Infopaket

System optimization

Обов’язкова дисципліна для ОП

First

2023/2024

5 Semester

3

Know the basic definitions, formulas, concepts, coordination problems and methods of iterative coordination. Know the basic definitions, formulas, concepts, problem-solving without iterative coordination and methods of solving them. Know the basic definitions, formulas, concepts, problems of system optimization and methods of solving them for linear systems. Be able to apply the basics of coordination theory, system optimization and in practice to find the optimal effective solutions for the problem of order distribution in the corporation. Be able to apply the basics of coordination theory, system optimization for the problem of profit distribution in the corporation. Be able to apply the basics of coordination theory, system optimization for the task of building the best principle of corporate governance depending on the tax system.

Distance form

Know the basic concepts of mathematical analysis, algebra, discrete mathematics, theory probabilities, operations research. Be able to solve typical problems from these courses. Have basic skills: solve operations research problems. To access the discipline "System Optimization" of the educational-professional program "System Analysis" the student must master the competencies and learning outcomes provided by the disciplines "Differential Equations", "Algebra and Geometry". The discipline "System Optimization" is the basis for mastering the disciplines "Management Information Technology", "Applied Problems of Decision Theory and Systems Analysis", "Methods of Optimization of Large-Scale Systems", "Mathematical Models of Systems Analysis of Economics", "Crisis Decision Making" , etc.

The discipline "System Optimization" is part of the educational and professional training program for the first (bachelor's) level of higher education in the field of knowledge "Information Technology" in the specialty 124 - "System Analysis", educational and professional program - "System analysis". This course is a compulsory subject in the System Analysis program. It is taught in the 5th semester of the 3rd year in the amount of 150 hours. (5 ECTS credits), in particular: lectures - 30 hours, laboratory work - 40 hours, independent work - 78 hours, consultations - 2 hours. The course includes 2 parts and 2 tests. The discipline ends with an exam in the 5th semester.

1. Singh M., Titley A. Systems and decomposition, organization and management. M .: Mashinostroenie, 1986. - 496p. 2. Irikov VA, Trenev VN Distributed decision making systems. Theory and applications. M .: Nauka, 1999. - 288p. 3. Burkov VN, Novikov DA How to manage organizations. M .: Sinteg, 2004.- 400p. 4. Burkov VN Economic mechanisms of firm development: Textbook / Edited by Irikov VA /. M, UNPK MIPT, 1997. - 56с. 5. Volkovich VL, Dolenko GO Methodical recommendations for the course "System Optimization". K .: VPC "Kyiv University", 1992.-51c. 6. Dolenko GO Decision-making procedures for innovation management. K.: VPC "Kyiv University", 2009.-56c. 7. Dolenko GO System optimization. Applied tasks. K.: VPC "Kyiv University", 2011.- 70p.

Lecture, laboratory work, independent work

Test work, exam.

Ukrainian