Methods and tools of co-interaction of autonomous intelligent systems for distributed management of enterprise resources

Abstract

The article analyzes the problem of multi-level management of the resources of large enterprises and the associated limitations of the cascade approach in modern automated control systems. It is shown that the cascade approach leads to delays in management processes, an increase in management complexity and significant discrepancies between plans at different management levels, missed deadlines and exceeding order budgets. To solve the problem, a new distributed approach is proposed, which involves the design of autonomous intelligent systems for resource management of units that form strategic plans and run operational management; network interfaced interaction of these systems to coordinate and synchronize plans for events coming in real time. A method for designing distributed autonomous systems for managing enterprise resources has been developed. The possibility of implementing the approach within a digital ecosystem based on a network-centric platform with vertical and horizontal interactions of these systems is shown. The results of the development and implementation of the approach at industrial enterprises for the design, production and operation of high-tech products that require separate order planning and accounting are presented. The prospects for the approach development of the formation of digital twins of industry chains of enterprises cooperation are outlined.