This paper continues the study of 3D visibility representations of complete graphs where vertices are represented by equal convex polygons lying in planes parallel to the xy-plane. Edges correspond to the z-parallel visibility among these polygons. We give several bounds on the size of the largest complete graph that has a 3D visibility representation with particular properties. Namely we improve the best known lower bound for representations by regular n-gons from to n+1 and the upper bound from to
We prove that every 1-planar graph G has a z-parallel visibility representation, i.e., a 3D visibili...
The visibility representation (VR for short) is a classical representation of plane graphs. It has v...
AbstractThis paper studies 3-dimensional visibility representations of graphs in which objects in 3-...
This paper continues the study of 3D visibility representations of complete graphs where vertices ar...
We study 3D visibility representations of complete graphs where vertices are represented by equal re...
In this paper we study 3-dimensional visibility representations of complete graphs. The vertices are...
In this paper we study 3-dimensional visibility representations of complete graphs. The vertices are...
This paper proposes a 3-dimensional visibility representation of graphs G = (V; E) in which vertices...
The 3D visibility (graph) drawing is a graph drawing in IR3 where vertices are represented by 2D set...
This paper proposes a 3-dimensional visibility representation of graphs G = (V,E) in which vertices ...
. We give a visibility representation of graphs which extends some very well-known representations c...
This paper considers a 3-dimensional visibility representation of cliques K n . In this representat...
We give a visibility representation of graphs which extends some very well-known representations con...
This paper considers a 3-dimensional visibility representation of cliques K_n. In this representatio...
We give a visibility representation of graphs which extends some very well-known representations con...
We prove that every 1-planar graph G has a z-parallel visibility representation, i.e., a 3D visibili...
The visibility representation (VR for short) is a classical representation of plane graphs. It has v...
AbstractThis paper studies 3-dimensional visibility representations of graphs in which objects in 3-...
This paper continues the study of 3D visibility representations of complete graphs where vertices ar...
We study 3D visibility representations of complete graphs where vertices are represented by equal re...
In this paper we study 3-dimensional visibility representations of complete graphs. The vertices are...
In this paper we study 3-dimensional visibility representations of complete graphs. The vertices are...
This paper proposes a 3-dimensional visibility representation of graphs G = (V; E) in which vertices...
The 3D visibility (graph) drawing is a graph drawing in IR3 where vertices are represented by 2D set...
This paper proposes a 3-dimensional visibility representation of graphs G = (V,E) in which vertices ...
. We give a visibility representation of graphs which extends some very well-known representations c...
This paper considers a 3-dimensional visibility representation of cliques K n . In this representat...
We give a visibility representation of graphs which extends some very well-known representations con...
This paper considers a 3-dimensional visibility representation of cliques K_n. In this representatio...
We give a visibility representation of graphs which extends some very well-known representations con...
We prove that every 1-planar graph G has a z-parallel visibility representation, i.e., a 3D visibili...
The visibility representation (VR for short) is a classical representation of plane graphs. It has v...
AbstractThis paper studies 3-dimensional visibility representations of graphs in which objects in 3-...