验证、调试和评估基于NoC互连性能的方法

Patrick Oury, N. Heaton, Stewart Penman
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引用次数: 4

摘要

电子系统的最新发展导致硬件架构师彻底重新思考片上系统内部的流量交换。在设计系统结构和互连时,更多的并行性、更少的功耗、更多的一致性和更少的顺序的约束推断出了一系列新的设计特征。所有这些都需要验证,所有这些都需要根据它们对系统性能、功耗和门数的影响进行评估。本文讨论了noc中一些最具挑战性的特性,以及验证工程师和架构师处理它们的正确性和性能检查的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Methodology to verify, debug and evaluate performances of NoC based interconnects
Latest developments in electronic systems lead hardware architects to completely rethink the traffic exchanges inside Systems on Chip. Constraints on more parallelism, less power, more coherency, less order while designing system fabrics and interconnects infers a bunch of new design features. All of them need to be verified, all of them need to be evaluated with respect to their impact on system performance, power consumption and gate count. This paper discusses some of the most challenging features in NoCs and the way verification engineers and architects are tackling correctness and performance checking of them.
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