AbstractA graph has linear clique-width at most k if it has a clique-width expression using at most k labels such that every disjoint union operation has an operand which is a single vertex graph. We give the first characterisation of graphs of linear clique-width at most 3, and we give the first polynomial-time recognition algorithm for graphs of linear clique-width at most 3. In addition, we present new characterisations of graphs of linear clique-width at most 2. We also give a layout characterisation of graphs of bounded linear clique-width; a similar characterisation was independently shown by Gurski and by Lozin and Rautenbach
We consider hereditary classes of bipartite graphs where clique-width is bounded, but linear clique-...
AbstractWe study the linear clique-width of graphs that are obtained from paths by disjoint union an...
AbstractWe construct a polynomial-time algorithm to approximate the branch-width of certain symmetri...
AbstractA graph has linear clique-width at most k if it has a clique-width expression using at most ...
AbstractClique-width is a relatively new parameterization of graphs, philosophically similar to tree...
International audienceClique-width is a relatively new parameterization of graphs, philosophically s...
AbstractWe study the linear clique-width of graphs that are obtained from paths by disjoint union an...
AbstractClique-width is a relatively new parameterization of graphs, philosophically similar to tree...
Hierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP complete pro...
AbstractIn this paper, we consider NLC-width, NLCT-width, and linear NLC-width bounded graphs. We sh...
Hierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP complete pro...
Hierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP complete pro...
We show that for every forest T the linear rank-width of T is equal to the path-width of T, and the ...
AbstractWe show that the l vertex disjoint paths problem between l pairs of vertices can be solved i...
AbstractWhether the clique-width of graphs in a certain class of graphs is bounded or not, is an imp...
We consider hereditary classes of bipartite graphs where clique-width is bounded, but linear clique-...
AbstractWe study the linear clique-width of graphs that are obtained from paths by disjoint union an...
AbstractWe construct a polynomial-time algorithm to approximate the branch-width of certain symmetri...
AbstractA graph has linear clique-width at most k if it has a clique-width expression using at most ...
AbstractClique-width is a relatively new parameterization of graphs, philosophically similar to tree...
International audienceClique-width is a relatively new parameterization of graphs, philosophically s...
AbstractWe study the linear clique-width of graphs that are obtained from paths by disjoint union an...
AbstractClique-width is a relatively new parameterization of graphs, philosophically similar to tree...
Hierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP complete pro...
AbstractIn this paper, we consider NLC-width, NLCT-width, and linear NLC-width bounded graphs. We sh...
Hierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP complete pro...
Hierarchical decompositions of graphs are interesting for algorithmic purposes. Many NP complete pro...
We show that for every forest T the linear rank-width of T is equal to the path-width of T, and the ...
AbstractWe show that the l vertex disjoint paths problem between l pairs of vertices can be solved i...
AbstractWhether the clique-width of graphs in a certain class of graphs is bounded or not, is an imp...
We consider hereditary classes of bipartite graphs where clique-width is bounded, but linear clique-...
AbstractWe study the linear clique-width of graphs that are obtained from paths by disjoint union an...
AbstractWe construct a polynomial-time algorithm to approximate the branch-width of certain symmetri...