[英]How to find edge connectivity between 2 given vertex
Edge connectivity is minimum number of edge to be removed to divide graph in 2 or more components. 边缘连通性是指将图形划分为2个或更多组件时要删除的最小边缘数。 As of now I have found an algorithm for edge connectivity irrespective of vertex: http://www.sanfoundry.com/java-program-find-edge-connectivity-graph/
到目前为止,我发现了一种与顶点无关的边缘连接算法: http : //www.sanfoundry.com/java-program-find-edge-connectivity-graph/
What is the best method I can use to proceed with, to find the edge connectivity between 2 vertices? 查找两个顶点之间的边连接性的最佳方法是什么?
Edge Connectivity between 2 vertex(v1, v2) - Means 2个顶点(v1,v2)之间的边缘连接-均值
If cutting any edge/edges in Graph G, generates two components G1 & G2. 如果在图形G中切割任何一条边,则生成两个分量G1和G2。
Here ( v1 ∈ G1 and v2 ∈ G2 ) OR ( v2 ∈ G1 and v1 ∈ G2 ) 这里(v1∈G1和v2∈G2) OR (v2∈G1和v1∈G2)
You're describing the minimum cut problem. 您正在描述最小切割问题。 It's equivalent to finding the maximum flow , and the Ford Fulkerson algorithm can find it.
这等效于找到最大流量 , 福特·富尔克森算法可以找到它。
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