FORMALIZED DESCRIPTION OF A HIERARCHICAL ORGANIZED SYSTEM FOR MANAGING A DYNAMIC OBJECT

Abstract

The issues of the formalized structure of management system based on hypergraphs are discussed in the article. The logical-graphical models proposed are intended for analysis and risk assessment at all stages of accident development; they are aimed at the subsequent use for safety management, are applicable for any types of risks and classes of chemically hazardous objects, and take into account the specifics of the source of danger - a chemically hazardous object. The relationships of the hierarchy of system elements, presented in the form of hypergraphs, make it possible to represent in the model non-elementary processes, data, and executive devices and must be specified between the process and its subprocesses, the information object and its components, and the executive device and its components. The development of a logical-graphical model created on the basis of graph theory methods is proposed as a mathematical apparatus.