Optimization of Multivariable Technological Systems’ Automatic Control based on Stability Criteria

The work is dedicated to the investigation of optimal functioning of automated control systems for multivariable technological objects and corresponding stability criteria under rapidly changing loads. This is a relevant scientific and technical task that allows ensuring their reliable operation in the presence of probable inconsistencies between parameters of different physical nature. Mathematical and computer models have been developed to determine optimal stability criteria for control systems of multi-parameter technological objects and ensure directive operating modes for the object’s executive mechanisms. The congruence between the simulation results and the theoretical and engineering calculations demonstrates the effectiveness of determining stability criteria and the consistency between the corresponding microprocessor and software tools of the automatic control systems.