AbstractWe consider a problem of drawing a tree on parallel lines. In this problem we given a tree and an infinite number of parallel lines in the plane. The object is to draw the tree so that 1.(i) each vertex is placed on one of the given parallel lines,2.(ii) no two edges intersect, and3.(iii) the ‘height’ of each vertex is nondecreasing, while minimizing the total number of lines used. We show that this problem is solvable in time linear on the size of the tree, by presenting an algorithm which solves it recursively
AbstractWe investigate several straight-line drawing problems for bounded-degree trees in the intege...
The well-known Reingold–Tilford algorithm produces tidy-layered drawings of trees: drawings where al...
An upward drawing of a rooted tree T is a planar straight-line drawing of T where the vertices of T ...
We consider drawings of graphs in the plane in which vertices are assigned distinct points in the pl...
AbstractIn this paper we present a method to obtain optimal h-v drawings in parallel. Based on paral...
The well-known Reingold-Tilford algorithm produces tidy layered draw-ings of trees: drawings where a...
International audienceThe well-known Reingold-Tilford algorithm produces tidy-layered drawings of tr...
We define the visual complexity of a plane graph drawing to be the number of geometric objects neede...
In this paper we present a method to obtain optimal h-v and inclusion drawings in parallel. Based on...
Abst ract. In this paper we present a method to obtain optimal h-v and inclusion drawings in paralle...
We consider planar drawings of trees that must satisfy constraints on the angles between edges inci...
For every integer l, we construct a cubic 3-vertex-connected planar bipartite graph G with O(l^3) ve...
We consider drawings of trees in which all edges incident to leaves can be extended to infinite rays...
Given a set of n disjoint line segments in the plane, we show that it is always possible to form a t...
We define the visual complexity of a plane graph drawing to be the number of basic geometric objects...
AbstractWe investigate several straight-line drawing problems for bounded-degree trees in the intege...
The well-known Reingold–Tilford algorithm produces tidy-layered drawings of trees: drawings where al...
An upward drawing of a rooted tree T is a planar straight-line drawing of T where the vertices of T ...
We consider drawings of graphs in the plane in which vertices are assigned distinct points in the pl...
AbstractIn this paper we present a method to obtain optimal h-v drawings in parallel. Based on paral...
The well-known Reingold-Tilford algorithm produces tidy layered draw-ings of trees: drawings where a...
International audienceThe well-known Reingold-Tilford algorithm produces tidy-layered drawings of tr...
We define the visual complexity of a plane graph drawing to be the number of geometric objects neede...
In this paper we present a method to obtain optimal h-v and inclusion drawings in parallel. Based on...
Abst ract. In this paper we present a method to obtain optimal h-v and inclusion drawings in paralle...
We consider planar drawings of trees that must satisfy constraints on the angles between edges inci...
For every integer l, we construct a cubic 3-vertex-connected planar bipartite graph G with O(l^3) ve...
We consider drawings of trees in which all edges incident to leaves can be extended to infinite rays...
Given a set of n disjoint line segments in the plane, we show that it is always possible to form a t...
We define the visual complexity of a plane graph drawing to be the number of basic geometric objects...
AbstractWe investigate several straight-line drawing problems for bounded-degree trees in the intege...
The well-known Reingold–Tilford algorithm produces tidy-layered drawings of trees: drawings where al...
An upward drawing of a rooted tree T is a planar straight-line drawing of T where the vertices of T ...