APPLICATION OF THE COMBINATOR-GRAPHIC APPROACH TO THE OPERATIONAL MANAGEMENT OF ENGINEERING NETWORKS

Abstract

Based on special sociological studies, it has been established that achieving a high level of engineering support for residential buildings, as well as household enterprises and institutions, helps to improve the sanitary and hygienic level, has an extremely beneficial effect on the health of the population and on labor productivity, thus contributing to the solution of important national economic problems. The most important aspect of this problem is improving the functioning of modern urban water supply and gas supply systems to ensure the required regimes of water and gas consumption by household facilities, as well as social and cultural facilities. The need to further improve agricultural production and improve the life of the rural population puts forward increased demands on the implementation of the processes of functioning of irrigation systems, as well as agricultural water supply systems. The need to further improve agricultural production and improve the life of the rural population puts forward increased demands on the implementation of the processes of functioning of irrigation systems, as well as agricultural water supply systems. During the study of engineering networks (EN) as objects of operational management, certain developments were previously carried out and the following results were obtained. 1. The formalization of the structure and functional elements of operationally managed ENs was carried out and the generalized task of operational management of such objects was formulated. 2. A system of indicators has been developed for the evaluation of control algorithms generated by known methods of implementation of the set generalized task of operational management of EN. 3. An analysis of control algorithms generated by a generalized problem was carried out, using for this purpose a system of indicators for evaluating control algorithms. 4. It is shown that the known methods of implementing the generalized task of operational management of EN do not allow obtaining effective control algorithms. On the basis of this, a conclusion was made about the need for such new approaches to EN management, which would take into account the essential structural and functional features of management objects of the class under consideration, and generate effective operational management algorithms. These results are used in this work on EN in the aspect of operational management of such objects.