Feature Selection Using Metaheuristic Algorithms: Concept, Applications and Population Based Comparison

Rahul Hans, Harjot Kaur
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引用次数: 2

Abstract

Technologies like machine learning in the current times, have emerged as capable domains of research in Computer Science. In Machine learning, the system is trained on the basis of the available dataset; the dataset may contain many redundant and irrelevant features which may require more memory for storage and also increases the cost of computation. Selection of best features enhances the accuracy of data classification along with working on smallest amount of features is considered as an optimization problem. Metaheuristic algorithms in current times have been used far and wide unravel various optimization problems. In this context, this study aims to discuss the solution of feature selection problem using metaheuristic algorithms and presents a population based comparison of four metaheuristic algorithms for extracting smallest feature subset with utmost accuracy.
使用元启发式算法的特征选择:概念、应用和基于人口的比较
在当今时代,像机器学习这样的技术已经成为计算机科学中有能力的研究领域。在机器学习中,系统在可用数据集的基础上进行训练;数据集可能包含许多冗余和不相关的特征,这可能需要更多的内存来存储,也增加了计算成本。最佳特征的选择提高了数据分类的准确性,而在最小数量的特征上进行工作被认为是一个优化问题。目前,元启发式算法已经广泛应用于解决各种优化问题。在此背景下,本研究旨在讨论使用元启发式算法解决特征选择问题,并提出了基于总体的四种元启发式算法的比较,以最大的准确性提取最小特征子集。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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