We define permutation-partition graphs by replacing one part of a 2K2-free bipartite graph (a bipartite chain graph) by an induced linear forest. We show that this hereditary graph class is of of unbounded clique-width (with a new graph construction of large clique-width). We show that this graph class contains no minimal graph class of unbounded clique-width, and give a conjecture for a contained boundary class for this property.N/
Given an infinite word over the alphabet $\{0,1,2,3\}$, we define a class of bipartite hereditary gr...
AbstractHierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP comp...
Recently, several constructions of bipartite graphs of large clique-width have been discovered in th...
International audienceWe consider hereditary classes of bipartite graphs where clique-width is bound...
In the present paper, we identify the first two minimal with respect to set-inclusion hereditary cla...
We create a framework for hereditary graph classes $\mathcal{G}^\delta$ built on a two-dimensional g...
Whether the clique-width of graphs in a certain class of graphs is bounded or not, is an important q...
The celebrated theorem of Robertson and Seymour states that in the family of minor-closed graph clas...
AbstractWhether the clique-width of graphs in a certain class of graphs is bounded or not, is an imp...
The class of cographs is known to have unbounded linear clique-width. We prove that a hereditary cla...
We consider hereditary classes of bipartite graphs where clique-width is bounded, but linear clique-...
Clique-width is an important graph parameter due to its algorithmic and structural properties. A gra...
Many NP-complete graph problems are polynomial-time solvable on graph classes of bounded clique-widt...
We discover new hereditary classes of graphs that are minimal (with respect to set inclusion) of unb...
AbstractA bipartite graph is chordal bipartite if every cycle of length at least six has a chord. In...
Given an infinite word over the alphabet $\{0,1,2,3\}$, we define a class of bipartite hereditary gr...
AbstractHierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP comp...
Recently, several constructions of bipartite graphs of large clique-width have been discovered in th...
International audienceWe consider hereditary classes of bipartite graphs where clique-width is bound...
In the present paper, we identify the first two minimal with respect to set-inclusion hereditary cla...
We create a framework for hereditary graph classes $\mathcal{G}^\delta$ built on a two-dimensional g...
Whether the clique-width of graphs in a certain class of graphs is bounded or not, is an important q...
The celebrated theorem of Robertson and Seymour states that in the family of minor-closed graph clas...
AbstractWhether the clique-width of graphs in a certain class of graphs is bounded or not, is an imp...
The class of cographs is known to have unbounded linear clique-width. We prove that a hereditary cla...
We consider hereditary classes of bipartite graphs where clique-width is bounded, but linear clique-...
Clique-width is an important graph parameter due to its algorithmic and structural properties. A gra...
Many NP-complete graph problems are polynomial-time solvable on graph classes of bounded clique-widt...
We discover new hereditary classes of graphs that are minimal (with respect to set inclusion) of unb...
AbstractA bipartite graph is chordal bipartite if every cycle of length at least six has a chord. In...
Given an infinite word over the alphabet $\{0,1,2,3\}$, we define a class of bipartite hereditary gr...
AbstractHierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP comp...
Recently, several constructions of bipartite graphs of large clique-width have been discovered in th...