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Synthetic aperture radars (SAR) are widely used for various applications. Efficient and accurate calculation of target scattering in these systems is of interest in both radar system design and target imaging. A full-wave time-domain analysis of target scattering in SAR system is presented. The analysis is performed by using a solver based on method of moments based in combination with fast Fourier...
We present results for numerical analysis of two electromagnetic problems by using method of moments implemented on multi-core graphics processing units. In order to investigate the accuracy and the efficiency of graphical processing units for electromagnetic analysis, numerical results are compared to results obtained by commercial EM software WIPL-D and Matlab.
We present results for solving electrically large electrodynamic problems using NVIDIA graphics processing units. The problems are solved using method of moments, surface integral-equation formulation, and higher-order basis functions. The large dense system of linear equations, which is filled by using method of moments, is solved with out-of-core approach accelerated with graphics processing units...
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