报告,以保护生命和/或防止危险的事件。评估了几种传统机器学习和深度学习分类算法。执行任务,我们使用来自HT Medica的5947个匿名放射学报告。实验结果表明,卷积神经网络模型的性能优于传统机器学习。鉴定意外发现的最佳F1分数为90%。最后,我们还执行错误分析,将指导我们在未来实现更好的结果。 (c)2020 elestvier有限公司保留所有权利。

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