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HARAM: A Hierarchical ARAM Neural Network for Large-Scale Text Classification

机译:HARAM:用于大规模文本分类的分层ARAM神经网络

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With the rapid development of the Web, the need for text classification of large data volumes is permanently growing. Texts represented as bags-of-words possess usually very high dimensionality in the input space and often also in the output space if labeled with many categories. As a result, neural classifiers should be adapted to such large-scale data. We present here a well scalable extension to the fuzzy Adaptive Resonance Associative Map (ARAM) neural network which was specially developed for high-dimensional and large data. This extension aims at increasing the classification speed by adding an extra ART layer for clustering learned prototypes into large clusters. In this case the activation of all prototypes can be replaced by the activation of a small fraction of them, leading to a significant reduction of the classification time. This extension can be especially useful for multi-label classification tasks.
机译:随着Web的飞速发展,对大数据量的文本分类的需求一直在不断增长。表示为词袋的文本通常在输入空间中具有很高的维数,并且在输出空间中也具有很多类别的标签(如果标注了许多类别)。结果,神经分类器应该适应于这样的大规模数据。在这里,我们为模糊自适应共振关联图(ARAM)神经网络提供了很好的可扩展性,该神经网络是专为高维和大数据开发的。此扩展旨在通过添加额外的ART层以将学习的原型聚类到大型聚类中来提高分类速度。在这种情况下,所有原型的激活可以用一小部分的激活来代替,从而显着减少了分类时间。此扩展对于多标签分类任务特别有用。

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