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In this paper we develop a graphics processing unit (GPU)-based massively parallel approach for efficient computation of electromagnetic scattering via a proposed double-layer vegetation model composed of vegetation and ground layers. The proposed vector radiative transfer (VRT) model for vegetation scattering considers different sizes and orientations of the leaves. It uses the Monte Carlo method...
The electromagnetic scattering of a complex target with large electrical size could not be solved by the analytical and the numerical methods. In this paper physical optics (PO) is used to solve this problem. Although compared with numerical method, such as the method of moment (MoM) and the finite difference time domain (FDTD), the PO costs shorter executing time and needs less memory, it should...
Experimental measurement and theory study on the composite electromagnetic scattering from a combinative object above a one-dimensional sea surface is disscussed in this paper. The experimental part uses hydraulic technology of a shaking plate to simulate the open ocean for 1 to 3 sea state and the measurement was carried out by full-scale method in the simlant pool. The characteristics of electromagnetic...
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