Abstract
Random network topologies have been proposed
to create low-diameter, low-latency interconnection networks in large-scale
computing systems. However, these topologies are difficult to deploy in
practice, especially when re-designing existing systems, because they lead to
increased total cable length and cable packaging complexity. In this work we
propose a new method for creating random topologies without increasing cable
length: randomly swap link endpoints in a non-random topology that is already
deployed across several cabinets in a machine room. We quantitatively evaluate
topologies created in this manner using both graph analysis and cycle-accurate
network simulation, including comparisons with non-random topologies and
previously-proposed random topologies.
Domain : Networking
Language : JAVA
Language : JAVA
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