On isomorphisms and similarities between generalized Petersen networks and periodically regular chordal rings
Generalized Petersen (GP) networks and periodically regular chordal (PRC) rings have been proposed independently to ameliorate the high latency and extreme fragility of simple ring networks. In this paper, we note that certain GP networks are isomorphic to suitably constructed PRC rings, while other varieties correspond to PRC rings that closely approximate their topological and performance attributes. In the absence of equivalence and similarity proofs in the opposite direction, our results indicate that PRC rings may be preferable to GP networks in the sense of covering a broader family of networks and offering greater flexibility in cost-performance tradeoffs. (C) 2008 Elsevier B.V. All rights reserved.
chordal ring ring double-ring networks hamiltonicity interconnection networks loop parallel processing petersen graph symmetric network