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故障模拟方法中的静态和动态加速技术

STATIC AND DYNAMIC ACCELERATED TECHNIQUES IN FAULT SIMULATION METHODS

  • 摘要: 本文针对故障模拟中最费时的扇出源故障模拟提出了若干加速技术。通过对电路结构进行的独立扇出分支、扇出源分类及扇出源的最终汇聚门等静态分析,结合对停止线、测试码标记向量以及扇出源临界性确定前的预处理等动态计算,使得扇出源故障模拟区域及需要故障模拟的扇出源数目大大减少,极大地缩短了整个故障模拟时间,实验结果表明,采用上述加速技术的故障模拟算法十分有效,并且随着电路规模增加,其有效性更加明显

     

    Abstract: Abstract To counter the most expensive stem fault simulation in fault simulation, this paper presents several accelerated techniques. Owing to these techniques, the area for stem fault simulation and the stems needed for fault simulation are all reduced greatly, so that the entire fault simulation time is decreased substantially. Experimental results given in this paper show that the fault simulation algorithm using these techniques is of very high efficiency. Especially with the increase of circuit gates, its effectiveness improves obviously.

     

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