UDC 303.732.4
1 National University of Life and Environmental Sciences of Ukraine, Kyiv, Ukraine,
 vkhilenko@ukr.net
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ALGORITHM FOR DECOMPOSITION CONTROL AND PREDICTION
OF TRAJECTORIES OF NONLINEAR STOCHASTIC SYSTEMS UNDER
DIFFERENT-SPEED PROCESSES IN THEIR DYNAMICS
Abstract. The author proposes a decompositional algorithm for predicting the trajectories of nonlinear stochastic systems whose dynamics contain subprocesses significantly different in speed. The algorithm is focused on reducing the time to obtain predictive results for substantially nonlinear objects and systems, when calculations based on their complete mathematical models are associated with a large amount of computation and the complexity of temporary adjustment of parameters.
Keywords: nonlinear stochastic systems, mathematical modeling and forecasting of dynamics, control of dynamic systems, decomposition of models.
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