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Optimizing Node Capacity in Multilayer Networks

机译:在多层网络中优化节点容量

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摘要

A multilayer network topology architecture of IP/MPLS over OTN (Optical Transport Networks) over DWDM has been receiving significant attention in large ISP's networks. In this multilayer network architecture, we consider the problem of optimizing the node capacity of nodes in different layers. This goal is of importance in a large ISP network to reduce the amount of power consumption of complex structural nodes, or to balance between node costs in different layers. We present an optimization model that considers each layer's constraints including the OTN layer, aiming to reduce the capacity of the routing and switching nodes. We then present an analysis on how node capacity is impacted at each layer.
机译:在大型ISP的网络中,基于DWDM的OTN(光传输网络)上的IP / MPLS的多层网络拓扑结构已引起了广泛的关注。在这种多层网络体系结构中,我们考虑了优化不同层中节点的节点容量的问题。在大型ISP网络中,此目标对于减少复杂结构节点的功耗或平衡不同层中节点成本之间的重要性至关重要。我们提出了一种优化模型,该模型考虑了包括OTN层在内的每个层的约束,旨在减少路由和交换节点的容量。然后,我们对节点容量如何影响每一层进行了分析。

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