Abstract. We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obtained for all trees. Tight bounds are obtained for outerplanar graphs, 2-trees, and planar 3-trees. We prove that every 3-connected plane graph on n vertices has a plane drawing with at most 5n/2 segments and at most 2n slopes, and that every cubic 3-connected plane graph has a plane drawing with three slopes (and three bends on the outerface). Drawings of non-planar graphs with few slopes are also considered. For example, it is proved that graphs of bounded degree and bounded treewidth have drawings with O(log n) slopes.
AbstractWe show that every graph G with maximum degree three has a straight-line drawing in the plan...
We show that every graph G with maximum degree three has a straight-line drawing in the plane using...
We show that every nite connected graph G with maximum degree three and with at least one vertex of ...
We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obta...
We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obta...
We study straight-line drawings of planar graphs with few segments and few slopes. Optimal results a...
AbstractWe study straight-line drawings of planar graphs with few segments and few slopes. Optimal r...
International audienceWe consider drawings of graphs in the plane in which edges are represented by ...
We settle a problem of Dujmovic, Eppstein, Suderman, and Wood by showing that there exists a functio...
We settle a problem of Dujmovic, Eppstein, Suderman, and Wood by showing that there exists a functio...
We settle a problem of Dujmovic, Eppstein, Suderman, and Wood by showing that there exists a functio...
We show that every finite connected graph G with maximum degree three and with at least one vertex of...
Abstract. We show that every graph G with maximum degree three has a straight-line drawing in the pl...
We settle a problem of Dujmovi¢, Eppstein, Suderman, and Wood by showing that there exists a functio...
We define the visual complexity of a plane graph drawing to be the number of basic geometric objects...
AbstractWe show that every graph G with maximum degree three has a straight-line drawing in the plan...
We show that every graph G with maximum degree three has a straight-line drawing in the plane using...
We show that every nite connected graph G with maximum degree three and with at least one vertex of ...
We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obta...
We study straight-line drawings of graphs with few segments and few slopes. Optimal results are obta...
We study straight-line drawings of planar graphs with few segments and few slopes. Optimal results a...
AbstractWe study straight-line drawings of planar graphs with few segments and few slopes. Optimal r...
International audienceWe consider drawings of graphs in the plane in which edges are represented by ...
We settle a problem of Dujmovic, Eppstein, Suderman, and Wood by showing that there exists a functio...
We settle a problem of Dujmovic, Eppstein, Suderman, and Wood by showing that there exists a functio...
We settle a problem of Dujmovic, Eppstein, Suderman, and Wood by showing that there exists a functio...
We show that every finite connected graph G with maximum degree three and with at least one vertex of...
Abstract. We show that every graph G with maximum degree three has a straight-line drawing in the pl...
We settle a problem of Dujmovi¢, Eppstein, Suderman, and Wood by showing that there exists a functio...
We define the visual complexity of a plane graph drawing to be the number of basic geometric objects...
AbstractWe show that every graph G with maximum degree three has a straight-line drawing in the plan...
We show that every graph G with maximum degree three has a straight-line drawing in the plane using...
We show that every nite connected graph G with maximum degree three and with at least one vertex of ...