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A new method for performance analysis of multistage interconnection networks is presented. Using the idea of a generalized traffic source, it overcomes the problems and limitations encountered in the existing methods and can capture a larger variety of switching networks. A higher flexibility of this method to consider diverse traffic patterns is also reported. The method is simple yet powerful enough...
One of the main concerns of network operators is that current routers are not scalable in order to meet future traffic requirements on the core Internet taking into account new applications. The next generation routers with petabit switching capacity are being built to serve higher demands. Their processing capability is enhanced by additional memory and computing resources on control and line cards...
With the explosion increasing data in Internet, high performance scalable router has become a hot spot research area both in academe and industry recently. The underlying topology is a very important fold for scalable router. In this paper, we propose a new underlying topology of the scalable router, and name it Compressed 3D-Torus (C3D-Torus). It's more like the 3D-Torus, which is a famous architecture...
Scalable architecture has become the main developing direction of core router in future Internet, and the major technical challenge faced by scalable router is the parallel computing technology in its control plane. This paper conducts an in-depth study of the parallel computing model of border gateway protocol (BGP) in scalable router. Based on hierarchical iteration tree, this paper gives a reasonable...
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