MODELING AND PROCESSING OF THE RESPONSE OF A COMPLEX SENSING SIGNAL FROM A APPROXIMATED DEGREE OF NONLINEARITY
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Abstract
A software model is developed in the Matlab environment, which makes it possible to model the reemitted signal from an approximate power-law series of nonlinearity. Several types of complex sounding signals were synthesized, presented as an additive mixture of the UWB signal and a nonharmonic microwave signal. Spectral analysis of simulated re-emitted signals is carried out. Based on the analysis results, a probing signal was selected and justified, in which the re-emitted signal has the highest power value.
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References
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