Tran, D. (author), Haider, N. (author), Valavan, S.E. (author), Lager, I.E. (author), Szilagyil, A. (author), Yarovyi, O. (author), Ligthart, L.P. (author), Tran, D. (author), Haider, N. (author), Valavan, S.E. (author), Lager, I.E. (author), Szilagyil, A. (author), Yarovyi, O. (author), and Ligthart, L.P. (author)
Ultra-wideband radio technology (UWB-RT) inherited a potential of extremely high rate of data communications, Claude Shannon discovered this in 1948 and derived the later-called-as Shannon-Hartley‘s channel capacity laws. This famous theoretical law however was not able to substantiate in practice until the development of the sampling oscilloscope by Hewlett-Packard in 1962, which, in accordance with the Nyquist-Shannon sampling theorem, was then capable to reconstruct at-that-time rather large UWB signals (Wilson, 2002)., Applied mathematics, Electrical Engineering, Mathematics and Computer Science