On n-distant Hamiltonian line graphs.
Linda M. Lesniak (1978)
Aequationes mathematicae
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Linda M. Lesniak (1978)
Aequationes mathematicae
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W.T. Tutte (1977)
Aequationes mathematicae
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Moshe Rosenfeld (1989)
Aequationes mathematicae
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Branko Grünbaum, J. Malkevitch (1976)
Aequationes mathematicae
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Gary Chartrand, S. F. Kapoor (1974)
Colloquium Mathematicae
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Ingo Schiermeyer, Mariusz Woźniak (2007)
Discussiones Mathematicae Graph Theory
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For a graph G of order n we consider the unique partition of its vertex set V(G) = A ∪ B with A = {v ∈ V(G): d(v) ≥ n/2} and B = {v ∈ V(G):d(v) < n/2}. Imposing conditions on the vertices of the set B we obtain new sufficient conditions for hamiltonian and pancyclic graphs.
Linda M. Lesniak (1977)
Aequationes mathematicae
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Kewen Zhao, Ronald J. Gould (2010)
Colloquium Mathematicae
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An independent set S of a graph G is said to be essential if S has a pair of vertices that are distance two apart in G. In 1994, Song and Zhang proved that if for each independent set S of cardinality k+1, one of the following condition holds: (i) there exist u ≠ v ∈ S such that d(u) + d(v) ≥ n or |N(u) ∩ N(v)| ≥ α (G); (ii) for any distinct u and v in S, |N(u) ∪ N(v)| ≥ n - max{d(x): x ∈ S}, then G is Hamiltonian. We prove that if for each...
Michal Tkáč, Heinz-Jürgen Voss (2002)
Discussiones Mathematicae Graph Theory
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David Housman (1981)
Aequationes mathematicae
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P.A. Winter, Henda C. Swart (1986)
Aequationes mathematicae
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Frank Harary, Roberto Frucht (1970)
Aequationes mathematicae
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