In Graph Minors III, Robertson and Seymour write:“It seems that the tree-width of a planar graph and the tree-width of its geometric dual are approximately equal — indeed, we have convinced ourselves that they differ by at most one. ” They never gave a proof of this. In this paper, we prove a generalisation of this statement to embedding of hypergraphs on general surfaces, and we prove that our bound is tight
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...
International audienceIn Graph Minor III, Robertson and Seymour conjecture that the difference betwe...
International audienceIn Graph Minor III, Robertson and Seymour conjecture that the difference betwe...
(eng) Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of it...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
AbstractIn an earlier paper, the first two authors proved that for any planar graph H, every graph w...
AbstractIn an earlier paper, the first two authors proved that for any planar graph H, every graph w...
AbstractRobertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of ...
The connected tree-width of a graph is the minimum width of a tree-decomposition whose parts induce ...
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...
International audienceIn Graph Minor III, Robertson and Seymour conjecture that the difference betwe...
International audienceIn Graph Minor III, Robertson and Seymour conjecture that the difference betwe...
(eng) Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of it...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
Robertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of its geom...
AbstractIn an earlier paper, the first two authors proved that for any planar graph H, every graph w...
AbstractIn an earlier paper, the first two authors proved that for any planar graph H, every graph w...
AbstractRobertson and Seymour conjectured that the treewidth of a planar graph and the treewidth of ...
The connected tree-width of a graph is the minimum width of a tree-decomposition whose parts induce ...
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...
International audienceRobertson and Seymour conjectured that the treewidth of a planar graph and the...