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1. 用ＤＦＳ判断一个无向图是否是连通图；
2. 为有向图的边分类，将它们的边分为前向边、后向边和交叉边；
3. 用ＤＦＳ和点消除求有向图的拓扑排序；
4. 判断有向图是不是强连通图，若不是，求强连通分量；
5. 判断有向图是不是半连同图；
6. 判断有向图是不是单连通图；
7. 判断无向图是不是双连通图。
通过以上编程对ＤＦＳ的应用，进一步了解ＤＦＳ的算法及它所代表的算法思想。
-1. Using DFS to test if a given undirecte
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Strongly Connected Component Library to obtaion strongly connected components of a graph, for PC platforms writeen in Visual C-Strongly Connected Component Library to obtaion strongly connected components of a graph, for PC platforms writeen in Visua
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强连通分支Kosaraju算法+源码.txt
强连通分支Kosaraju算法+源码.txt-Strongly connected component Kosaraj strongly connected branch Kosaraju algorithm+ source code. Txt strongly connected components of Kosaraju algorithm+ source code. Txtu algorithm+ source code. Txt
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SCC this a program to find strongly connected componet-SCC this is a program to find strongly connected componet
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强连通分支Kosaraju算法+源码.txt -Strongly connected component Kosaraj strongly connected branch Kosaraju algorithm+ source code. Txt strongly connected components of Kosaraju algorithm+ source code. Txtu algorithm+ source code. Txt
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Determining Strongly connected components in graph.
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计算图的强连通分量，C代码实现，windows平台测试通过。(Strongly connected components of a graph)
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