AbstractA threshold graph (respectively domishold graph) is a graph for which the independent sets (respectively the dominating sets) can be characterized by the 0, 1-solutions of a linear Inequality (see [1] and [3]).We define here the graphs for which the maximal independent sets (respectively the minimal dominating sets) are characterized by the 0, 1-solutions of a linear equation. Such graphs are said to be equistable (respectively equldominating).We characterize (by their architectural structure and by forbidden induced subgraphs) threshold graphs and domishold graphs which are equistable or equidominating.A larger class of equistable graphs is also presented
We define a weakly threshold sequence to be a degree sequence$d=(d_1,\dots,d_n)$ of a graph having t...
AbstractWe show that the cubicity of a connected threshold graph is equal to ⌈log2α⌉, where α is its...
Let G = (V,E) be a graph. A subset D of V is called an equitable dominating set of a graph G if for ...
AbstractA threshold graph (respectively domishold graph) is a graph for which the independent sets (...
A total dominating set in a graph is a set of vertices such that every vertex of the graph has a nei...
Abstract. A graphG = (V, E) is a threshold tolerance if it is possible to associate weights and tole...
AbstractA graph is called equistable when there is a non-negative weight function on its vertices su...
Abstract. A graph is called equistable when there is a non-negative weight function on its vertices ...
AbstractA graph is called equistable when there is a non-negative weight function on its vertices su...
The paper is concerned with dominating sets which arise naturally from a star partition of a finite ...
We show that the cubicity of a connected threshold graph is equal to inverted right perpendicularlog...
A subset D of ()V G is called an equitable dominating set if for every ()v V G D , there exists a...
A subset D ⊆ V(G) is called an equitable dominating set of a graph G if every vertex v ∈ V(G) \ D ha...
A graph G=(V,E) is called equidominating if there exists a value t in IN and a weight function w : V...
The area of indecomposability has been studied for over a decade. Indecomposability refers to graphs...
We define a weakly threshold sequence to be a degree sequence$d=(d_1,\dots,d_n)$ of a graph having t...
AbstractWe show that the cubicity of a connected threshold graph is equal to ⌈log2α⌉, where α is its...
Let G = (V,E) be a graph. A subset D of V is called an equitable dominating set of a graph G if for ...
AbstractA threshold graph (respectively domishold graph) is a graph for which the independent sets (...
A total dominating set in a graph is a set of vertices such that every vertex of the graph has a nei...
Abstract. A graphG = (V, E) is a threshold tolerance if it is possible to associate weights and tole...
AbstractA graph is called equistable when there is a non-negative weight function on its vertices su...
Abstract. A graph is called equistable when there is a non-negative weight function on its vertices ...
AbstractA graph is called equistable when there is a non-negative weight function on its vertices su...
The paper is concerned with dominating sets which arise naturally from a star partition of a finite ...
We show that the cubicity of a connected threshold graph is equal to inverted right perpendicularlog...
A subset D of ()V G is called an equitable dominating set if for every ()v V G D , there exists a...
A subset D ⊆ V(G) is called an equitable dominating set of a graph G if every vertex v ∈ V(G) \ D ha...
A graph G=(V,E) is called equidominating if there exists a value t in IN and a weight function w : V...
The area of indecomposability has been studied for over a decade. Indecomposability refers to graphs...
We define a weakly threshold sequence to be a degree sequence$d=(d_1,\dots,d_n)$ of a graph having t...
AbstractWe show that the cubicity of a connected threshold graph is equal to ⌈log2α⌉, where α is its...
Let G = (V,E) be a graph. A subset D of V is called an equitable dominating set of a graph G if for ...