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Classifier's Complexity Control while Training Multilayer Perceptrons

机译:训练多层感知器时分类器的复杂度控制

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摘要

We consider an integrated approach to design the classification rule. Here qualities of statistical and neural net approaches are merged together. Instead of using the multivariate models and statistical methods directly to design the classifier, we use them in order to whiten the data and then to train the perceptron. A special attention is paid to magnitudes of the weights and to optimization of the training procedure. We study an influence of all characteristics of the cost function (target values, conventional regularization parameters), parameters of the optimization method (learning step, starting weights, a noise injection to original training vectors, to targets, and to the weights) on a result. Some of the discussed methods to control complexity are almost not discussed in the literature yet.
机译:我们考虑一种设计分类规则的综合方法。这里将统计和神经网络方法的质量融合在一起。与其直接使用多元模型和统计方法来设计分类器,我们不使用它们来使数据变白,然后训练感知器。要特别注意权重的大小和训练程序的优化。我们研究了成本函数的所有特征(目标值,常规正则化参数),优化方法的参数(学习步骤,起始权重,对原始训练向量,目标和权重的噪声注入)的影响。结果。一些讨论过的控制复杂性的方法几乎没有在文献中讨论过。

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