NOC synthesis vs ITRS predictions: The challenges of linear programming based synthesis

O. Hammami
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Abstract

Network on chip are fundamental in the performance of complex system on chip. Numerous solutions have been proposed both for regular and irregular topologies. Irregular or custom topologies present numerous benefits with regard to area/performance optimizations and can be automatically generated through NOC synthesis flows. NOC synthesis generates NOC topologies from application requirements coregraphs. NOC synthesis techniques use either exact or heuristic techniques. So far NOC synthesis techniques have not been benchmarked against ITRS roadmaps. We propose in this paper to benchmark linear programming based NOC synthesis techniques using NOCBENCH v.1.0 benchmarks. The results show that new models and techniques are needed to overcome complexity of future manycore.
NOC合成与ITRS预测:基于线性规划的合成的挑战
片上网络是复杂片上系统性能的基础。对于规则拓扑和不规则拓扑,已经提出了许多解决方案。不规则或自定义拓扑在面积/性能优化方面具有许多优势,并且可以通过NOC合成流自动生成。NOC综合从应用程序需求图生成NOC拓扑。NOC合成技术要么使用精确技术,要么使用启发式技术。到目前为止,NOC合成技术还没有根据ITRS路线图进行基准测试。在本文中,我们建议使用NOCBENCH v.1.0基准测试基于NOC综合技术的线性规划。结果表明,要克服未来多核系统的复杂性,需要新的模型和技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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