International Symposium on Antennas and Propagation
2-D FDTD MODELING. APPLIED TO DETECTION OF BURIED OBJECTS IN STRATIFIED LOSSY MEDIUM
Tahar Ziani, Mohamed Laour,
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In this paper we are interesting about a simple implementation of the Yee finite-difference in time domain (FDTD) to modelise electromagnetic differentiated Gaussian and sinus Gaussian pulses. The source is emitting from free space (in two dimensions) and hits a slab which formed by a lossy multilayer media. By using the MATLAB codes, stability criterion and the perfect matched layer (PML). Our objective is to asses the detection of buried objects by using the ground penetrating radar (GPR). The code is well commented, relatively easy to understand and can easily modified for user’s specific purpose.