Models and Algorithms for Planning and Scheduling of Complex Objects Functioning and Modernization

The paper deals with the development of models and algorithms for integrated planning and scheduling of functioning and modernization of complex technical objects information systems. The paper proposes a combined algorithm for the optimal distribution and assignment of heterogeneous operations in enterprise information systems (EIS) and complex technical objects, within which these operate. A distinctive feature of the proposed approach is the ability to rely on the fundamental theory of control of complex dynamic objects. This makes it possible to significantly reduce the dimension of the problem to be solved, increase the validity of decisions made and develop reference programs for the modernization of the EIS, which could not be done before. This work continues the research conducted earlier in [11, 21].