Efficient solution of augmented electric field integral equation using accelerated cartesian expansion algorithmChinese Full Text
ZHENG Yuteng;ZHAO Yanwen;CAI Qiangming;JIA Miaomiao;NIE Zaiping;School of Electronic Engineering University of Electronic Science and Technology of China;
Abstract: The multilevel accelerated Cartesian expansion algorithm is used to solve augmented electric field integral equation for perfect electric conduct target.The multilevel accelerated Cartesian expansion algorithm based on augmented electric field integral equation is derived in detail.The numerical results are proposed to show that the accuracy of the algorithm is very high when solving low frequency electromagnetic scattering problems and circuit problems.While computational complexity can be reduced.The time consumption and memory consumption can be reduced from the original method of moment O（N2）level to this fast algorithmO（N）level.
Keywords：
augmented electric field integral equation; multilevel accelerated Cartesian expansion algorithm; low-frequency problem;
- DOI：
10.13443/j.cjors.2013112901
- Series：
- Subject：
- Classification Code：
O441.4
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