A Fast Solution to the Volume Integral Equation for 3-D Dielectric Objects by Using the Precorrected-FFT Based on Floating Stencil

[1] Phillips J R and White J K. A precorrected-FFT method forelectrostatic analysis of complicated 3-D structures[J].IEEETrans. on Computer-Aided Design of Integrated Circuits andSystems.1997, 16(10):1059-1072 [2] Nie X C, Li L W, and Yuan N, et al.. Precorrected-FFTsolution of the 53 integral equation for 3-Dinhomogeneous dielectric objects[J].IEEE Trans. onAntennas and Propagation.2005, 53(1):313-320 [3] Nie X C, Yuan N, and Gan Y, et al.. A fast combined field 54 integral equation solution to EM scattering by 3-Ddielectric objects of arbitrary permittivity and permeability[J].IEEE Trans. on Antennas and Propagation.2006, 54(3):961-969 [4] Nie X C, Yuan N, and Li L W, et al.. A fast 53-surfaceintegral equation solver for scattering from compositeconducting-dielectric objects[J].IEEE Trans. on Antennasand Propagation.2005, 53(2):818-824 [5] Yuan N, Yeo T S, and Nie X, et al.. Analysis of probe-fedconformal microstrip antennas on finite groundedsubstrate[J].IEEE Trans. on Antennas and Propagation.2006, 54(2):554-563 [6] Nie X C, Li L W, and Yuan N, et al.. Fast analysis ofscattering by arbitrarily shaped three-dimensional objectsusing the precorrected-FFT method[J].Microwave andOptical Technology Letters.2002, 34(6):438-442 [7] Schaubert D H, Wilton D R, and Glisson A W. A tetrahedralmodeling method for electromagnetic scattering byarbitrarily shaped inhomogeneous dielectric bodies[J]. IEEEAntennas and Propagation Magazine, 1984, 32(1): 77-85.