Journal of Graph Theory · 1994 · 62 citations · 5 references
Geometric Graph TheoryWell‐covered Graph GGraph TheoryAlgebraic Graph TheoryStructural Graph TheoryTopological Graph TheoryExtremal Graph TheoryMaximal Independent SetDiscrete MathematicsWell‐covered GraphsPolynomial Time
Abstract A graph is well covered if every maximal independent set has the same cardinality. A vertex x , in a well‐covered graph G , is called extendable if G – {x} is well covered and β( G ) = β( G – {x} ). If G is a connected, well‐covered graph containing no 4‐ nor 5‐cycles as subgraphs and G contains an extendable vertex, then G is the disjoint union of edges and triangles together with a restricted set of edges joining extendable vertices. There are only 3 other connected, well‐covered graphs of this type that do not contain an extendable vertex. Moreover, all these graphs can be recognized in polynomial time.
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Odile Favaron · Discrete Mathematics · 1982 · 102 citations
Geometric Graph Theory, Graph Theory, Topological Graph Theory +3
Complexity results for well‐covered graphs
Ramesh Sankaranarayana, Lorna Stewart · Networks · 1992 · 95 citations
Complexity Results, Isomorphism Problem, Graph Recognition +12