In this paper we consider the three-dimensional layout of hypercube networks. Namely, we study the problem of laying hypercube networks out on the three-dimensional grid with the properties that all nodes are represented as rectangular slices and lie on two opposite sides of the bounding box of the layout volume. We present both a lower bound and a layout method providing an upper bound on the layout volume of the hypercube network
In this paper we study the problem of how to efficiently embed r intercon-nection networks Go,...,Gr...
The embedding of one interconnection network into another is a very important issue in the design an...
We consider one-to-one embeddings of the n-dimensional hypercube into grids with 2 n vertices and ...
In this paper we consider the three-dimensional layout of hypercube networks. Namely, we study the p...
In this article we consider the three-dimensional layout of hypercube networks. Namely, we study the...
In this paper we deal with the layout of interconnection networks on three-dimensional grids. In par...
We study 3-dimensional layouts of the hypercube in a 1-active layer and a general model. The problem...
AbstractThe main benefits of a three-dimensional layout of interconnection networks are the savings ...
The main benefits of a three-dimensional layout of interconnection networks are the savings in mate...
The hypercube is a particularly versatile network for parallel computing. It is wellknown that 2-dim...
This paper precisely analyzes the wire density and required area in standard styles for the hypercub...
We present an optimal embedding of a honeycomb network (honeycomb mesh and honeycomb torus) of size ...
We present an algorithm to map the nodes of a 3-dimensional grid to the nodes of its optimal hypercu...
AbstractWe consider efficient simulations of mesh connected networks (or good representations of arr...
In this paper, we study the problem of laying out a multigrid network, MN , on a grid of minimum are...
In this paper we study the problem of how to efficiently embed r intercon-nection networks Go,...,Gr...
The embedding of one interconnection network into another is a very important issue in the design an...
We consider one-to-one embeddings of the n-dimensional hypercube into grids with 2 n vertices and ...
In this paper we consider the three-dimensional layout of hypercube networks. Namely, we study the p...
In this article we consider the three-dimensional layout of hypercube networks. Namely, we study the...
In this paper we deal with the layout of interconnection networks on three-dimensional grids. In par...
We study 3-dimensional layouts of the hypercube in a 1-active layer and a general model. The problem...
AbstractThe main benefits of a three-dimensional layout of interconnection networks are the savings ...
The main benefits of a three-dimensional layout of interconnection networks are the savings in mate...
The hypercube is a particularly versatile network for parallel computing. It is wellknown that 2-dim...
This paper precisely analyzes the wire density and required area in standard styles for the hypercub...
We present an optimal embedding of a honeycomb network (honeycomb mesh and honeycomb torus) of size ...
We present an algorithm to map the nodes of a 3-dimensional grid to the nodes of its optimal hypercu...
AbstractWe consider efficient simulations of mesh connected networks (or good representations of arr...
In this paper, we study the problem of laying out a multigrid network, MN , on a grid of minimum are...
In this paper we study the problem of how to efficiently embed r intercon-nection networks Go,...,Gr...
The embedding of one interconnection network into another is a very important issue in the design an...
We consider one-to-one embeddings of the n-dimensional hypercube into grids with 2 n vertices and ...