РАЗРАБОТКА КОНЦЕПТУАЛЬНОЙ ОСНОВЫ МОДЕЛИРОВАНИЯ И ИССЛЕДОВАНИЯ ДИНАМИЧЕСКИХ ПОТОКОВ В ЭКОНОМИКЕ

Abstract

The effectiveness of the development of the national economy is largely determined by the economic potential of business entities, their competitiveness and the stability of the organization of flow processes under the influence of environmental factors on the basis of mathematical methods, modern production management concepts based on new information technologies. Modern production is a complex dynamic system of flow processes, characterized by a large number of variable parameters and variables. Operating under market conditions, production systems are influenced by various types of external and internal disturbing factors that reduce their efficiency. Environmental factors, having a different degree of structuring, have a diverse impact on business processes in the production system at different levels of management decision-making. Systematization of factors and development of methods that ensure the economic preservation and maintenance of the relative constancy of the internal environment of the production system on a single conceptual basis, which are relevant in modern conditions of Russia. In accordance with the principles of the study of dynamic technologies related to the conditions of the method of management, the only systems that are based on the current conditions are mathematical methods and new information technologies that implement the current world conditions. concepts of the use of the m device. In this regard, it is necessary to provide appropriate support for the current concepts of the management of the m and cor-rective economic information systems. The management of the material resources of the system is a simple dynamic system, which is a structural element of the system of the higher level, which is an industrial enterprise as a whole. From the point of view of the co-operative information system, which has a modular principle of fo-rming, a system of management of material resources, and a resource, the CMA system is trivial for the co-operation of functional modules, and the metricality of the structure corresponds to the method of management of the material resources. the system, proposed in the ra bo te, taking into account the influence of the hierarchical system in the existing fa who ro V.