The number of spanning trees in corona edge product of tree and S-linear chain map

Fouad Yakoubi, M. E. Marraki, N. E. Khattabi
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Abstract

The number of spanning trees in a graph G is a significant topological invariant of networks. The must known method to compute this number is the Matrix theorem. But this algorithm can not be used in the practical areas, because of its exponential complexity(Θ(n3)), namely for large graphs. that why there is so much interest in obtaining explicit expressions for some graph families. In this paper, we used an efficient method to provide an explicit formulas calculating the number of spanning trees in the corona edge product graph of a tree and S-linear chain.
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树与s -线性链图的冠状边积生成树的个数
图G中生成树的个数是网络的一个重要拓扑不变量。必须知道的计算这个数的方法是矩阵定理。但这种算法不能用于实际领域,因为它的指数复杂度(Θ(n3)),即用于大型图。这就是为什么对某些图族的显式表达式有如此大的兴趣。本文采用一种有效的方法,给出了树与s -线性链的电晕边积图中生成树个数的显式计算公式。
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