Simulation Model of a Chemical-Technological Complex with Continuous Character of Production from Interaction Technological and Storage Nodes in Information - Control Systems

Abstract

An approach to solving the problem of compensation for losses from perturbations of the chemical–technological complex is proposed, which consists in calculating control actions based on the results of forecasting the consequences of expected perturbations and implementing these effects before the perturbation occurs, while the control object still has sufficient resources to ensure that possible losses do not lead to the failure of planned tasks in information and control systems. A conceptual model of a chemical-technological complex consisted of interacting technological and storage nodes with a continuous nature of production is proposed. An algorithm for simulating the functioning of a chemical-technological complex has been developed, which allows predicting the changing characteristics of its nodes, taking into account perturbations and control actions.