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Performance Analysis of Wormholeswitched Interconnection Networks: Modelling adaptive wormhole routing in meshbased multicompu,Used
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Perhaps the most critical component in determining the ultimate performance potential of a multicomputer is its interconnection network, the hardware fabric supporting communication among individual processors. The message latency and throughput of such a network are affected by many factors of which topology, switching method, routing algorithm and traffic load are the most significant. In this context, the present study focuses on a performance analysis of kary ncube networks employing wormhole switching, virtual channels and adaptive routing. First, an accurate analytical model for wormholerouted kary ncubes with adaptive routing and uniform traffic is developed. New models are constructed for wormhole kary ncubes under adaptive routing and nonuniform communication workloads, such as hotspot traffic, matrixtranspose and digitreversal permutation patterns. Finally, kary ncubes of different dimensionality are compared using the new models. The comparison takes account of various traffic patterns and implementation costs, using both pinout and bisection bandwidth as metrics.
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