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并行计算在电子线路分析中的应用
引用本文:赵进全 江慰德. 并行计算在电子线路分析中的应用[J]. 微电子学, 1997, 27(4): 258-261
作者姓名:赵进全 江慰德
作者单位:西安交通大学
摘    要:在第三代电路模拟技术的基础上,应用撕裂法在电子线路的分析中进行了并行计算。通过对部分支路撕裂而将电路转化为一系列独立的子电路,使电路方程具有加边的分块对角结构。应用Gauss+Seidel-Newton多重循环迭代及松驰迭代等,实现了多级并行计算。结果表明,计算速度明显提高。

关 键 词:并行计算 电路模拟 电子线路 线路分析

Application of Parallel Computation in the Analysis of Electronic Circuits
ZHAO Jin-Quan and JIANG Wei-De Faculty of Electrical Engineering,Xi an Jiaotong University,Xi an,Shaanxi ). Application of Parallel Computation in the Analysis of Electronic Circuits[J]. Microelectronics, 1997, 27(4): 258-261
Authors:ZHAO Jin-Quan  JIANG Wei-De Faculty of Electrical Engineering  Xi an Jiaotong University  Xi an  Shaanxi )
Affiliation:ZHAO Jin-Quan and JIANG Wei-De Faculty of Electrical Engineering,Xi an Jiaotong University,Xi an,Shaanxi 710049 )
Abstract:Parallel computation has been applied to the analysis of electronic circuits. In this technique a circuit is partitioned into a series of subcircuits by tearing some branches,and the ma- trix has bordered block-diagonal structure. The multistage parallel computation is accomplished by using the methods of Gauss-Seidel-Newton multicycling iteration and relaxation iteration.
Keywords:Electronic circuit   Circuit analysis  Circuit simulation  Parallel computation EEACC 1200  
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