Optimization of the Ho-Kashyap classification algorithm using appropriate learning samples

M. Dezfoulian, Younes MiriNezhad, Seyed Muhammad Hossein Mousavi, Mehrdad Shafaei Mosleh, Muhammad Mehdi Shalchi
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引用次数: 6

Abstract

This article is focusing on optimization of the Ho-Kashyap classification algorithm. Choosing a proper learning sample plays a significant role in runtime and accuracy of the supervised classification algorithms, specially the Ho-Kashyap classification algorithm. This article with combining the methods of Multi Class Instance Selection and Ho-Kashyap, not has only reduced the starting time of algorithm, but has improved the accuracy of this algorithm, using proper parameters. The results of this suggested method, in terms of accuracy and time, are evaluated and simulations have proved that MCIS method can choose the data that have more effectiveness on classification, using proper measures. If Ho-Kashyap algorithm classifies using more important data, it could be to save the time in classification process and even increases the accuracy of classification.
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使用适当的学习样本优化Ho-Kashyap分类算法
本文主要研究Ho-Kashyap分类算法的优化问题。选择合适的学习样本对监督分类算法,特别是Ho-Kashyap分类算法的运行时间和准确率有着重要的影响。本文将多类实例选择方法与Ho-Kashyap方法相结合,通过选择合适的参数,不仅缩短了算法的启动时间,而且提高了算法的准确率。本文从准确率和时间两方面对该方法进行了评价,仿真结果表明,MCIS方法可以在适当的度量下选择对分类更有效的数据。如果Ho-Kashyap算法使用更重要的数据进行分类,可以节省分类过程中的时间,甚至提高分类的准确性。
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