Add to ORKGAbstract. A graph G = (V,E) is arbitrarily vertex decomposable if for any sequence τ of positive integers adding up to |V |, there is a sequence of vertex-disjoint subsets of V whose orders are given by τ, and which induce connected graphs. The aim of this paper is to study the recursive version of this problem on a special class of graphs called suns. This paper is a complement of [O. Baudon, F. Gilbert, M. Woźniak, Recursively arbitraril
AbstractWe give an alternative characterization for well-covered graphs and restrict this to a chara...
AbstractA tree T is arbitrarily vertex decomposable if for any sequence τ of positive integers addin...
A graph G of order n is called arbitrarily vertex decomposable if for each sequence (a₁,...,aₖ) of p...
Abstract. A graph G = (V,E) is arbitrarily vertex decomposable if for any sequence τ of positive int...
A graph \(G = (V,E)\) is arbitrarily vertex decomposable if for any sequence \(\tau\) of positive in...
A graph G = (V, E) is arbitrarily vertex decomposable if for any sequence ϒ of positive intege...
AbstractA graph G of order n is called arbitrarily vertex decomposable if for each sequence (n1,…,nk...
AbstractWe give a complete characterization of on-line arbitrarily vertex decomposable graphs in the...
A graph G of order n is said to be arbitrarily vertex decomposable if for each sequence (n1,...,nk) ...
AbstractA tree T is arbitrarily vertex decomposable if for any sequence τ of positive integers addin...
(on leave from AGH) A graph G of order n is called arbitrarily vertex decomposable if for each seque...
A connected graph G is said to be arbitrarily partitionable (AP for short) if for every partition (n...
A graph G of order n is called arbitrarily vertex decomposable if for each sequence (n₁,...,nₖ) of p...
International audienceA connected graph G is said to be arbitrarily partitionable (AP for short) if ...
A graph \(G\) of order \(n\) is said to be arbitrarily vertex decomposable if for each sequence \((n...
AbstractWe give an alternative characterization for well-covered graphs and restrict this to a chara...
AbstractA tree T is arbitrarily vertex decomposable if for any sequence τ of positive integers addin...
A graph G of order n is called arbitrarily vertex decomposable if for each sequence (a₁,...,aₖ) of p...
Abstract. A graph G = (V,E) is arbitrarily vertex decomposable if for any sequence τ of positive int...
A graph \(G = (V,E)\) is arbitrarily vertex decomposable if for any sequence \(\tau\) of positive in...
A graph G = (V, E) is arbitrarily vertex decomposable if for any sequence ϒ of positive intege...
AbstractA graph G of order n is called arbitrarily vertex decomposable if for each sequence (n1,…,nk...
AbstractWe give a complete characterization of on-line arbitrarily vertex decomposable graphs in the...
A graph G of order n is said to be arbitrarily vertex decomposable if for each sequence (n1,...,nk) ...
AbstractA tree T is arbitrarily vertex decomposable if for any sequence τ of positive integers addin...
(on leave from AGH) A graph G of order n is called arbitrarily vertex decomposable if for each seque...
A connected graph G is said to be arbitrarily partitionable (AP for short) if for every partition (n...
A graph G of order n is called arbitrarily vertex decomposable if for each sequence (n₁,...,nₖ) of p...
International audienceA connected graph G is said to be arbitrarily partitionable (AP for short) if ...
A graph \(G\) of order \(n\) is said to be arbitrarily vertex decomposable if for each sequence \((n...
AbstractWe give an alternative characterization for well-covered graphs and restrict this to a chara...
AbstractA tree T is arbitrarily vertex decomposable if for any sequence τ of positive integers addin...
A graph G of order n is called arbitrarily vertex decomposable if for each sequence (a₁,...,aₖ) of p...