ART2-BP神经网络及其在油藏工程中的应用

Wu-Yuan Tsai, H. Tai, A. Reynolds
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引用次数: 6

摘要

反向传播前馈神经网络已应用于模式识别和分类问题。然而,在一定条件下,反向传播网络分类器会产生非直观、非鲁棒和不可靠的分类结果。反向传播网络的训练速度较慢,而且不容易容纳新数据。为了解决上述困难,提出了一种无监督/监督型神经网络,即ART-BP网络。其思想是在ART2网络中使用低警惕性参数将输入模式分类为一些类别,然后利用反向传播网络识别每个类别中的模式。ART2-BP神经网络的优点包括:(1)识别能力提高;(2)训练收敛性增强;(3)易于添加新数据。理论分析和一个试井模型识别实例说明了这些优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An ART2-BP neural net and its application to reservoir engineering
Backpropagation feedforward neural networks have been applied to pattern recognition and classification problems. However, under certain conditions the backpropagation net classifier can produce nonintuitive, nonrobust and unreliable classification results. The backpropagation net is slower to train and is not easy to accommodate new data. To solve the difficulties mentioned above, an unsupervised/supervised type neural net, namely, ART-BP net, is proposed. The idea is to use a low vigilance parameter in ART2 net to categorize input patterns into some classes and then utilize a backpropagation net to recognize patterns in each class. Advantages of the ART2-BP neural net include (1) improvement of recognition capability, (2) training convergence enhancement, and (3) easy to add new data. Theoretical analysis along with a well testing model recognition example are given to illustrate these advantages.<>
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