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Feature Subset Selection Using Generalized Steepest Ascent Search Algorithm

机译:使用广义陡峭升级搜索算法的特征子集选择

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This paper presents a novel generalized steepest ascent algorithm for selecting a subset of features. Our proposed algorithm is an improvement upon the prior steepest ascent algorithm by selecting a better starting search point and performing a more thorough search than the steepest ascent algorithm. For any given criterion function used to evaluate the effectiveness of a selected feature subsets, our method is guaranteed to provide solutions that equal or exceed those of the state-of-the-art sequential forward floating selection algorithm. Experimental results for two real data sets confirm that our algorithm consistently selects better subsets than other well-known suboptimal feature selection algorithms do.
机译:本文提出了一种用于选择特征子集的新型陡峭急性上升算法。我们所提出的算法是通过选择更好的起始搜索点并执行比最陡时刻的算法更彻底的搜索来改进先前的最陡时刻算法。对于用于评估所选特征子集的有效性的任何给定的标准功能,我们的方法保证提供等于或超过最先进的顺序前向浮动选择算法的解决方案。两个真实数据集的实验结果证实,我们的算法一致地选择比其他众所周知的次优特征选择算法更好的子集。

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