The Management and Optimization of Queue State Vector Based on Multi-core
Haitao Wu, Xu Yakun · 2013
With the fast development of the network, the requirements for the processing speed of routers are greatly improved, which can be satisfied by the powerful parallelism pability of multi-core processors. In order to give full play to the advantages of parallelism of multi-core processors, queue state vectors (QSV) are used. Based on the application of queue state vectors, "window" mode is proposed in this paper to manage the queue state vector. According to theoretical analysis and experimental results, such an optimization approach, can reduce the probability of conflict when multicore paralleling, and significantly improve the rate of packet forwarding.