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We revisited the problem of efficient implementation of large scale switching systems using repackable networks, which offer performance approaching that of strict sense nonblocking networks. In particular, we study repackable networks with more than three stages. Our method uses bypass path(s) for designing the repackable network to maintain path continuity while at repacking. This is essential if...
Symmetric rearrangeable networks have been a topic of research interest for a long time in the communication community. In recent years these networks have been suggested for use in high speed communications such as in optical cross connects, because of their unique feature of being able to rearrange the state of the network to unblock a blocked request. Although these networks have been studied extensively,...
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