Optimal control of multi-object multi-criteria systems, structural synthesis and hierarchical equilibration in intellectual control systems

Methodology of optimization of structural and functional complex control systems in typical form of multi-level hierarchical structure with multi-subsystem multi-criteria systems of regulation, control and decision making as a level is proposed. Methods of structural synthesis of optimal functional and technical habits of hierarchical distributed control system are formed within this framework. Definition of generalized control of multilevel automated control system is given. Procedure of optimization of the generalized control on the basis of generalization and algorithmization of hierarchical equilibrium in multilevel systems is developed. Results of use of approaches in problems under conditions of initial structural inconsistency, conflict situation and uncertainty are given.