Node logic arbitrary nonlinear structure - 01

The logical structure of FIG.

Relationship "many to many" between the nodes in FIG node, described by way of collection.

  1. FIG definitions of basic terms and

FIG defined
Here Insert Picture Description
representation of FIG.

FIG represents the symbolic representation of words, may be graphically described, there are two forms:
1) a set of said: For a graph G, if it is referred to as G = <V, E>, and write E and V set of said set is called a representation of FIG.
2) graphical representation: V represents the node with the smaller circle with the points u v directional line segment directed edges <u, v>; undirected segment undirected edges (u, v), referred to in FIG. graphical representation.

FIG basic terminology
Here Insert Picture Description
Here Insert Picture Description
Here Insert Picture Description
Here Insert Picture Description
Here Insert Picture Description
Here Insert Picture Description
Here Insert Picture Description
Here Insert Picture Description
Here Insert Picture Description
strong graph: In a directed graph, if for each pair of vertices vi and vj, there is a path from vi to vj and vj path from the vi, this figure is called strongly connected graph.

Strongly connected components: extremely strongly connected subgraph which are not strongly connected graph. Only a strong graph strongly connected component, i.e. of its own; non-strongly connected to a plurality of strongly connected components FIG.
Here Insert Picture Description
If T is a spanning tree of G if and only if T satisfies the following conditions:

  • T is a connected subgraph of G;
  • T contains all vertices of G;
  • T is loop-free.
  1. FIG operational definition of
    Here Insert Picture Description
Published 26 original articles · won praise 3 · Views 1466

Guess you like

Origin blog.csdn.net/herui7322/article/details/104326618