The use of mobile guards to protect a graph has received much attention in the literature of late in the form of eternal dominating sets, eternal vertex covers and other models of graph protection. In this paper, eternal independent sets are introduced. These are independent sets such that the following can be iterated forever: a vertex in the independent set can be replaced with a neighboring vertex and the resulting set is independent
A distinguishing set for a graph G = (V, E) is a dominating set D, each vertex $v \in D$ being the l...
Mobile guards on the vertices of a graph are used to defend it against attacks on either its vertice...
The Eternal Feedback Vertex Set problem is a new model of protecting graphs using mobile guards, whi...
The use of mobile guards to protect a graph has received much attention in the literature of late in...
The eternal domination problem requires a graph to be protected against an infinitely long sequence ...
International audienceCommunicated by Dachuan Xu Graph protection using mobile guards has received a...
AbstractMobile guards on the vertices of a graph are used to defend it against an infinite sequence ...
Eternal and m-eternal domination are concerned with using mobile guards to protect a graph against i...
AbstractMobile guards on the vertices of a graph are used to defend it against an infinite sequence ...
AbstractThe eternal domination problem requires a graph to be protected against an infinitely long s...
A vertex cover of a graph G = (V, E) is a subset S ⊆V such that every edge is incident with at least...
An eternal dominating set of a graph G is a set of guards distributed on the vertices of a dominatin...
An eternal dominating set of a graph G is a set of guards distributed on the vertices of a dominatin...
Informally, a set of guards positioned on the vertices of a graph G is called eternally secure if th...
Informally, a set of guards positioned on the vertices of a graph G is called eternally secure if th...
A distinguishing set for a graph G = (V, E) is a dominating set D, each vertex $v \in D$ being the l...
Mobile guards on the vertices of a graph are used to defend it against attacks on either its vertice...
The Eternal Feedback Vertex Set problem is a new model of protecting graphs using mobile guards, whi...
The use of mobile guards to protect a graph has received much attention in the literature of late in...
The eternal domination problem requires a graph to be protected against an infinitely long sequence ...
International audienceCommunicated by Dachuan Xu Graph protection using mobile guards has received a...
AbstractMobile guards on the vertices of a graph are used to defend it against an infinite sequence ...
Eternal and m-eternal domination are concerned with using mobile guards to protect a graph against i...
AbstractMobile guards on the vertices of a graph are used to defend it against an infinite sequence ...
AbstractThe eternal domination problem requires a graph to be protected against an infinitely long s...
A vertex cover of a graph G = (V, E) is a subset S ⊆V such that every edge is incident with at least...
An eternal dominating set of a graph G is a set of guards distributed on the vertices of a dominatin...
An eternal dominating set of a graph G is a set of guards distributed on the vertices of a dominatin...
Informally, a set of guards positioned on the vertices of a graph G is called eternally secure if th...
Informally, a set of guards positioned on the vertices of a graph G is called eternally secure if th...
A distinguishing set for a graph G = (V, E) is a dominating set D, each vertex $v \in D$ being the l...
Mobile guards on the vertices of a graph are used to defend it against attacks on either its vertice...
The Eternal Feedback Vertex Set problem is a new model of protecting graphs using mobile guards, whi...