
doi: 10.1002/jgt.22684
AbstractThe structure of edge‐colored complete graphs containing no properly colored triangles has been characterized by Gallai back in the 1960s. More recently, Cǎda et al. and Fujita et al. independently determined the structure of edge‐colored complete bipartite graphs containing no properly colored . We characterize the structure of edge‐colored complete graphs containing no properly colored even cycles, or equivalently, without a properly colored or . In particular, we first deal with the simple case of 2‐edge‐colored complete graphs, using a result of Yeo. Next, for , we define four classes of ‐edge‐colored complete graphs without properly colored even cycles and prove that any ‐edge‐colored complete graph without a properly colored even cycle belongs to one of these four classes.
Coloring of graphs and hypergraphs, UT-Hybrid-D, edge-colored graph, properly colored cycle, Paths and cycles, complete graph, forbidden subgraph
Coloring of graphs and hypergraphs, UT-Hybrid-D, edge-colored graph, properly colored cycle, Paths and cycles, complete graph, forbidden subgraph
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