Based on Q-type cluster analysis of 18 water samples of karst-water system in Pingtou hydropower station, the paper draws hierarchical cluster graph.
该文以坪头水电站为例，对厂址区的18个水样进行Q型聚类分析，绘制出聚类分析谱系图。
The hierarchical graph is drawn and other researches on fuzzy cluster analysis are made with a computer by traversing the multi -ranched tree.
通过遍历此树，用计算机完成模糊聚类分析中谱系图绘制等多项工作。
The fuzzy cluster analysis is carried out by using transmission close matrices and the dynamic graph of fuzzy cluster is obtained which can separate the water area successfully.
采用传递闭包法进行模糊聚类分析，得出的模糊聚类动态图能成功地进行水域划分。
This paper proposes a novel fault location method. By means of cluster analysis as well as graph theory, the power system is partitioned into several protection zones.
提出了一种新型的故障定位方法，即采用聚类分析最短距离法，并结合图论工具，对系统进行归类并划分保护区域。
This paper proposes a novel fault location method. By means of cluster analysis as well as graph theory, the power system is partitioned into several protection zones.
提出了一种新型的故障定位方法，即采用聚类分析最短距离法，并结合图论工具，对系统进行归类并划分保护区域。
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