Recursive dual-net: A new versatile network for supercomputers of the next generation

In this paper, we propose a new versatile network, called a recursive dual-net (RDN), as a potential candidate for the interconnection network of supercomputers of the next generation. The RDN is based on recursive dual-construction of a base network. A k-level recursive dualconstruction for k >...

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Vydané v:Journal of the Chinese Institute of Engineers Ročník 32; číslo 7; s. 931 - 938
Hlavní autori: Li, Yamin, Peng, Shietung, Chu, Wanming
Médium: Journal Article
Jazyk:English
Vydavateľské údaje: Taylor & Francis Group 01.11.2009
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Abstract In this paper, we propose a new versatile network, called a recursive dual-net (RDN), as a potential candidate for the interconnection network of supercomputers of the next generation. The RDN is based on recursive dual-construction of a base network. A k-level recursive dualconstruction for k > 0 creates a network containing (2m) 2k /2 nodes with node-degree d + k, where m and d are the number of nodes and the node-degree of the base network, respectively. The RDN is node and edge symmetric if the base network is node and edge symmetric. The RDN can contain a huge number of nodes, each with small node-degree and short diameter. For example, we can construct a symmetric RDN connecting more than 3-million nodes with only 6 links per node and a diameter of 22. We investigate the topological properties of the RDN and compare them to those of other networks including 3D torus, WK-recursive network, hypercube, cube-connected-cycle, and dual-cube. We also establish the efficient routing and broadcasting algorithms for the RDN.
AbstractList In this paper, we propose a new versatile network, called a recursive dual-net (RDN), as a potential candidate for the interconnection network of supercomputers of the next generation. The RDN is based on recursive dual-construction of a base network. A k-level recursive dualconstruction for k > 0 creates a network containing (2m) 2k /2 nodes with node-degree d + k, where m and d are the number of nodes and the node-degree of the base network, respectively. The RDN is node and edge symmetric if the base network is node and edge symmetric. The RDN can contain a huge number of nodes, each with small node-degree and short diameter. For example, we can construct a symmetric RDN connecting more than 3-million nodes with only 6 links per node and a diameter of 22. We investigate the topological properties of the RDN and compare them to those of other networks including 3D torus, WK-recursive network, hypercube, cube-connected-cycle, and dual-cube. We also establish the efficient routing and broadcasting algorithms for the RDN.
Author Chu, Wanming
Li, Yamin
Peng, Shietung
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10.1109/71.372797
10.1002/net.3230240602
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Snippet In this paper, we propose a new versatile network, called a recursive dual-net (RDN), as a potential candidate for the interconnection network of...
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SubjectTerms interconnection network
parallel processing
Title Recursive dual-net: A new versatile network for supercomputers of the next generation
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