Intelligent Control Systems: Contemporary Problems in Theory and Implementation in Practice

Abstract. Problems of synthesizing modern control systems － Intelligent Control Systems were researched. The original concepts of synthesizing Intelligent Control Systems for dynamic objects were presented, which were developed based on the P.K. Anokhin Functional Systems Theory. Various approaches on synthesis of perspective control systems for flight vehicles by utilizing Intelligent Elements were developed as well. Consequently, practical applications of Intelligent Control Systems were thus illustrated by presenting examples of perspective Pseudo-intelligent Control and Measurement Systems of flight vehicles. In the paper, all the functional structures proposed of Intelligent Control Systems have great practical implementary values and can be applied for synthesis of various control systems for diverse dynamic objects. Introduction The development of control systems for perspective dynamic objects, e.g. flight vehicles, requires studying new technologies of their projections, creating new designing concepts, modernization of existing software designs, developing new hardware components, and implementation of new information technologies. Modern complex control systems of dynamic objects were researched, including consultative and advisory systems, Dynamic Expert Systems (DES) and various kinds of Intelligent Control Systems (ICS). At present, the most attention has been given to the research of the Intelligent Control Systems based on the P.K. Anokhin Functional Systems Theory [1]. On the basis of detail examinations of ICS operational principles and modern abilities of various realizations of dynamic objects control systems, a conceptual approach on synthesis of modern control systems for dynamic objects is developed. What’s more, an approach on synthesis of Intelligent Control Systems using Intelligent Elements, such as Self-organization Algorithms, as acceptors of operation was also developed based upon the concept of Intelligent Systems (IS). In the ICS acceptor of operation, Self-organization Algorithms [2] can be employed for building prognostic models. Consequently, the realization of ICA synthesis in practice was thus illustrated by presenting examples of perspective Pseudo-intelligent Control and Measurement Systems of flight vehicles.