Let γ(G) and i(G) be the domination number and independent domination number of a graph G, respectively. Sumner and Moore [8] define a graph G to be domination perfect if γ(H) = i(H), for every induced subgraph H of G. In this article, we give a finite forbidden induced subgraph characterization of domination perfect graphs. Bollobás and Cockayne [4] proved an inequality relating γ(G) and i(G) for the class of K1,k ‐free graphs. It is shown that the same inequality holds for a wider class of graphs. Copyright © 1991 Wiley Periodicals, Inc., A Wiley Compan
AbstractLet α∈(0,1) and let G=(VG,EG) be a graph. According to Dunbar et al. [α-Domination, Discrete...
Let k be a positive integer and G=(V,E) be a graph. A vertex subset D of a graph G is called a perfe...
A dominating set D ⊆ V (G) of a simple graph G is the set of all u such that for every v ∈ V (G)\D, ...
Let γ(G) and i(G) be the domination number and independent domination number of a graph G, respectiv...
Let γ(G) ι(G) be the domination number and independent domination number of a graph (G), respectivel...
Let γ(G) ι(G) be the domination number and independent domination number of a graph (G), respectivel...
Let γ(G) ι(G) be the domination number and independent domination number of a graph (G), respectivel...
Let γ(G), i(G), γs(G) and is(G) denote the domination number, the independent domination number, the...
Let γ(G), i(G), γs(G) and is(G) denote the domination number, the independent domination number, the...
Let γ(G), i(G), γs(G) and is(G) denote the domination number, the independent domination number, the...
Let γ(G), i(G), γS(G) and iS(G) denote the domination number, the independent domination number, the...
AbstractLet γ(G), i(G), γS(G) and iS(G) denote the domination number, the independent domination num...
AbstractLet π and τ be two arbitrary graph parameters that satisfy π(G)⩾τ(G) for every graph G. For ...
AbstractFor a graph G, the definitions of domination number, denoted γ(G), and independent dominatio...
AbstractLet γ(G), i(G), γS(G) and iS(G) denote the domination number, the independent domination num...
AbstractLet α∈(0,1) and let G=(VG,EG) be a graph. According to Dunbar et al. [α-Domination, Discrete...
Let k be a positive integer and G=(V,E) be a graph. A vertex subset D of a graph G is called a perfe...
A dominating set D ⊆ V (G) of a simple graph G is the set of all u such that for every v ∈ V (G)\D, ...
Let γ(G) and i(G) be the domination number and independent domination number of a graph G, respectiv...
Let γ(G) ι(G) be the domination number and independent domination number of a graph (G), respectivel...
Let γ(G) ι(G) be the domination number and independent domination number of a graph (G), respectivel...
Let γ(G) ι(G) be the domination number and independent domination number of a graph (G), respectivel...
Let γ(G), i(G), γs(G) and is(G) denote the domination number, the independent domination number, the...
Let γ(G), i(G), γs(G) and is(G) denote the domination number, the independent domination number, the...
Let γ(G), i(G), γs(G) and is(G) denote the domination number, the independent domination number, the...
Let γ(G), i(G), γS(G) and iS(G) denote the domination number, the independent domination number, the...
AbstractLet γ(G), i(G), γS(G) and iS(G) denote the domination number, the independent domination num...
AbstractLet π and τ be two arbitrary graph parameters that satisfy π(G)⩾τ(G) for every graph G. For ...
AbstractFor a graph G, the definitions of domination number, denoted γ(G), and independent dominatio...
AbstractLet γ(G), i(G), γS(G) and iS(G) denote the domination number, the independent domination num...
AbstractLet α∈(0,1) and let G=(VG,EG) be a graph. According to Dunbar et al. [α-Domination, Discrete...
Let k be a positive integer and G=(V,E) be a graph. A vertex subset D of a graph G is called a perfe...
A dominating set D ⊆ V (G) of a simple graph G is the set of all u such that for every v ∈ V (G)\D, ...