Systems and Means of Informatics

2017, Volume 27, Issue 1, pp 3-19

ANALYTICAL MODELING OF NORMAL PROCESSES IN STOCHASTIC SYSTEMS WITH ELLIPTIC NONLINEARITIES

  • I. N. Sinitsyn

Abstract

Analytical modeling methodological support and corresponding algorithms for normal (Gaussian) stochastic processes in differential stochastic systems (StS) with Jacobian elliptic nonlinearities based on statistical linearization and normal approximation methods are presented. Dynamics of Jacobian oscillator in stochastic media is the basis of the test example. Necessary information about elliptic integrals and elliptic Jacobi-functions and statistical linearization coefficients of basic Jacobian nonlinearities are given. The results may be generalized to other types of elliptic functions and functions related to them.

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