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Adaptive Fuzzy Clustering of Multivariate Short Time Series with Unevenly Distributed Observations Based on Matrix Neuro-Fuzzy Self-organizing Network

机译:基于矩阵神经模糊自组织网络的多变量短时序列的自适应模糊聚类

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In the paper the method of fuzzy clustering task for multivariate short time series with unevenly distributed observations is proposed. Proposed method allows to process the time series both in batch mode and sequential on-line mode. In the first case we can use the matrix modification of fuzzy C-means method, and in second case we can use the matrix modification of neuro-fuzzy network by T. Kohonen, which is learned using the rule "Winner takes more". Proposed fuzzy clustering algorithms are enough simple in computational implementation and can be used for solving of wide class of Big Data and Data Stream Mining problems. The effectiveness of proposed approach is confirmed by many experiments based on real data sets.
机译:在论文中,提出了具有不均匀分布观测的多变量短时间序列的模糊聚类任务方法。所提出的方法允许在批处理模式和顺序在线模式下处理时间序列。在第一种情况下,我们可以使用模糊C-均值方法的矩阵修改,并且在第二种情况下,我们可以使用T. Kohonen的神经模糊网络的矩阵修改,这是使用规则学习的“获胜者需要更多”的。建议的模糊聚类算法在计算实施中足够简单,可用于解决广泛的大数据和数据流挖掘问题。基于真实数据集的许多实验证实了所提出的方法的有效性。

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