The thickness problem on graphs is NP-hard and only few results concerning this graph invariant are known. Using a decomposition theorem of Truemper, we show that the thickness of the class of graphs without G12-minors is less than or equal to two (and therefore, the same is true for the more well-known class of the graphs without K5-minors). Consequently, the thickness of this class of graphs can be determined with a planarity testing algorithm in linear time
International audienceMotivated by applications in graph drawing and information visualization, we e...
We define the geometric thickness of a graph to be the smallest number of layers such that we can dr...
International audienceMotivated by applications in graph drawing and information visualization, we e...
AbstractThe thickness problem on graphs is NP-hard and only few results concerning this graph invari...
The thickness problem on graphs is NP-hard and only few results concerning this graph invariant are ...
The thickness problem on graphs is NP-hard and only few results concerning this graph invariant are ...
The thickness problem on graphs is $\cal NP$-hard and only few results concerning this graph invaria...
The thickness problem on graphs is $\cal NP$-hard and only few results concerning this graph invaria...
The thickness problem on graphs is NP-hard and only few results concerning this graph invariant are ...
AbstractWe investigate the relationship between geometric thickness, thickness, outerthickness, and ...
We give a state-of-the-art survey of the thickness of a graph from both a theoretical and a practica...
We give a state-of-the-art survey of the thickness of a graph from both a theoretical and a practica...
AbstractThe thickness of a graph is the minimum number of planar subgraphs into which the graph can ...
International audienceMotivated by applications in graph drawing and information visualization, we e...
International audienceMotivated by applications in graph drawing and information visualization, we e...
International audienceMotivated by applications in graph drawing and information visualization, we e...
We define the geometric thickness of a graph to be the smallest number of layers such that we can dr...
International audienceMotivated by applications in graph drawing and information visualization, we e...
AbstractThe thickness problem on graphs is NP-hard and only few results concerning this graph invari...
The thickness problem on graphs is NP-hard and only few results concerning this graph invariant are ...
The thickness problem on graphs is NP-hard and only few results concerning this graph invariant are ...
The thickness problem on graphs is $\cal NP$-hard and only few results concerning this graph invaria...
The thickness problem on graphs is $\cal NP$-hard and only few results concerning this graph invaria...
The thickness problem on graphs is NP-hard and only few results concerning this graph invariant are ...
AbstractWe investigate the relationship between geometric thickness, thickness, outerthickness, and ...
We give a state-of-the-art survey of the thickness of a graph from both a theoretical and a practica...
We give a state-of-the-art survey of the thickness of a graph from both a theoretical and a practica...
AbstractThe thickness of a graph is the minimum number of planar subgraphs into which the graph can ...
International audienceMotivated by applications in graph drawing and information visualization, we e...
International audienceMotivated by applications in graph drawing and information visualization, we e...
International audienceMotivated by applications in graph drawing and information visualization, we e...
We define the geometric thickness of a graph to be the smallest number of layers such that we can dr...
International audienceMotivated by applications in graph drawing and information visualization, we e...