%0 Journal Article %A Ilchenko, Mikhail E. %A Narytnyk, T. M. %A Didkovski, R. M. %D 2014 %I Begell House %K UWB communications, noise carrier, power reception, system performance, amplitude noise shift-keying, frequency noise shift-keying, bit error probability, bandwidth-delay product %N 9 %P 777-791 %R 10.1615/TelecomRadEng.v73.i9.30 %T POTENTIAL NOISE-IMMUNITY OF COMMUNICATIONS WITH POWER RECEPTION OF THE SHIFT-KEYED NOISE SIGNALS %U https://www.dl.begellhouse.com/journals/0632a9d54950b268,57767fff3c9395ce,4668963c7288d35c.html %V 73 %X Accurate theoretical estimates of bit error probability in the communications using amplitude and frequency noise shift-keying are obtained. It is demonstrated that in the given kinds of communications the bit error probability depends upon not only the signal-to-noise ratio but upon the bandwidth-delay product as well. The definitions of optimal bandwidth-delay product and optimal signal-to-noise ratio upon power are substantiated and the relevant values are calculated. Comparative analysis of noise-immunities is performed. The results of theoretical calculations are confirmed with the help of the computer simulation. %8 2014-05-29