一种测试数据的降维方法

M. Denguir, S. Sattler
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引用次数: 0

摘要

在执行测试结果分离时,处理大量高维数据集是必要的,但存在问题。高维数据的输入,其中不少元素是不相关的或相关性较低的,通常会导致不充分的结果。因此,参考根据相关性对数据量的各个维度进行分类的方法是有用的。在本文中,我们提出了主成分分析(PCA)和自行开发的非线性数据分析(SEDA),用于一个完整的数据收集,作为分类方法。这两种分析都用同一个例子来说明。
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A dimensionality-reduction method for test data
When performing a separation of test results, coping with enormous high-dimensional data sets is necessary but problematic. The input of high-dimensional data, in which not a few elements are irrelevant or less relevant than others, usually lead to inadequate results. It is therefore useful to consult methods, which classify the individual dimensions of the data volumes according to their relevance. In this paper, we present the Principal Component Analysis (PCA) and a Self-developed non-linear Data Analysis (SEDA), used on a complete data collection, as classification methods. Both analyzes are clarified using the same example.
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