首页> 中文期刊> 《数学物理学报:B辑英文版》 >MINIMUM CONGESTION SPANNING TREES IN BIPARTITE AND RANDOM GRAPHS

MINIMUM CONGESTION SPANNING TREES IN BIPARTITE AND RANDOM GRAPHS

         

摘要

The first problem considered in this article reads: is it possible to find upper estimates for the spanning tree congestion in bipartite graphs, which are better than those for general graphs? It is proved that there exists a bipartite version of the known graph with spanning tree congestion of order n 3 2 , where n is the number of vertices. The second problem is to estimate spanning tree congestion of random graphs. It is proved that the standard model of random graphs cannot be used to find graphs whose spanning tree congestion has order greater than n 3 2 .

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