首页> 外文会议>2018 IEEE Second International Conference on Data Stream Mining amp; Processing >Adaptive Kernel Data Streams Clustering Based on Neural Networks Ensembles in Conditions of Uncertainty About Amount and Shapes of Clusters
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Adaptive Kernel Data Streams Clustering Based on Neural Networks Ensembles in Conditions of Uncertainty About Amount and Shapes of Clusters

机译:在簇数量和形状不确定的情况下,基于神经网络的自适应内核数据流聚类

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The neural network's approach for data stream clustering task, that in online mode are fed to processing in assumption of uncertainty about amount and shapes of clusters, is proposed in the paper. The main idea of this approach is based on the kernel clustering and idea of neural networks ensembles, that consist of the T. Kohonen's self-organizing maps. Each of the clustering neural networks consists of different number of neurons, where number of clusters is connected with the quality of these neurons. All ensemble members process information that sequentially is fed to the system in the parallel mode. Experimental results have proven the fact that the system under consideration could be used to solve a wide range of Data Mining tasks when data sets are processed in an online mode.
机译:提出了一种基于神经网络的数据流聚类任务的方法,即在不确定簇数量和形状的前提下,将在线模式用于处理。这种方法的主要思想是基于内核聚类和神经网络集成的思想,其中包括T. Kohonen的自组织图。每个聚类神经网络由不同数量的神经元组成,其中聚类的数量与这些神经元的质量有关。所有集合成员都处理以并行模式顺序提供给系统的信息。实验结果证明了以下事实:在联机模式下处理数据集时,所考虑的系统可用于解决各种数据挖掘任务。

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