THE ACCURACY MEASUREMENT OF HARDWARE TOOLS METROLOGICAL CHARACTERISTICS FOR SPECTRAL FRACTIONS SIGNAL IDENTIFICATION
Keywords:algorithm of spectral signal accuracy, accuracy measurement precision, error vector, one-sigma value, receiving-amplifying tract, scanning receiver
AbstractThe article gives the accuracy figures quantitative assessment by the example of hardware toolsbasic main metrological characteristics determination, which allows provide the trustworthiness of signals spectralcomponents in the real time mode. The influence of random error fractions is automatically taken into account.
Afonskii, A.A.; Diakonov, V.P Digital
analyzers of signal spectrum and logic. Moscow,
Solon-Press. 2009. – 247 p. (in Russian).
Ishanin, G.G.; Pankov, E.D.; Andreev, A.L.
Sources and receivers of interference Moscow, Mir,
– 240 p. (in Russian).
Ivaniuka, I.D.; Ribalka, V.I.; Rudomina-
Desiatska, I.A. The elements of theory of
probabilities and mathematic statistic. Kyiv, Slovo.
– 272 p. (in Ukrainian).
Kharchenko, I.A.; Larin, V.U.; Savitskaya,
V.P. The methodics of signal type identification
accuracy with hardware tools. Proceeding of the
National Aviation University. Kyiv, National
Aviation University. 2014. Vol. 3. – P. 42-48.
Mazda, F.F. Electronic instruments and
measurement techniques. Moscow, Mir. 1990. – 535 p.
Neganov, V.A.; Yarovoi, G.P. The theory and
application of VHF devises.Moscow , Radio i sviaz.
– 720 p. (in Russian).
Shrufer, E.; Babak, V.P. Signal processing:
digital processing of discrete signals. Kyiv, Libed.
– 216 p. (in Ukrainian).
Vasin, V.A.; Vlasov, I.B.; Egorov, U.M.
Information technology in radiotechnique systems.
Moscow,MGTU Bauman. 2003. – 672 p. (in Russian).
Ventcel, E.S.; Ovcharov, L.A. The theory of
random processes and its engineering applications.
Moscow, Nauka. 1991. – 384 p. (in Russian).
Volodarskii, E.T.; Kosheva, L.O. Statistical
data processing. Kyiv, National Aviation University.
– 308 p. (in Ukrainian).