Infopaket

Operating Systems

Обов’язкова дисципліна для ОП

First

2021/2022

7 Semester

4

OS policies and mechanisms. Interaction of processes and flows. Process and flow planning. OS and system resources. RAM scheduling. Organization of input / output in the OS. File systems. Deploy Linux on your computer. OS administration. Work with processes and flows in the OS. OS command processor

Full-time form

Know the basic concepts of "discrete mathematics", take a course in "programming", "computer systems architecture" and "computer networks". Be able to program basic task classes (memory management, memory classes, file systems, logical I / O level).

he subject of the discipline "Operating Systems" are the functions of the OS, features of modern OS architecture, organization of time division systems in multiprogram OS, theory of processes and flows, features of their synchronization, avoidance of mutual blocking, resource allocation methods (at the level of classical problems). Features of the organization of input / output in the OS, the organization of the most common file systems. The discipline "Operating Systems" is a discipline of choice of university and is part of the educational and professional training program for the first (bachelor's) level of higher education: knowledge 12 "Information Technology" in 124 - "System Analysis", educational and professional program - "System analysis"; 4 ECTS credits, in the amount of 120 hours, in particular: lectures - 26 hours, laboratory - 14 hours, consultations - 2 hours, independent work - 78 hours. The course includes 2 tests. The discipline ends with a test in the 3rd semester.

1. Shekhovtsov VA Operating Systems. K.: BHV, 2005. 576 s. (publicly available: https://books.google.com/books?id=FlxlMVsnIB8C&lpg=PP1&hl=en&pg=PP1&outp ut = embed & redir_esc = y) 2. Tanenbaum E., Bos H. Modern operating systems. - Peter, 2015 (4th ed.). –1120 s. (available in electronic version: http://math.kubsu.ru/Debian_Tanenbaum.pdf) 3. Shaw A. Logical design of operating systems. -M .: Mir, 1981. -360 p. 4. Hart Johnson M. System programming in Windows. -M .: Williams, 2005 (3rd ed.). –592 p. (electronic version available) 5. Brian Ward. Linux Internal Device - Peter, 2016. -384 p. (electronic version available) 6. Kolisnichenko DN, Peter W. Allen. Linux: a complete guide. -SPb: Nauka i tehnika, 2006. -784 p. (electronic version available)

Lecture, laboratory work, independent work

Current assessment, tests

Ukrainian