AUTHORS: Ivan Kazachkov
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ABSTRACT: The problem of applying the maximum principle for finding an optimal control for the parameters in simulation for a variety of engineering and industrial systems and processes is considered. The focus is on such systems where the control of a system is difficult or practically impossible due to unknown model of system or some other uncertainties in each particular case. The procedure is constructed that converges and allows obtaining the approximation and optimal control of the system in a finite number of steps with a given accuracy. The theorem about the procedure is proved and illustrative examples are given. Some features of the application of the proposed algorithm to the real problems of simulation control are discussed like the optimal number of points dividing the temporal interval and the tasks for future investigation
KEYWORDS: Principle of Maximum, Optimal Control, Approximation, Model, Imitative
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