Feature Selection Techniques for Cancer Classification applied to Microarray Data: A survey

Mohammed Qaraad, Souad Amjad, Hanaa Fathi, Ibrahim I. M. Manhrawy
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引用次数: 3

Abstract

In multidimensional microarrays, data that collect gene expression profiles that fulfill the state of the cell at the molecular level. Feature selection and extraction have become an obvious need for the analysis of this microarray. There are many different methods for selecting and extracting attributes, and they are widely used. One of the serious tasks is to learn how to extract useful information from huge microarrays datasets with complex relationships between different genes. These methods are aimed at removing excess and irrelevant traits and extruding marker genes that effectively maintain classification accuracy. This report gives an overview of the various ways of performing dimensional reduction methods that were used in these microarrays to select important features and presents a comparison between them. The advantages and disadvantages of several methods are described in order to show an obvious idea of when to use each of them to save computational time and resources.
应用于微阵列数据的癌症分类特征选择技术综述
在多维微阵列中,收集在分子水平上满足细胞状态的基因表达谱的数据。特征选择和提取已成为该芯片分析的一个明显需求。有许多不同的选择和提取属性的方法,它们被广泛使用。其中一项严肃的任务是学习如何从不同基因之间复杂关系的巨大微阵列数据集中提取有用的信息。这些方法旨在去除多余和不相关的特征,挤出标记基因,有效地保持分类精度。本报告概述了在这些微阵列中用于选择重要特征的各种执行降维方法的方法,并提出了它们之间的比较。本文描述了几种方法的优缺点,以便清楚地了解何时使用每种方法以节省计算时间和资源。
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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