Department of computer systems and networks

Major subject: Computer Systems and Networks

Brief annotation of the major subject:

Students study the contemporary methods of design of the elaborate program set of different classes (system and applied programs, WEB- applications, network and local data bases, graphic applications), software development systems, the architecture of contemporary techniques of computer technology and the methods of designing of microprocessor systems and networks.

 

BACHELOR’S degree

4 years of training, in the field of computer engineering

Natural sciences disciplines

Higher mathematics
Physics
Discrete mathematics
Engineering and computer graphics
Life activity safety
Fundamentals of ecology
Fundamentals of economic theories
Introduction to major subject

Vocational and practical disciplines

Programming
Data models and structures
Object-oriented programming
Computer architecture
System software
System programming
Theory of systems and system analysis
Safety and protection of information
Fundamentals of databases
Computer networks designing
Allocation and parallel computation

SPECIALIST’S degree

1 years of training

Norm disciplines

Optional disciplines

Fundamentals of databases
Administration and tuning of computer networks
Network information technologies
System programming in networks
Technology of computer network designing

 

MASTER’S degree

1 years of training

Norm disciplines

Optional disciplines (for independent choice)

Fundamentals of databases
Administration and tuning of computer networks
Network information technologies
System programming in networks
Technology of computer network designing
System designing

The curriculum for training of students on Computer Systems and Networks major subject includes the intensified study of the contemporary information technologies: the programming languages (Object paschal, Ch++, Java PHP, Java Script, Assembler), means of development of software (K developer, Glade, g++, JDK/J2EE), Internet- navigators (Netscape, Mozilla), exchange of messages in the networks, development and administration of operating systems, CASE- technologies and computer-aided design ystems, technologies of local and global computer networks, protocols and services of Internet. Specialists on CSN deal with the development of software, designing, adjustment and administration of networks of different level of complexity.


PhD degree

3 years of training

Major subjects
  1. Automated systems and advanced information technologies
  2. Control systems and processes
  3. Computers, systems and networks

 

Leading instructors:

Kharchenko Viacheslav Sergeyevich – Professor, D. Sc.

Main published works:

  1. Многоверсионные системы, технологии и проекты / Под. Ред. Харченко В.С. – Міносвіти та науки України.-2003.- 672с.

    2. Multiversion systems, technologies and projects. Edited by Kharchenko V.S. - Ministry of Education and Science, Ukraine. 2003, 672 pp.

  2. Kharchenko V.S., Gorbenko A.V. FME(C)A-technique of assessment and ensuring of a corporate computer network fault-tolerance and safety // Proceeding of 5th International Conference Probabilistic Safety Assessment and Management, San Juan, Puerto-Rico, USA, June 23-28, 2002.

  3. Kharchenko V.S., Sklyar V.V., Tarasyuk O.M., Dubnitsky V.Yu. The Method of Software Reliability Growth Models Choice Using Assumptions Matrix // Proceeding of COMPSAC conference, Oxford, England, 26-29 August, 2002.


Lysenko Igor Vladimirovich - Associate Professor, Cand. Sc.

Main published works:

 

  1. Харченко B.C., Лысенко И.В., Мельников В.А. Оценка и обеспечение живучести информационно-вычислительных и управляющих систем технических комплексов критического использования // Зарубежная радиоэлектроника. - 1996. -№1. -с.64 - 80.

    2. Kharchenko V.S., Lysenko I.V., Melnikov V.A. Estimation and support of survivability of information-computational and controlling systems of technical complexes of critical utilization.

  2. Харченко B.C., Лысенко И.В. Оценка потенциальной живучести и выбор архитектур мажоритарно-резервированных систем с каналами типа "ядро – оболочка" // Электронное моделирование. – 1997. – №3, том 19. – с.41–50.

    3. Kharchenko V.S., Lysenko I.V. Estimation of potential survivability and selection of architectures of majority-redundant systems with channels of “kernel – shell” type. Electronic simulation (modelling). 1997, №3, vol. 19, pp. 41–50.

  3. Харченко В.С., Тимонькін Г.М. , Сичов В.О., Лисенко І.В. Теорія надійности та жівучості елементів і систем летальних комплексів: Підручник. За редакцією В.С. Харченка. МО України, ХВУ. – 1997. – 404 с.

Kharchenko V.S., Timon’kin G.M., Sychov V.O., Lysenko I.V. Theory of reliability and survivability of aircraft elements and systems. Handbook. Edited by Kharchenko V.S. Ministry of Education and Science, Ukraine. KhMU, 1997, 404 p.

 

Kholodny Michael Fiodorovich - Associate Professor, Cand. Sc.

Main published works:

  1. Березюк Н.Г., Холодный М.Ф., Ларченко В.Ю., Коробков Н.Г. А.с. 1128263 СССР. Устройство для вычисления булевых производных .- Опубл. В БИ.-1984.-№45.

    2. Device for calculation (computation) of Boolean derivatives. Author’s certificate 1128263 USSR..

  2. Березюк Н.Г., Холодный М.Ф., Ларченко В.Ю., Фурманов К.К. А.с. 1242984 СССР. Преобразователь формы представления логических функций .- Опубл. в БИ.-1986.- №25.

    3. Converter of logic function imagination form. Author’s certificate 1242984 USSR..

  3. Березюк Н.Г., Холодный М.Ф. Булевы дифференциальные уравнения и методы их решения.- Математическое и программное обеспечение задач оптимизации технических систем .-Киев .- “Наукова думка”.- 1987.- С.61-65.

Boolean differential equation and their solution methods.