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Minimizing Hot Spots in NoCs through a Dynamic Routing Algorithm based on Input and Output Selections

机译:通过基于输入和输出选择的动态路由算法将NOC中的热点最小化

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摘要

Two constituencies of the underlying routing techniques are output and input selections. In this paper, we propose a routing model for avoiding congestion areas within regular two-dimensional on-chip networks which takes advantage of both output and input selections. This model is based on Congestion Aware Route Selection (CARS) technique which uses load information of neighboring switches. The simulation results show that in realistic traffic models, like transpose traffic the proposed algorithm exhibits lower average delays and lower average peak power compared to the previously proposed models.
机译:底层路由技术的两个组件是输出和输入选择。 在本文中,我们提出了一种用于避免常规二维片上网络内的拥塞区域的路由模型,这利用了输出和输入选择。 该模型基于拥塞感知路由选择(汽车)技术,其使用相邻交换机的负载信息。 仿真结果表明,与先前提出的模型相比,在现实的交通模型中,如转置业务,所提出的算法表现出较低的平均延迟和较低的平均峰值功率。

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