Exploratory Data Analysis and Searching Cliques in Graphs

Algorithms Pub Date : 2024-03-07 DOI:10.3390/a17030112
András Hubai, Sándor Szabó, Bogdán Zaválnij
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Abstract

The principal component analysis is a well-known and widely used technique to determine the essential dimension of a data set. Broadly speaking, it aims to find a low-dimensional linear manifold that retains a large part of the information contained in the original data set. It may be the case that one cannot approximate the entirety of the original data set using a single low-dimensional linear manifold even though large subsets of it are amenable to such approximations. For these cases we raise the related but different challenge (problem) of locating subsets of a high dimensional data set that are approximately 1-dimensional. Naturally, we are interested in the largest of such subsets. We propose a method for finding these 1-dimensional manifolds by finding cliques in a purpose-built auxiliary graph.
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探索性数据分析和搜索图表中的群集
主成分分析是确定数据集基本维度的一种著名且广泛使用的技术。从广义上讲,它旨在找到一个低维线性流形,以保留原始数据集中的大部分信息。可能出现的情况是,我们无法用单一的低维线性流形来近似原始数据集的全部内容,即使其中的大部分子集都可以用这种方法近似。针对这些情况,我们提出了一个相关但不同的挑战(问题),即找出近似一维的高维数据集子集。当然,我们感兴趣的是其中最大的子集。我们提出了一种通过在特制的辅助图中寻找小群来找到这些一维流形的方法。
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