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An Efficient and Congestion Aware Fuzzy Based Output Selection Strategy for On-Chip Routers

机译:片上路由器的一种基于拥塞的高效,模糊感知输出选择策略

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>The network performance of an adaptive router largely depends on well designed selection strategy. The selection function selects one of the accepted output directions returned by the routing function. The effectiveness of any selection strategy relies on its congestion free traffic distribution mechanism for each incoming packet. This article proposes a fuzzy based output selection strategy that considers the congestion information from both neighboring routers as well as routers on global path. The strategy efficiently balances the traffic load by using the knowledge base of fuzzy controllers. Performance evaluation is carried out using a cycle accurate simulator under synthetic traffic conditions. The experimental results show that the fuzzy based selection strategy improves the performance by increased throughput and reduced packet latency when compared with other traditional selection strategies.
机译:>自适应路由器的网络性能在很大程度上取决于设计良好的选择策略。选择功能选择由路由功能返回的可接受的输出方向之一。任何选择策略的有效性都取决于其对每个传入数据包的无拥塞流量分配机制。本文提出了一种基于模糊的输出选择策略,该策略考虑了来自相邻路由器以及全局路径上的路由器的拥塞信息。该策略通过使用模糊控制器的知识库来有效地平衡交通负荷。在合成交通状况下,使用周期精确模拟器进行性能评估。实验结果表明,与其他传统选择策略相比,基于模糊的选择策略通过提高吞吐量和减少分组等待时间来提高性能。

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