A three-dimensional grid drawing of a graph G is a placement of the vertices at distinct integer points so that the straight-line segments representing the edges of G are pairwise non-crossing. It is shown that for any fixed r 2, every r-colorable graph of n vertices has a three-dimensional grid drawing that fits into a box of volume O(n 2 ). The order of magnitude of this bound cannot be improved
The no-three-in-line problem, introduced by Dudeney in 1917, asks for the maximum number of points i...
Abstract. The no-three-in-line problem, introduced by Dudeney in 1917, asks for the maximum number o...
It is proved that every k-colourable graph on n vertices has a grid drawing with O(kn) area, and tha...
A three-dimensional grid drawing of a graph G is a placement of the vertices at distinct integer poi...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
A Fary grid drawing of a graph is a drawing on a three-dimensional grid such that vertices are place...
An exact formula is given for the maximum number of edges in a graph that admits a three-dimensional...
Graph drawing research has been mostly oriented toward two-dimensional drawings. This paper describe...
In this paper we contribute to the understanding of the geometric properties of 3D drawings. Namely,...
We prove that every n-vertex graph G with path-width pw(G) has a three-dimensional straight-line gri...
A Fary grid drawing of a graph is a drawing on a three-dimensional grid such that vertices are place...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
We prove that every n-vertex graph G with path-width pw(G) has a three-dimensional straight-line gri...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
We consider three-dimensional grid-drawings of graphs with at most one bend per edge. Under the addi...
The no-three-in-line problem, introduced by Dudeney in 1917, asks for the maximum number of points i...
Abstract. The no-three-in-line problem, introduced by Dudeney in 1917, asks for the maximum number o...
It is proved that every k-colourable graph on n vertices has a grid drawing with O(kn) area, and tha...
A three-dimensional grid drawing of a graph G is a placement of the vertices at distinct integer poi...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
A Fary grid drawing of a graph is a drawing on a three-dimensional grid such that vertices are place...
An exact formula is given for the maximum number of edges in a graph that admits a three-dimensional...
Graph drawing research has been mostly oriented toward two-dimensional drawings. This paper describe...
In this paper we contribute to the understanding of the geometric properties of 3D drawings. Namely,...
We prove that every n-vertex graph G with path-width pw(G) has a three-dimensional straight-line gri...
A Fary grid drawing of a graph is a drawing on a three-dimensional grid such that vertices are place...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
We prove that every n-vertex graph G with path-width pw(G) has a three-dimensional straight-line gri...
A three-dimensional grid drawing of a graph is a placement of the vertices at distinct points with i...
We consider three-dimensional grid-drawings of graphs with at most one bend per edge. Under the addi...
The no-three-in-line problem, introduced by Dudeney in 1917, asks for the maximum number of points i...
Abstract. The no-three-in-line problem, introduced by Dudeney in 1917, asks for the maximum number o...
It is proved that every k-colourable graph on n vertices has a grid drawing with O(kn) area, and tha...