SYNTHESIS OF A VARIABLE CONFIGURATION CONTROL SYSTEM FOR AN AIS-BASED DISTILLATION COLUMN WITH STRUCTURAL PLASTICITY
This article presents the results of a study of the conditions for the construction of artificial immune systems using modified algorithms based on the principle of structural plasticity, which takes into account different modes of operation and the changing configuration of gas purification processes. The problem of synthesis of a regulator with a variable structure for a multi-circuit system is formulated in order to find the extremum of the selected integral quadratic quality criterion. During the operation of the control system, there is a switch between different types of regulators: PID, I-PD and PD-PI, which provides the regulator with a variable structure. The conditions for using the algorithm of artificial immune systems with the property of structural plasticity or adaptability are given. This leads to the promising use of these properties for complex control systems with a variable regulator, in which it is necessary to take into account the influence of relationships.