Mixed-mode incremental simulation and concurrent fault simulation

Yun-Cheng Ju, Fred L. Yang, R. Saleh
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引用次数: 8

Abstract

A description is presented of efforts applying mixed-mode simulation techniques to two other areas of research. In incremental simulation, techniques are presented to perform fast incremental circuit simulation based on a modified incremental-in-space approach and event-driven techniques. In fault simulation, a mixed-mode fault simulator is presented that allows the user to specify any type of electrical level fault at the transistor level, as opposed to one of the simple stuck-at faults used in logic simulators. The program performs fault simulation, using mixed-mode techniques, and provides the fault coverage of a set of input patterns. To improve efficiency, concurrent fault simulation with a table look-up scheme is used. The merits of both algorithms are demonstrated with simulation results that show significant speed-ups over standard approaches.<>
混合模式增量仿真与并发故障仿真
描述了将混合模式仿真技术应用于其他两个研究领域的努力。在增量仿真中,提出了基于改进的空间增量方法和事件驱动技术的快速增量电路仿真技术。在故障仿真中,提出了一种混合模式故障模拟器,允许用户在晶体管级指定任何类型的电电平故障,而不是逻辑模拟器中使用的简单卡滞故障之一。该程序使用混合模式技术进行故障模拟,并提供一组输入模式的故障覆盖。为了提高效率,采用了基于查表的并发故障模拟方案。仿真结果表明,两种算法的优点都比标准方法有显著的加速。
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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