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AN IMPROVED BACK-PROPAGATION NEURAL NETWORKS USING A MODIFIED NON-LINEAR FUNCTION

机译:使用修正的非线性函数的改进的反向传播神经网络

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摘要

Perhaps the backpropgation neural networks (BP) is the most widely used architecture in the filed of artificial neural networks, but still suffers from different difficulties. These would burden the complete success of this paradigm. However, in this paper we tried to overcome some of these problems, particularly, these that are concerned with the learning convergence rates, number of iterations, error ratios, and others. We have used a new proposed learning algorithm based on Bp. We have noticed that using a modified non-linear mapping function would enhance the whole process in terms of learning speed, convergence. Comparing our approach with the classical one, somebody, will notice that the enhancement is, really, noticeable. The new approach has been applied on different neural network architectures, and has shown tangible improvements.
机译:反向传播神经网络(BP)也许是人工神经网络领域中使用最广泛的体系结构,但仍然面临着不同的困难。这些将负担这种范例的完全成功。但是,在本文中,我们试图克服其中的一些问题,特别是与学习收敛速度,迭代次数,错误率等有关的问题。我们使用了一种新的基于Bp的学习算法。我们已经注意到,使用改进的非线性映射函数将在学习速度,收敛性方面增强整个过程。将我们的方法与经典方法(某人)进行比较,将会发现增强效果确实非常明显。新方法已应用于不同的神经网络体系结构,并显示出明显的改进。

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