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Dynamic fuzzy c-means (dFCM) clustering for continuously varying data environments

机译:动态模糊c均值(dFCM)聚类用于连续变化的数据环境

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Many real world applications require online analysis of streaming data, making an adaptive clustering technique desirable. Most adaptive variations of available clustering techniques are application-specific, and do not apply to the applications of clustering as a whole. With this in mind, a generalized algorithm is proposed which is a modification of the fuzzy c-means clustering technique, so that dynamic data environments in differing fields can be addressed and analyzed. We demonstrate the capabilities of the dynamic fuzzy c-means (dFCM) algorithm with the aid of synthetic data sets, and discuss a possible application of the dFCM algorithm in associative memories, through preliminary experiments.
机译:许多现实世界的应用程序需要对流数据进行在线分析,因此需要一种自适应的群集技术。可用的群集技术的大多数自适应变体是特定于应用程序的,不适用于整个群集的应用程序。考虑到这一点,提出了一种通用算法,该算法是对模糊c均值聚类技术的改进,因此可以解决和分析不同领域中的动态数据环境。我们借助合成数据集演示了动态模糊c均值(dFCM)算法的功能,并通过初步实验讨论了dFCM算法在关联存储器中的可能应用。

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