基于SOM的数据预分离改进ANN-BP

L. Y. Weng, J. Omar, Y. K. Siah, I. Abidin, Syed Khaleel Ahmed
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引用次数: 10

摘要

人工智能被用来根据皮马印第安人的数据预测糖尿病的发病。本研究比较了使用相同的人工神经网络-反向传播(ANN-BP)引擎对两种不同准备数据的结果。第一个数据集由交叉验证的整个数据集组成,而第二个数据集使用Kohonen自组织地图(SOM)分成两组,然后交叉验证。在交叉验证之前对文件进行分割,提高了ANN-BP的总体准确性,其中阳性预测的糖尿病病例百分比从72%增加到99%。同时,糖尿病阴性病例的预测率由80%提高到97%。
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Improvement of ANN-BP by data pre-segregation using SOM
Artificial intelligence is used to predict the onset of diabetes based on data measured from Pima Indians. This research is comparing the results gained from using same artificial neural networks- back propagation (ANN-BP) engine for 2 differently prepared data. The first data set consists of the entire data set which is cross validated, while the second dataset is segregated into 2 groups using Kohonen Self Organizing Maps (SOM) which are then cross validated. Splitting the files prior to implementing the cross validation improves the general accuracy of the ANN-BP whereby the positively predicted diabetes cases percentage increased from 72% to 99%. Meanwhile the prediction of the negative diabetic cases percentage increased from 80% to 97%.
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