As shown previously, the signal backscattered by an environment can be written as a sum, discrete or continuous, of delayed and weighted replicas of the transmitted signal.
In the discrete case, the useful part of the received signal can be expressed by convolution as the response of a linear filter with impulse response u (τ) subjected to a series of excitations:
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(1) - CUMMING (I.G.), WONG (F.H.) -
Digital processing of synthetic aperture radar data : algorithms and implementation.
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Artech House Inc., Boston, London (2005).
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