IMPROVING ECONOMIC EFFICIENCY THROUGH STRUCTURAL OPTIMIZATION
The modular design of the automated systems associated with the process of partitioning (decomposition) of the system into separate loosely coupled components, allowing for their relatively independent development and use. A decomposition method widely used in scientific research and in particular in the development of automated control systems. Decomposition of information and software called modularity. Modularity is connected with the creation of such a structure software that gives the greatest effect in the creation and operation of the software. The task of partitioning a complex system into functional modules occurs in the technical design stage, which generated total system requirements, and defines the system executes the functions processing the input data and the intermediate and output results. The initial data for the problem are many different types of input, intermediate and output data, as well as many of the required procedures. The attitude of many procedures to a variety of information elements can be conveniently represented in the form of a bipartite graph, arcs which connect the procedure with the relevant information elements. Partitioning information support of automated control systems into modules is to split a given set of procedures for disjoint subsets with the minimum number of shared information items. Most clearly, this formulation can be represented as a graph whose vertices are the treatments and their connecting arcs correspond to the available information elements. The article describes the application of topological decomposition to optimize the structure of the enterprise. Also carried out the evaluation of the results obtained from the point of view of economic efficiency of functioning of enterprise.