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On non-iterative training of a neural classifier part-II: Clustering of points and their classification using an NN architecture

机译:关于神经分类器的非迭代训练第二部分:使用NN架构对点进行聚类及其分类

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As described in Part I of this two paper series, an algorithm was recently discovered, which separates points in n-dimension by planes in such a manner that no two points are left un-separated by at least one plane. By using this new algorithm it can be shown that there are two ways of classification by a neural network, for a large dimension feature space, both of which are non-iterative and deterministic and one could apply both these methods to a classical pattern recognition problem and present the results. It is expected these methods will now be widely used for the training of neural networks for Deep Learning not only because of their non-iterative and deterministic nature but also because of their efficiency and speed and that they may supersede other classification methods which are iterative in nature and rely on error minimization.
机译:如在这两个论文系列的第I部分中所述,最近发现了一种算法,该算法通过平面将n维中的点分开,使得没有两个点被至少一个平面分开。通过使用这种新算法,可以证明对于大尺寸特征空间,有两种方法可以通过神经网络进行分类,这两种方法都是非迭代的和确定性的,并且可以将这两种方法应用于经典模式识别问题并展示结果。预计这些方法现在将广泛用于深度学习神经网络的训练,这不仅是因为它们具有非迭代和确定性的性质,而且还因为它们的效率和速度,并且它们可能会取代其他在迭代中分类的方法。性质,并依靠错误最小化。

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