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The Directed Anti-Oberwolfach Solution: Pancyclic 2-Factorizations of Complete Directed Graphs of Odd Order [PDF]
Brett Stevens
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We introduce the class of (2)-pancyclic graphs, which are simple undirected finite connected graphs of order n having exactly two cycles of length p for each p satisfying [email protected][email protected]?n, analyze their properties, and give several examples of such graphs, among which are the smallest.
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Resilient Pancyclicity of Random and Pseudorandom Graphs [PDF]
Michael Krivelevich+2 more
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An ore-type condition implying a digraph to be pancyclic
Carsten Thomassen
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PANCYCLIC ARCS IN HAMILTONIAN CYCLES OF HYPERTOURNAMENTS [PDF]
Yubao Guo, Michel Surmacs
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On pancyclism of hamiltonian graphs
Abstract Let n and Δ be two integers with Δ ≤ n − 1. We study the set of cycle lengths occurring in any hamiltonian graph G of order n and maximum degree Δ. We show that for the case n/2+1 ≤ Δ ≤ 2n-2/3 this set contains all the integers belonging to the union [3, 2Δ-n+2] ∪ [n-Δ+ 2,Δ+1], and for 2n−2 3 ≤ Δ ≤ n − 1 it contains every integer ...
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A SUFFICIENT CONDITION FOR PANCYCLIC GRAPHS
Abstract A graph G is called an $[s,t]$ -graph if any induced subgraph of G of order s has size at least $t.$ We prove that every $2$ -connected $[4,2]$ -graph of order at least $7$ is pancyclic.
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Hamiltonian degree conditions which imply a graph is pancyclic
Douglas C. Bauer, E. F. Schmeichel
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Vertex pancyclicity in quasi-claw-free graphs
Ellen X. Y. Qu, Wang Jiang-lu
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