Agent-oriented model of three-level hierarchical minimax management of a regional industrial complex

The developed countries experience indicates the relevance of managing problems of the territorial industrial complexes and the need to create and develop applicable models based on modern approaches that take into account uncertainty and the possibility of management optimizing. The methodological basis of the research was the theory of industrial economics, the theory of economic and mathematical modeling, the theory of optimal control, optimization theory, and game theory. The model uses an agent-oriented approach, methods of economic and mathematical modeling, methods of building management systems of socio-economic systems, a minimax approach. Three-level management model of the regional industrial complex is proposed, its hierarchical subject-object structure is determined. The parameters of industrial facilities are presented in the form of a phase vector, and for each agent the structure of control and information links, algorithms for the choice of control actions are formalized. The problems of forming minimax control actions sets for each agent, solved in the course of using the model, are formulated, and a general consistent algorithm for choosing optimal control actions is proposed. The developed model will make possible to implement it in a software environment and create a tool for modeling the processes of managing the regional industrial complex, and in future — a flexible extensible software toolkit for managing industry at the regional level is to be created.