Improved CBP learning with output bias decomposition

M. Lehtokangas
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Abstract

Choosing a network size is a difficult problem in neural network modelling. In many recent studies constructive or destructive methods that add or delete connections, neurons, layers have been studied for solving this problem In this work we consider the constructive approach. In particular we address the construction of feedforward networks by the use of improved constructive backpropagation that utilizes output bias decomposition scheme. The proposed improved scheme is shown to be beneficial especially in regression type problems like time series modelling. Namely, our time series prediction experiments demonstrate that the improved method is competitive in terms of modelling performance and training time compared to the well known cascade-correlation method.
基于输出偏差分解的改进CBP学习
网络大小的选择是神经网络建模中的一个难题。在最近的许多研究中,已经研究了增加或删除连接,神经元,层的建设性或破坏性方法来解决这个问题。特别地,我们通过利用输出偏置分解方案的改进的建设性反向传播来解决前馈网络的构造问题。所提出的改进方案被证明是有益的,特别是在回归类型的问题,如时间序列建模。也就是说,我们的时间序列预测实验表明,与众所周知的级联相关方法相比,改进的方法在建模性能和训练时间方面具有竞争力。
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