Abstract
INTRODUCTIONThe variety of communication signals that existsnowadays makes it possible to successfully solve tele-communication, information, and other important prac-tical problems. The requirements for the qualitativeproperties of the corresponding systems are continuallygrowing. New types of signals exhibiting wider poten-tialities were actively searched for in [1–3]. Therefore,it seems reasonable to develop a novel class of fractalultra-wideband (FUWB) signals possessing all theadvantages of both existing ultra-wideband (UWB) sig-nals and fractal signals.MODELS OF FRACTAL UWB SIGNALSWe call FUWB signals those UWB signals thatexhibit the self-affinity property and the fractionaldimension. We now consider self-similar FUWB sig-nals. In order to denote their dimension, we also use theMinkowski dimension d
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