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Parallel switch, Scheduling mechanism, Differentiated QoS, Combined Input and Cross-point Queue (CICQ)
Based on the study of the existing PPS scheduling mechanism, we propose a novel PPS scheme for Differentiated QoS based on CICQ. The scheduling mechanism adopt in order queuing way to solve sequence preserving problem and set a small amount of buffer in the multiplexer to achieve differentiated QoS guarantee for different traffics which Ensure switch can provide effective support for different traffics in high-level. The simulation result indicates that the throughput of the mechanism can reach up to 99.97% at full load, and can according to the reservation bandwidth to allocate the bandwidth of output links, and ensure packets have an upper delay bound, and can balance the load to the exchange planes. Compared to the current mainstream PPS design, the mechanism is simple and easily implemented in hardware.
Li Xiuqin, Yang Xiliang, Lan Julong, "A Differentiated QoS Supporting PPS Solution Based on CICQ", International Journal of Information Technology and Computer Science(IJITCS), vol.3, no.1, pp.26-32, 2011. DOI: 10.5815/ijitcs.2011.01.04
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