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Data Discretization Using the Extreme Learning Machine Neural Network

机译:使用极限学习机神经网络进行数据离散化

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Data discretization is an important processing step for several computational methods that work only with binary input data. In this work a method for discretize continuous data based on the use of the Extreme Learning Machine neural network architecture is developed and tested. The new method does not use data labels for performing the discretization process and thus is suitable for supervised and supervised data and also, as it is based on the Extreme Learning Machine, is very fast even for large input data sets. The efficiency of the new method is analyzed on several benchmark functions, testing the classification accuracy obtained with raw and discretized data, and also in comparison to results from the application of a state-of-the-art supervised discretization algorithm. The results indicate the suitability of the developed approach.
机译:对于仅适用于二进制输入数据的几种计算方法,数据离散化是重要的处理步骤。在这项工作中,开发并测试了一种基于极限学习机神经网络体系结构离散化连续数据的方法。该新方法不使用数据标签来执行离散化过程,因此适用于受监督和受监督的数据,并且由于它基于Extreme Learning Machine,因此即使对于大型输入数据集也非常快。在几个基准函数上分析了该新方法的效率,测试了使用原始数据和离散化数据获得的分类准确性,并且还与应用了最新的监督离散化算法的结果进行了比较。结果表明所开发方法的适用性。

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