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TESTING OF METHODS FOR NUMERICAL SOLUTION OF THE DIFFERENTIAL EQUATION SYSTEMS DESCRIBING THE MICROWAVE SYSTEMS IN THE DYNAMICAL CHAOS MODE
Dem'yanenko Alexander Viktorovich1, Semernik Ivan Vladimirovich2
1Southern Federal University, PhD in radio engineering, assistant professor, departments of Antennas and Radio
2Southern Federal University, PhD in radio engineering, assistant, departments of Antennas and Radio
1Southern Federal University, PhD in radio engineering, assistant professor, departments of Antennas and Radio
2Southern Federal University, PhD in radio engineering, assistant, departments of Antennas and Radio
Abstract
The results of testing the numerical methods for solving systems of differential equations describing the microwave dynamical systems with complex and chaotic dynamics are discussed. It is estimated the actual, global and mean square error of the numerical solution of the test system of differential equations describing the real system in dynamic chaos mode, and basic radio engineering parameters of chaotic signals: spectral width, the histogram distribution and correlation function.
Category: 05.00.00 Technical sciences
Article reference:
Testing of methods for numerical solution of the differential equation systems describing the microwave systems in the dynamical chaos mode // Modern scientific researches and innovations. 2016. № 11 [Electronic journal]. URL: https://web.snauka.ru/en/issues/2016/11/74212
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