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VHDL-AMS Statistical Analysis for Marginal Probabilities - Usage of SAE J 2748 Statistical Analysis Package for Importance Sampling

机译:VHDL-AMS边际概率统计分析 - SAE J 2748统计分析包的应用重视抽样

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The impact of parameter variations on components' and systems' characteristics, especially in the area of IC design, has been discussed for several years. To investigate the influence of parameter variations on system characteristics, standard Monte Carlo simulation is often used when exact results cannot be obtained using a deterministic algorithm. However, this procedure may require a huge number of simulation runs if marginal probabilities are estimated. This paper shows how importance sampling as a variance reduction technique can be used for estimating small probabilities in simulation experiments based on the SAE J 2748 VHDL-AMS Statistical Analysis Package. Furthermore, application examples are presented to show how the use of parameter sensitivities can help creating random variable distributions for importance sampling.
机译:几年来讨论了参数变化对组件“和系统”特征的影响,特别是在IC设计领域。为了研究参数变化对系统特性的影响,当使用确定性算法无法获得精确结果时通常使用标准蒙特卡罗模拟。然而,如果估计边际概率,该过程可能需要大量的模拟运行。本文显示了根据SAE J 2748 VHDL-AMS统计分析包来估算模拟实验中的较小概率作为方差减少技术的重要性。此外,提出了应用示例以展示参数敏感性的使用如何帮助为重要采样产生随机可变分布。

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