A set S of vertices in a graph G is a total dominating set of G if every vertex of G is adjacent to some vertex in S. The minimum cardinality of a total dominating set of G is the total domination number γtG of G. The graph G is total domination edge-critical, or γtEC, if for every edge e in the complement of G, γtG+e<γtG. If G is γtEC and γtG=k, we say that G is ktEC. In this paper, we show that every 3tEC graph with δG≥2 and αG=κG+1 has a Hamilton cycle
AbstractLet δ, γ, κ and α be, respectively, the minimum degree, the domination number, the connectiv...
For a graph G = (V (G), E (G)), a set S ~ V (G) dominates G if each vertex in V (G) \S is adjace...
AbstractA graph G is 3-domination-critical if its domination number γ is 3 and the addition of any e...
AbstractLet δ, γ, and α be respectively the minimum degree, the domination number and the independen...
Abstract: A graph G is 3-domination critical if its domination number γ is 3 and the addition of any...
AbstractA graph G is 3-domination critical if its domination number \gamma is 3 and the addition of ...
AbstractA graph G is 3-domination critical if its domination number γ is 3 and the addition of any e...
A graph G is 3-domination-critical (3-critical, for short), if its domination number γ is 3 and the ...
Abstract: A graph G is 3-domination-critical (3-critical, for short), if its domination number γ is ...
AbstractA graph G is 3-domination-critical if its domination number γ is 3 and the addition of any e...
AbstractA set S of vertices in a graph G is a total dominating set of G if every vertex of G is adja...
AbstractLet δ, γ, and α be respectively the minimum degree, the domination number and the independen...
AbstractA graph G is 3-γ-critical if its domination number γ is 3 and the addition of any edge decre...
AbstractA graph G is 3-domination critical if its domination number γ is 3 and the addition of any e...
Denote the total domination number of a graph G by γt(G). A graph G is said to be total domination e...
AbstractLet δ, γ, κ and α be, respectively, the minimum degree, the domination number, the connectiv...
For a graph G = (V (G), E (G)), a set S ~ V (G) dominates G if each vertex in V (G) \S is adjace...
AbstractA graph G is 3-domination-critical if its domination number γ is 3 and the addition of any e...
AbstractLet δ, γ, and α be respectively the minimum degree, the domination number and the independen...
Abstract: A graph G is 3-domination critical if its domination number γ is 3 and the addition of any...
AbstractA graph G is 3-domination critical if its domination number \gamma is 3 and the addition of ...
AbstractA graph G is 3-domination critical if its domination number γ is 3 and the addition of any e...
A graph G is 3-domination-critical (3-critical, for short), if its domination number γ is 3 and the ...
Abstract: A graph G is 3-domination-critical (3-critical, for short), if its domination number γ is ...
AbstractA graph G is 3-domination-critical if its domination number γ is 3 and the addition of any e...
AbstractA set S of vertices in a graph G is a total dominating set of G if every vertex of G is adja...
AbstractLet δ, γ, and α be respectively the minimum degree, the domination number and the independen...
AbstractA graph G is 3-γ-critical if its domination number γ is 3 and the addition of any edge decre...
AbstractA graph G is 3-domination critical if its domination number γ is 3 and the addition of any e...
Denote the total domination number of a graph G by γt(G). A graph G is said to be total domination e...
AbstractLet δ, γ, κ and α be, respectively, the minimum degree, the domination number, the connectiv...
For a graph G = (V (G), E (G)), a set S ~ V (G) dominates G if each vertex in V (G) \S is adjace...
AbstractA graph G is 3-domination-critical if its domination number γ is 3 and the addition of any e...