“…In many practical cases, it becomes necessary to automate processes occurring in complex dynamic systems, which include several subsystems that are interconnected and interact with each other [6]. The characteristic properties of such systems are non-linearity, multidimensionality, multiconnectivity and multifunctionality, i.e., during normal operation, both the layout of the system and the dynamic properties of the separate subsystems themselves change [7]. Examples of such modern systems are multi-connected automatic control systems (MCAS) for complex dynamic objects, such as aircraft gas turbine engine, power complexes, synchronous generators, and so on.…”