分类问题的特征选择技术分析

A. Adamov
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引用次数: 2

摘要

特征选择问题越来越被认为是采用数据驱动或计算密集型方法的学术研究的关键领域之一。庞大的数据集可供研究界使用,数据聚合技术有助于轻松获取大量数据,同时也带来了许多其他问题。数据并不总是越多越好。数据主要伴随着噪音,分散了人们对更重要的事情的注意力。数据清理和预处理是一个耗时且耗费资源的过程。当涉及到广泛使用的监督机器学习方法时,更多的数据需要更多的时间和更多的计算能力来进行训练。这就是为什么代表整个病例群体的正确数据比更多数据更好的原因。特征选择是帮助解决与数据驱动系统相关的两个关键问题的过程:降低数据的维数以提高性能,并选择产生最准确模型的特征。本研究的主要目的是回顾特征选择方法在实际数据中的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of Feature Selection Techniques for Classification Problems
Feature Selection problem is increasingly recognized as one of the key areas in academic research that employs data-driven or computationally-intensive approaches. Huge collection of data available for the research community and access to data aggregation techniques that help to easily get vast amounts of data, bring number of other problems. More data is not always better. Data mainly comes with noise distracting from what is more important. Data cleaning and pre-processing is long and resource consuming process. When it comes to widely used supervised machine learning approach, more data requires more time and more computation power for the training. This is why right data that represents entire population of cases is better than just more data. Feature selection is the process that helps to address two key issues associated with data-driven systems: dimensionality reduction of the data to increase performance and selecting features that produce most accurate model. The main purpose of this study is to review feature selection methods applied on real data.
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