SPECIAL TECHNIQUE FOR MANAGING DYNAMIC PROCESSES OF DEVELOPMENT OF INTELLECTUAL PRODUCTS PRODUCTION ACCORDING TO THE NEEDS OF SOCIAL LIFE CYCLES

Abstract

This article presents the results of a modern analysis of the problems of development of organizational management engineering of special technical means in the conditions of special operations that critically affect the life cycles of the relevant technological and natural regions. The purpose of the work is to develop a special technique for managing transitional processes in emergency social conflicts and extreme natural phenomena in order to make a decision on the use of control processes after ergatic modeling of a complex dynamic system based on digitalized information and intelligent technologies. Methodology. The processes of special control technology are initiated by a computational base model. It has standard program modules. The algorithms holistically reflect the real parameters of external disturbances, threats, interference, and intra-network interdependent connections between the defining fragments of the control object, which are the goals of each problem-situational task. Results. The operational synthesis of the computational basic model, according to the requirements of an accurate description, combines the specific functions of the consequential response of elements of typical program modules of a flow complex dynamic system and the source knowledge of the factors of the distributed large-scale influence of the external environment of the problem-situational task. Scientific novelty. This new computational basic model enables various experiments on mathematical models. The innovative law of synergistic process control adequately represents real parameters: A – set by the researcher; B – emergency attacks; C – sensitive objects of a streaming complex dynamic system; D – consequences and optimal parameters of guaranteed adaptive control. Conclusions. The experience of ergatic modeling and spatio-temporal situational awareness (STSA) in thesauri defines the essence, feature, specificity of the functioning of product production in the needs of a variety of procedures to prevent destruction, accidents, and disasters (Vcas Vehicle Collision Avoidance System).