Abstract
Most of the proposed architectures for interconnecting nodes in processor networks are based on graph topologies. Recently, stack-graph topologies based on the hypergraph theory have emerged, taking advantage of the fact that the huge bandwidth of optical fiber can be divided into several high-speed channels in networks using Optical Passive Star (OPS) couplers. We show through simulation that these stack-graph networks compare very well against graph-based ones, in terms of stochastic behavior for routing.
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