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QLT: A flow control strategy for wormhole network-on-chip

机译:QLT:虫孔片上网络的流控制策略

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The fact that the on-chip network will suddenly get saturated indicates that it is necessary to devise an effective flow control strategy. Through tracing the status of the network buffer space we found that the payload of the on-chip network can not get beyond an upper bound to avoid vicious congestion. Specifically, quarter of the total network buffer space is such a threshold, which is termed Quarter Load Threshold (QLT). Based on this fact we present the Quarter Load Threshold (QLT) flow control strategy. The performance of the proposed strategy is evaluated by the open source simulator Noxim [2]. Simulation results show that the on-chip network runs smoothly and no serious congestion is encountered any more.
机译:片上网络将突然饱和的事实表明,有必要设计一种有效的流量控制策略。通过跟踪网络缓冲区空间的状态,我们发现片上网络的有效负载不能超出上限以避免恶性拥塞。具体而言,总网络缓冲区空间的四分之一就是这样的阈值,称为四分之一负载阈值(QLT)。基于这一事实,我们提出了“四分之一负载阈值”(QLT)流量控制策略。开源模拟器Noxim [2]评估了所提出策略的性能。仿真结果表明,片上网络运行平稳,不再遇到严重的拥塞。

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