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The throughput of a packet switch is a major switch property, and therefore, of major interest to analyze it. An approximation of the throughput of a staged random selection algorithm with a single iteration under uniform for a three-stage Clos-network packet switch, also called a Space- Space-Space (S3) Clos-network packet switch, has been recently presented. However, the difference between this...
Routers, whose main tasks include forwarding and best route computing, have undergone several design architectures in the last years in order to deal with the explosion of traffic in the Internet. Next generation routers are made with enhanced memory capacity and computing resources, distributed across a very high speed switching fabric. However, the current routing software products, particularly...
Current Internet is operated based on interdomain routers executing interdomain routing protocols interconnecting nodes of various autonomous systems. Due to new requirements of traffic in the core Internet, next generation routers with enhanced memory capacity and computing resources, distributed across a very high speed switching fabric are developed in order to replace the currently used interdomain...
High packet switching performance and the potential scalability to a large number of input/output ports, under the admissible traffic assumption, have made Birkhoff-von Neumann load-balanced switch one of the most attractive and promising switch architecture. The focus of this study is on the construction of large number of input/output ports load-balanced switch with very high transmission rate,...
Recently the Birkhoff-von Neumann load-balanced (LB) switch has become a promising switch design due to its high scalability properties and simple control. The performance of the LB switch was studied under strong assumptions such as infinite buffers and admissible traffic conditions. However, both such assumptions may be violated in multi-hop networks since admissibility requirement cannot be maintained...
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