Fractal regularities of sub-harmonic motions perspective for pulse dynamics monitoring

The pulse energy conversion systems demonstrate a complex dynamics at parameter variations in a wide range. The problem of one-to-one decision-making about system dynamics using a priori information in the form of the parameter diagram is considered. The step-by-step approach to the problem solution based on fractal regularities of the dynamics is proposed. The first stage is the type of motion identification; the second one is the parameter vector identification within this motion type. The parallel and sequential algorithm schemes for this approach realization are presented. The problem of dynamics evolution forecasting is suggested to consider as a pointer to future research.