Journal archive

The approach to the design of proactive informa¬tion services systems based on the system-oriented and process-oriented approaches application is ex¬amined. Comparison of these approaches is con¬ducted, and the method, that unites merits of these approaches, is presented. The tasks and methods of implementation stages of the procedure suggested are briefly described.

The Scientific and Educational Center is re¬sponsible for realization of the program of theoreti¬cal, methodological and technological retraining of teachers in higher, secondary and primary schools in the area of information technology in professional activities. As a part of the implementation of priority activities the Centre is developing educational pro¬grams to improve the teaching staff using e-learning technologies.

The article is dedicated to 40th Anniversary of Computational Mathematics and Cybernetics Fac¬ulty of the Lomonosov Moscow State University. The main directions and results of fundamental educa¬tional activities of the faculty are highlighted. The fac¬ulty departments' work in «Applied Mathematics and Computer Science» and «lnformation Technology» disciplines of higher education is considered.

In Russia the requirements set forth by next gen¬eration educational standards demand for university graduators' compenencies in data processing and econometric investigations. Information infrastruc¬ture needed for innovative educational courses is being composed at Lomonosov Moscow State Uni¬versity under «University Information System RUS-SIA» project. The system includes a large set of da¬tabases that support object-oriented resources and provide effective tools for performance analysis.

Information technologies are the crucial part of innovative higher school establishment. While meet¬ing both training and research requirements and thus facilitating education process they contribute univer¬sity managerial procedures efficiency as well. An ap¬proach based on integrated unified information sys¬tem concept is suggested and analyzed.

Classification of reusable software elements is suggested and the place of framework is identified. Description of software components framework mod¬el is discussed. The methods used in the study be¬long to the object-oriented paradigm stated as analy¬sis/design/programming. Model description uses the UML language notation.

The article deals with the organization of the team development of software products. Existing method¬ologies are analyzed and a common set of methods and tools for quality and efficient production of soft¬ware are allocated. Practical recommendations to improve existing processes are suggested.

Building simulation model is normally a rather smooth process when implemented in simulation software environment. However some real object features to be introduced into model may cause con¬cern while expressing them directly by means of the instrumental simulation system facilities and need a special treatment.

The article presents a multidimensional evolu¬tionary applied automated information system for decision-making support, as well as specially developed new rapid method for logical and computational data processing based on the synthesis and development of production approach and mivar logical networks.

The article is devoted to the memory of outstanding Russian scientist Anatoly Denisov (1934-2010). Denisov made a considerable contribution to the development of systems theory and systems analysis, information theory and applied computer science. The theory of the information field and information approach developed by Denisov provides a unified management processes description in economy, politics, science, and education. He elaborated the concept of a system macroeconomic modeling and contributed to the development of a new information analysis trend with respect to physical systems and, in particular, gravity systems.

Modern information technologies successfully respond to many complex technical challenges of technology and mechanical systems computer-aided design providing a gradual process of parametric optimization. The article presents the mathematical formulation and the results of computer solutions of the optimization problem of kinematic parameters of four-link articulated mechanism reproducing a given trajectory of the executive management with a given error.