更改

A similar reinterpretation of adjacency matrices may be used to show a one-to-one correspondence between directed graphs (on a given number of labeled vertices, allowing self-loops) and balanced bipartite graphs, with the same number of vertices on both sides of the bipartition. For, the adjacency matrix of a directed graph with  vertices can be any (0,1) matrix of size <math>n\times n</math>, which can then be reinterpreted as the adjacency matrix of a bipartite graph with  vertices on each side of its bipartition.

A similar reinterpretation of adjacency matrices may be used to show a one-to-one correspondence between directed graphs (on a given number of labeled vertices, allowing self-loops) and balanced bipartite graphs, with the same number of vertices on both sides of the bipartition. For, the adjacency matrix of a directed graph with  vertices can be any (0,1) matrix of size <math>n\times n</math>, which can then be reinterpreted as the adjacency matrix of a bipartite graph with  vertices on each side of its bipartition.

关于'''<font color="#ff8000"> 邻接矩阵adjacency matrices</font>'''的另一个相似解释可以被用于展示有向图和均衡二分图（二分子集顶点数相等）之间的一一对应关系（在给定数量的标记顶点上，允许自循环）。例如，具有''n''个顶点的有向图的邻接矩阵可以是大小为''n''×''n''的任何（0,1）矩阵，然后可以将其重新解释为：具有相同顶点数''n''的同边子集的二分图的邻接矩阵。通过这种构建方式，二分图可以被解释为是一个有向图的'''<font color="#ff8000"> 二分双重覆盖bipartite double cover</font>'''。

关于'''<font color="#ff8000"> 邻接矩阵Adjacency matrices</font>'''的另一个相似解释可以被用于展示有向图和均衡二分图（二分子集顶点数相等）之间的一一对应关系（在给定数量的标记顶点上，允许自循环）。例如，具有''n''个顶点的有向图的邻接矩阵可以是大小为''n''×''n''的任何（0,1）矩阵，然后可以将其重新解释为：具有相同顶点数''n''的同边子集的二分图的邻接矩阵。通过这种构建方式，二分图可以被解释为是一个有向图的'''<font color="#ff8000"> 二分双重覆盖Bipartite double cover</font>'''。

== Algorithms 算法 ==

== Algorithms 算法 ==