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Characterization of Normal Propagation Delay for Delay Degradation Model (DDM)

机译:时延退化模型(DDM)的正向传播时延表征

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摘要

In previous papers we have presented a very accurate model that handles the generation and propagation of glitches, which makes an important headway in logic timing simulation. This model is called Delay Degradation Model (DDM). Characterizing DDM completely also implies the characterization of the normal propagation delay. In this paper, we propose a simple heuristic model that includes its dependence on the output load and the input transition time. We have tested this model and found a mean deviation lower than 4%. Also, we present a characterization process for this model that is fully integrated into AUTODDM without affecting the total simulation time needed to characterize a standard cell.
机译:在先前的论文中,我们提供了一个非常精确的模型来处理毛刺的产生和传播,这在逻辑时序仿真中取得了重要进展。此模型称为延迟降级模型(DDM)。完全表征DDM还意味着正常传播延迟的表征。在本文中,我们提出了一个简单的启发式模型,其中包括其对输出负载和输入过渡时间的依赖性。我们已经测试了该模型,发现平均偏差低于4%。同样,我们提供了此模型的表征过程,该过程已完全集成到AUTODDM中,而不会影响表征标准单元所需的总仿真时间。

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