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EDF as an arbitration policy for wormhoe-switched priority-preemptive NoCs — Myth or fact?

机译:EDF作为针对虫害交换优先级NoC的仲裁策略-神话还是事实?

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A constant increase in the number of processors integrated within multiprocessor platforms led to more apparent contentions for the interconnect medium. Consequently, inter-processor communication latencies significantly outgrew the threshold until which their effects on the real-time analysis of multiprocessors can be discarded as negligible. Yet, despite its ever increasing importance, the contention analysis of interconnects is still in its infancy! In that vein, we propose a novel arbitration policy for interconnect routers, which is based on the EDF paradigm — a well-established approach in the scheduling theory. First, we elaborate on the practical aspects of this model and propose the worst-case traffic delay analysis. Then, we experimentally evaluate the approach against the state-of-the-art methods, and also investigate its practical limitations, so as to give a complete answer to the question posed in the title of this work.
机译:集成在多处理器平台中的处理器数量的不断增加导致了互连介质的更多争用。因此,处理器间通信等待时间大大超过了阈值,直到可以将其对多处理器实时分析的影响忽略不计。然而,尽管互连的重要性日益提高,但互连的争用分析仍处于起步阶段!因此,我们提出了一种基于EDF范式的互连路由器仲裁策略,该策略是调度理论中公认的方法。首先,我们详细介绍该模型的实际情况,并提出最坏情况下的交通延误分析。然后,我们通过实验评估该方法是否与最新方法相对应,并研究其实际局限性,以便对本文标题中提出的问题给出完整的答案。

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