A New Metric for Classification of Multivariate Time Series

Heshan Guan, Q. Jiang, Zhiling Hong
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引用次数: 7

Abstract

Multivariate time series are an important kind of data collected in many domains, such as multimedia, biology and so on. We focus on discrimination metric for time series data; especially classify the multivariate time series as stationary or non-stationary. In this paper we present a new metric, the nonlinear trend of the cross-correlation matrix, for classification of multivariate time series, which could well depict the stationarity of multivariate time series. The proposed approach has been tested using two datasets, one natural and one synthetic, and is shown to our metric is more efficient than the benchmark metric in all cases. We take K-means clustering in the experiment.
多元时间序列分类的一种新度量
多元时间序列是多媒体、生物等许多领域中重要的数据类型。重点研究了时间序列数据的判别指标;特别是将多元时间序列分类为平稳或非平稳。本文提出了一种新的多元时间序列分类度量,即相互关联矩阵的非线性趋势,它能很好地描述多元时间序列的平稳性。所提出的方法已经使用两个数据集进行了测试,一个是自然数据集,一个是合成数据集,结果表明我们的度量在所有情况下都比基准度量更有效。我们在实验中采用k均值聚类。
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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