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Analysis and Designing of the Stable Parallel Packet Switch

机译:稳定并行分组交换机的分析与设计

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摘要

The parallel packet switch attracts a lot of attention from the communications equipment vendors since it can be practically applied into terabit switches and routers. In order to accelerate its recognition and deployment, we attempt to present the detailed analysis of stability for the parallel packet switch architecture. A model of the stable parallel packet switch (SPPS) is proposed in this paper. Then the constraints of traffic dispatch algorithms, the number of layers and internal speedup for the SPPS are theoretically analyzed. Based on these results an example of designing SPPS architecture with 1.28T capacity is presented. Simulations were carried out to investigate the validity and practicality of the designed SPPS.
机译:并行分组交换机吸引了通信设备厂商的广泛关注,因为它可以实际应用于太比特交换机和路由器。为了加速其识别和部署,我们尝试对并行分组交换机体系结构的稳定性进行详细分析。本文提出了一种稳定的并行分组交换机(SPPS)模型。然后从理论上分析了交通调度算法的约束条件,SPPS的层数和内部加速。基于这些结果,给出了设计具有1.28T容量的SPPS架构的示例。通过仿真研究了所设计SPPS的有效性和实用性。

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