Parallel computer networks are interesting topic, but they are also difficult to understand in an overall sense. The topological structure of these networks has elegant mathematical properties, and there are deep relationships between these topologies and the fundamental communication patterns of important parallel algorithms. In this paper we would like to provide a holisti
This article provides background information about interconnection networks, an analysis of previous...
omputational scientists who depend on parallel C computing to let them run larger models in less tim...
Abstract: Recently, the Cube based networks have emerged as attractive interconnection structures in...
Two methods are used to speed up the execution of a computational task. One is new technology develo...
Distributed memory parallel systems are composed of processor/memory modules that communicate by the...
An interconnect's versatility appears through its ability to support a variety of algorithmic ...
In this paper we want to demonstrate the large impact of theoretical considerations on the design an...
In this paper we want to demonstrate the large impact of theoretical considerations on the design an...
Consider the K-arry n-cube network is the most significant network structure in parallel computer ar...
In the design of parallel algorithms, especially those involve various collective communication patt...
Today, interconnection networks benet from a rising interest in communi cation technologies. There a...
The topology of interconnection networks the stage a key role in the performance of all general purp...
Parallel computing has long been an area of research interest because exploiting parallelism in diff...
In this paper we describe four topologies for interconnecting many identical processors into a compu...
This article provides background information about interconnection networks, an analysis of previous...
This article provides background information about interconnection networks, an analysis of previous...
omputational scientists who depend on parallel C computing to let them run larger models in less tim...
Abstract: Recently, the Cube based networks have emerged as attractive interconnection structures in...
Two methods are used to speed up the execution of a computational task. One is new technology develo...
Distributed memory parallel systems are composed of processor/memory modules that communicate by the...
An interconnect's versatility appears through its ability to support a variety of algorithmic ...
In this paper we want to demonstrate the large impact of theoretical considerations on the design an...
In this paper we want to demonstrate the large impact of theoretical considerations on the design an...
Consider the K-arry n-cube network is the most significant network structure in parallel computer ar...
In the design of parallel algorithms, especially those involve various collective communication patt...
Today, interconnection networks benet from a rising interest in communi cation technologies. There a...
The topology of interconnection networks the stage a key role in the performance of all general purp...
Parallel computing has long been an area of research interest because exploiting parallelism in diff...
In this paper we describe four topologies for interconnecting many identical processors into a compu...
This article provides background information about interconnection networks, an analysis of previous...
This article provides background information about interconnection networks, an analysis of previous...
omputational scientists who depend on parallel C computing to let them run larger models in less tim...
Abstract: Recently, the Cube based networks have emerged as attractive interconnection structures in...