首页> 外文会议>Evolutionary Computation, 1999. CEC 99. Proceedings of the 1999 Congress on >Application of artificial neural networks for diagnosis of breastcancer
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Application of artificial neural networks for diagnosis of breastcancer

机译:人工神经网络在乳腺诊断中的应用癌症

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We review four current projects pertaining to artificial neuralnetwork (ANN) models that merge radiologist-extracted findings toperform computer aided diagnosis (CADx) of breast cancer. These projectsare: (1) prediction of breast lesion malignancy using mammographicfindings; (2) classification of malignant lesions as in situ vs.invasive cancer; (3) prediction of breast mass malignancy usingultrasound findings; and (4) the evaluation of CADx models in across-institution study. These projects share in common the use offeedforward error backpropagation ANNs. Inputs to the ANNs are medicalfindings such as mammographic or ultrasound lesion descriptors andpatient history data. The output is the biopsy outcome (benign vs.malignant, or in situ vs. invasive cancer) which is being predicted. AllANNs undergo supervised training using actual patient data. These ANNdecision models may assist in the management of patients with breastlesions, such as by reducing the number of unnecessary surgicalprocedures and their associated cost
机译:我们回顾了与人工神经有关的四个当前项目 网络(ANN)模型,将放射科医生提取的发现合并到 执行乳腺癌的计算机辅助诊断(CADx)。这些项目 有:(1)用乳腺X线摄影术预测乳房病变恶性程度 发现; (2)恶性病变的原位vs. 浸润性癌症; (3)利用乳腺恶性肿瘤的预测 超声检查结果;和(4)在 跨机构研究。这些项目具有共同的用途 前馈误差反向传播ANN。 ANN的输入是医学上的 乳腺X线摄影或超声损伤描述子等发现 患者病史数据。输出是活检结果(良性vs. 恶性或原位与浸润性癌症的关系)。全部 人工神经网络使用实际的患者数据进行监督培训。这些人工神经网络 决策模型可能有助于乳腺患者的管理 病变,例如通过减少不必要的手术数量 程序及其相关费用

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