THE E-PILE+SMCG FOR SCATTERING FROM AN OBJECT BELOW 2D SOIL ROUGH SURFACE | Zendy

Wei-Jie Ji | Zendy; Chuangming Tong | Zendy

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THE E-PILE+SMCG FOR SCATTERING FROM AN OBJECT BELOW 2D SOIL ROUGH SURFACE

Author(s) -

Wei-Jie Ji,

Chuangming Tong

Publication year - 2011

Publication title -

progress in electromagnetics research b

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.208

H-Index - 47

ISSN - 1937-6472

DOI - 10.2528/pierb11061004

Subject(s) - scattering , clutter , lossy compression , gaussian , monte carlo method , truncation (statistics) , surface (topology) , azimuth , pile , optics , acoustics , radar , computer science , physics , algorithm , mathematics , geometry , artificial intelligence , telecommunications , statistics , quantum mechanics , machine learning

A rigorous fast numerical method called E-PILE+SMCG is introduced and then used in a Monte Carlo study of scattering from a three dimensional perfectly electrical conductor (PEC) object below lossy soil rough surface. This method is the three dimensional (3D) extendability of PILE (Propagation-Inside-Layer Expansion) method which is proposed for two dimensional (2D) scattering problem. The rough surface with Gaussian pro-le is used to emulate the realistic situation of statistically rough surface, while the tapered incident wave is chosen to reduce the truncation error. The 3D angular correlation function (ACF) and bistatic scattering coe±cient (BSC) are studied and applied to the detection of a target embedded in the clutter. The ACF is computed by using numerical method with circular azimuthal angle averaging technique. Because of its success in suppressing the clutter scattering, the technique appears attractive in real life implementation.

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