TY  - UNPB
ID  - elediasc12392
A1  - Viani, Federico
A1  - Benedetti, Manuel
A1  - Donelli, Massimo
A1  - Lizzi, Leonardo
A1  - Cresp, A.
A1  - Aliferis, I.
A1  - Pichot, C.
A1  - Massa, Andrea
AV  - public
UR  - http://www.eledia.org/students-reports/392/
Y1  - 2008/08//
TI  - SVM-based Classification Approach for Synthetic-Impulse Microwave Imaging - Data Format
N2  - The design of an ultra-wideband (UWB) surface penetrating radar requires a good understanding of the medium properties and of the electromagnetic propagation in ground-penetrating applications, which can be transposed in the knowledge of the environment contribution added up to the transmitted signal. In order to remove the contribution of the environment, the data collected with the SIMIS radar are differential measurements [Cresp 2008]. The overall concept of this technique is to determine a reference measurement, of the environment only, that can be removed by subtraction to enhance the interactions of the objects and calculate the scattered field coming from the targets only. The measurement can be performed either in the frequency or the time domain which mostly will provide the same information. In this configuration the measurements are made in the frequency domain and consequently time domain signals are obtained by an inverse fast fourier transform [Chatelee 2007].
ER  -