The significance of network multi graph display and multi layer management used in visualized power system network software are expounded.
阐述了在图形化的电力系统软件中对网络进行多图显示和分层管理的意义。
A topology analysis method based on adjacent relation of elements in the network and Breadth first search is realized combined with Graph theory and the characteristics of power grid.
结合图论理论和电网的特点，实现了一种基于元件邻接关系和广度优先搜索算法的网络拓扑分析方法。
By means of the network graph, a large number of engineering network graphs, such as electricity power distribution and transportation networks may be described accurately.
借助这种网络图，许多工程网络图，如：电力输送网，交通运输网等等都可以精确描述。
On the basis of electrical connect graph drawn, the generally used method of graphic modeling of power system and the automatically identification of power network topology structure are studied.
研究了基于所绘电气接线图的电力系统通用的图形化建模方法，以及电网拓扑结构的自动识别。
On the basis of electrical connect graph drawn, the generally used method of graphic modeling of power system and the automatically identification of power network topology structure are studied.
研究了基于所绘电气接线图的电力系统通用的图形化建模方法，以及电网拓扑结构的自动识别。
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