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Initial results of training neural networks to detect breast cancer using evolutionary programming

机译:使用进化规划训练神经网络以检测乳腺癌的初步结果

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摘要

Artificaial neural networks are applied to the problem of detecting breast cancer from radiographic features and patient age. Evolutionary programming is used to train neural networks based on sigmoid or Gaussian kernel functions. Preliminary results on 96 biopsy-proven cases (62 malignant, 34 benign) indicate that a reasonable probability of detecting malignancies can be achieved using simple neural architectures. The features appear to be more amenable to discrimination by partitioning functions than to clus- tering functions, although final analysis remains for larger sample sizes.
机译:人工神经网络应用于从放射线特征和患者年龄中检测乳腺癌的问题。进化编程用于训练基于S形或高斯核函数的神经网络。对96例经活检证实的病例(62例恶性,34例良性)的初步结果表明,使用简单的神经结构可以实现检测恶性肿瘤的合理概率。尽管最终分析仍适用于更大的样本量,但这些功能似乎更易于通过分区功能进行区分,而不是通过集群功能进行区分。

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