We present two algorithms for orthogonal graph drawing in three dimensional space. For graphs of maximum degree six, the 3-D drawing is produced in linear time, has volume at most 4.66n³ and each edge has at most three bends. If the degree of the graph is arbitrary, the vertices are represented by solid 3-D boxes whose surface is proportional to their degree. The produced drawing has two bends per edge. Both algorithms guarantee no crossings and can be used under an interactive setting (i.e., vertices arrive and enter the drawing on-line), as well
In this paper we investigate the general position model for the drawing of arbitrary degree graphs i...
We present a method for constructing orthogonal drawings of graphs of maximum degree six in three di...
In this paper, we study three-dimensional orthogonal box-drawings of graphs without loops. We provid...
In this paper we present an algorithm for 3-dimensional orthogonal graph drawing based on the moveme...
In this paper we present an algorithm for 3-dimensional orthogonal graph drawing based on the moveme...
Abstract. In this paper we present an algorithm for 3-dimensional or-thogonal graph drawing based on...
We use basic results from graph theory to design two algorithms for constructing 3-dimensional, inte...
In this paper we introduce a number of techniques for the refinement of three-dimensional orthogonal...
We use basic results from graph theory to design two algorithms for constructing 3-dimesional, inter...
We use basic results from graph theory to design two algorithms for constructing 3-dimesional, inter...
This paper studies 3-D orthogonal grid drawings for graphs of arbitrary degree, K_{n} in particular,...
This paper studies 3-D orthogonal grid drawings for graphs of arbitrary degree, K_{n} in particular,...
In this paper, we study orthogonal graph drawings from a practical point of view. Most previously ex...
An orthogonal drawing of a graph is a drawing such that nodes are placed on grid points and edges ar...
AbstractAn orthogonal drawing of a graph is a drawing such that vertices are placed on grid points a...
In this paper we investigate the general position model for the drawing of arbitrary degree graphs i...
We present a method for constructing orthogonal drawings of graphs of maximum degree six in three di...
In this paper, we study three-dimensional orthogonal box-drawings of graphs without loops. We provid...
In this paper we present an algorithm for 3-dimensional orthogonal graph drawing based on the moveme...
In this paper we present an algorithm for 3-dimensional orthogonal graph drawing based on the moveme...
Abstract. In this paper we present an algorithm for 3-dimensional or-thogonal graph drawing based on...
We use basic results from graph theory to design two algorithms for constructing 3-dimensional, inte...
In this paper we introduce a number of techniques for the refinement of three-dimensional orthogonal...
We use basic results from graph theory to design two algorithms for constructing 3-dimesional, inter...
We use basic results from graph theory to design two algorithms for constructing 3-dimesional, inter...
This paper studies 3-D orthogonal grid drawings for graphs of arbitrary degree, K_{n} in particular,...
This paper studies 3-D orthogonal grid drawings for graphs of arbitrary degree, K_{n} in particular,...
In this paper, we study orthogonal graph drawings from a practical point of view. Most previously ex...
An orthogonal drawing of a graph is a drawing such that nodes are placed on grid points and edges ar...
AbstractAn orthogonal drawing of a graph is a drawing such that vertices are placed on grid points a...
In this paper we investigate the general position model for the drawing of arbitrary degree graphs i...
We present a method for constructing orthogonal drawings of graphs of maximum degree six in three di...
In this paper, we study three-dimensional orthogonal box-drawings of graphs without loops. We provid...