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Performance Aspects Of A Novel Neuron Activation Function In Multi-layer Feed-forward Networks

机译:多层前馈网络中新型神经元激活功能的性能方面

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Conventional single layer networks are limited by their inability to solve non-linear classification problems. A modified neuron activation function has, recently, been proposed to extend the classification capabilities of single layer networks to cover some non-linear problems [1]. This paper shows that the classification capabilities of a multi-layer network can also be improved by incorporation of the modified activation function, in that the required number of hidden layers and that of hidden neurons for a complex application can be reduced. A multi-layer network, designed to perform textured image segmentation in computer vision applications is used in preliminary experiments to demonstrate the effectiveness of the new activation function.
机译:常规的单层网络由于无法解决非线性分类问题而受到限制。最近,有人提出了一种改进的神经元激活函数来扩展单层网络的分类能力,以覆盖一些非线性问题[1]。本文显示,通过合并修改后的激活功能,还可以提高多层网络的分类能力,因为可以减少复杂应用程序所需的隐藏层数和隐藏神经元数。初步实验中使用了旨在在计算机视觉应用程序中执行纹理图像分割的多层网络,以演示新激活功能的有效性。

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