ИНФОРМАЦИОННАЯ МОДЕЛЬ ПОДДЕРЖКИ ПРОЦЕССОВ УПРАВЛЕНИЯ ПРОИЗВОДСТВЕННЫМИ ПОТОКАМИ АВТОМАТИЗИРОВАННОГО ПРОИЗВОДСТВА

Abstract

In this work the problem of forming to effective information support of processes of mana¬gement of the hierarchical production including operations of completing of a product, nodes, subnodes and so on up to subnodes of the set level, at the set normative levels of number of sets taking into account duration of assembly cycles and levels of complete stocks is formulated. The described scheme implements multilevel management with the operator of the highest level of hierarchy, however do not provide reservation of production capacities on the purpose of management that contradicts problems of a system and causes relevance of this article. The research objective consists in need of increase in efficiency automated information to management systems by production structures on the basis of statistical simulation models. Research methods. Let's consider the basic principles which are been the basis for a method of probabilistic and automatic modeling. The method is based on the automata theory consisting in use of results of a machine experiment during creation of complex self-organizing information systems and also in the systems of automation of productions. The probabilistic and automatic model of an information system represents no other than aggregate model when smashing a system to the smallest one-dimensional units. The basic concepts of automatic modeling are the probabilistic automatic machine and the system of probabilistic automatic machines. Results. With growth of complexity of a production system transition to two-level, and then and to multilevel management provides more effective use of resources (capacities and stocks) for the purpose of streamlining of process of release of finished goods. Conclusion. It is defined that the full harmony of interests of control objects is achievable only at the power of flows equal 1. Two-level management provides achievement of goals of management system even at full disharmony of interests of control objects. For increase in efficiency of use of resources of information support it is necessary to build not two-level, but multilayer system of management in which the number of the “subordinate” operators submitting to one “higher” operator is not enough to provide the required level of harmony of their interests. Thus, multilevel management, along with other tasks, solves the most important problem of ensuring a certain level of harmony of the purposes of a system as whole and its elements.