为了快速精确计算架空偶极子大地中的透射场，提出了一种广义索末菲积分（GSI）两阶段复镜像等效算法。
A two stage complex image method is proposed to rapidly and precisely calculate the refractive field of an overhead dipole (generalized sommerfeld integral, GSI) in the earth.
研究表明，只要傅里叶级数项数不少于30，改进后的算法比直接用复高斯函数展开具有更高的计算精度。
It is shown that the improved algorithm provides more accurate calculation results than the complex Gaussian function expansion, so long as the number of Fourier series is no less than 30.
本文根据复倒谱原理提出一种新算法，并给出数值计算例，具体说明这种方法的优越性。
In this paper, we propose an algorithm based on the theory of the complex cepstrum and numerical examples are used to illustrate the advantages of this method.
本文介绍了复宗量整数阶圆柱函数数值计算的递推算法。
Numrtical computation of Bessel function with integer orders for complex argument depends seriously on the acquired sophisticated algorithm.
本文介绍了复宗量整数阶圆柱函数数值计算的递推算法。
Numrtical computation of Bessel function with integer orders for complex argument depends seriously on the acquired sophisticated algorithm.
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