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A Caputo-Type Fractional-Order Gradient Descent Learning of Deep BP Neural Networks

机译:深型BP神经网络的Caputo型分数级渐变学习

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摘要

In recent years, There is a promising area about the Artificial neural networks by using fractional calculus. In this paper, we combine the Caputo operator of the fractional calculas and the conventional gradient descent method to optimize the deep backpropagation neural network and have proved the monotonicity and weak convergence for the presented network in detail. We do some simulations to compare the differences of the performance between presented fractional-order deep BP neural networks and Integer-order BP neural networks by using a large dataset.
机译:近年来,通过使用分数微积分,有一个关于人工神经网络的有希望的区域。在本文中,我们将Caputo运算符与传统的梯度下降方法相结合,以优化深度反向化神经网络,并详细证明了所呈现的网络的单调性和弱收敛。我们使用大型数据集进行一些模拟来比较所呈现的分数阶Deep BP神经网络和整数BP神经网络之间的性能的差异。

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