Industrial Automatic Control Systems and Controllers Annotation << Back Analytical Representation of Graphic Families of Additional and Basic Distribution Functions of the Envelope of Atmospheric Radio Noise Using the Generalizing Empirical Model V.F. Osinin, A.K. Pogodaev, V.V. Alekseev, A.A. Shlomin, E.G. Uglova The paper proposes an analytical approach to presenting graphical family more integrated functions through a synthesis of empirical models, which allows you to create automatic data-measuring operational Radio radio operation quality control amid external pulse radio noise storms fatal descent. Considered an example of determining the parameters of synthesis of empirical model (POEM) for additional integrated functions (the WPPT), taken from the WPPT, family graph report, International Cotton Advisory Committee. New analytical expression for the main integral function (CONFERENCE) atmospheric radio noise envelope (SAA), which are evaluated through the relevant characteristics of the WPPT. Analytic shows the symmetry of the WPPT and CONFERENCE regarding the x-axis throughout the dynamic range of amplitude envelope of the SAA. The results of the comparison are demonstrated graphically. In the work of the recommendations, together with an indication of the literary sources for the practical use of earlier development of one of the authors on this issue with transformation of graphic WPPT one bandwidth to another. Keywords: analytical presentation graphics; extra and the main function of the distribution of atmospheric radio noise; envelope; summarizing the empirical model pulse parameter distribution function conversion from Strip in the lane; minimizing energy loss; computer processing of accepted information; effi cient encoding method; automatic antijamming radio systems. Contacts: E-mail: v.f.osinin@mail.ru Pp. 27-31.