Add to ORKGThis paper presents the G-network, a new topological design which is a suitable architecture for point-to-point communication and interconnection networks, We show that the G-network has the following desirable characteristics: Efficient routing, small number of links, and fault tolerance. The performance of the G-network is compared to that of the Barrel Shifter and Illiac Mesh networks. © 1990, Taylor & Francis Group, LLC. All rights reserved
The design of network topology is an important part of network design, since network topology is dir...
AbstractThe purpose of designing an optimal and fault tolerant communication network is to achieve a...
Connectivity is a significant metric for evaluating the error lenience of an interconnected net G=V,...
This paper presents the G-network, a new topological design which is a suitable architecture for poi...
A network design, the multilayered G-network, is proposed. The multilayered G-network is obtained by...
New networks, called GLO networks, are constructed by adding bus-like links to omega networks, provi...
Abstract: Recently, the Cube based networks have emerged as attractive interconnection structures in...
Networks such as road networks, utility networks, computer and communication networks and even socia...
Network topology design has directly impact on network construction costs and network performance. M...
The relationship between fault tolerance and performance is explored for [beta]-networks used as int...
Hierarchical interconnection networks (HINs) provide a framework for designing networks with reduced...
The most fundamental question when designing any network is how to connect the network elements toge...
We present a uniform mathematical characterization of interconnection network classes referred to as...
AbstractHypercube and Kautz network each possess certain desirable properties. However, some of the ...
A systematic approach to the topological design of reliable multistage interconnection networks (MIN...
The design of network topology is an important part of network design, since network topology is dir...
AbstractThe purpose of designing an optimal and fault tolerant communication network is to achieve a...
Connectivity is a significant metric for evaluating the error lenience of an interconnected net G=V,...
This paper presents the G-network, a new topological design which is a suitable architecture for poi...
A network design, the multilayered G-network, is proposed. The multilayered G-network is obtained by...
New networks, called GLO networks, are constructed by adding bus-like links to omega networks, provi...
Abstract: Recently, the Cube based networks have emerged as attractive interconnection structures in...
Networks such as road networks, utility networks, computer and communication networks and even socia...
Network topology design has directly impact on network construction costs and network performance. M...
The relationship between fault tolerance and performance is explored for [beta]-networks used as int...
Hierarchical interconnection networks (HINs) provide a framework for designing networks with reduced...
The most fundamental question when designing any network is how to connect the network elements toge...
We present a uniform mathematical characterization of interconnection network classes referred to as...
AbstractHypercube and Kautz network each possess certain desirable properties. However, some of the ...
A systematic approach to the topological design of reliable multistage interconnection networks (MIN...
The design of network topology is an important part of network design, since network topology is dir...
AbstractThe purpose of designing an optimal and fault tolerant communication network is to achieve a...
Connectivity is a significant metric for evaluating the error lenience of an interconnected net G=V,...