THE PROBLEM OF DEVELOPING INTELLIGENT INFORMATION SYSTEMS FOR MICROELECTRONICS ENTERPRISES
The development of nuclear programs, space exploration, the development of new military equipment, creation of modern medical equipment, the development of the transport system is only a small part of the industries, where the use of electronic component base (ECB) is not an alternative to the present and prospect of industries in the future, but a reality today. The fraction of the electronic components cost in finished product ranges from 20 to 85 %. Design and production of electronic components is complex, knowledge intensive process, which challenges a number of domestic and foreign scientists. As a result, scientific work has been partially developed mathematical models, methods and algorithms for individual subsystems of intelligent information systems, however, a number of problems associated with the specifics of the development and functioning of microelectronics enterprises, remained unresolved. The problem of developing intelligent information systems for enterprises of microelectronics remains timely and relevant. The objective was to analyze existing problems in the industry and develop approaches to the design and implementation of intelligent information systems, taking into account the peculiarities of microelectronics enterprises functioning and trends in the development of microelectronics as the industry as a whole. In the article, the analysis of features and trends of microelectronics development and related issues that formed the basis of proposed approaches to the design and implementation of intelligent information systems and the structure of the information system. When architecting an information system, the author was guided by the methods of structural-functional modeling, modular and structured programming. The novelty of this work is to identify the problems and challenges facing enterprises of microelectronics and addressing these challenges through the development of intelligent information systems.