[SOS] Network Operating Systems

INGKIS

[SOS] Network Operating Systems

Main objectives of the course:

After completing the subject, the student will get comprehensive information on managing network operating systems (OS) and their network services deployed in a network environment.

Windows as network operating system:

  • Introduction to system administration
    • Elementary configuration of network support. Tools for basic diagnostics of network connectivity
  • Windows as a server for infrastructure network services:
    • DNS, DHCP​
  • Windows as an application server:
    • Web​, E-mail

Linux as network operating system:

  • Introduction to system administration
    • Elementary configuration of network support. Tools for basic diagnostics of network connectivity
  • Linux as a firewall and NAT
    • Netfilter firewall architecture in the Linux OS kernel, order of packet transition operations. Firewall manipulation, stateless and stateful firewall, auxiliary modules.
  • Linux as a server for infrastructure network services:
    • DNS, DDNS, DHCP, NTP, Syslog​
  • Linux as an application server:
    • Web, E-mail
  • Virtualization in Linux OS:
    • Containerization, Docker, LXC

Lecturers from the department:

The course information sheet
Course information sheet
University: University of Žilina
Faculty: Faculty of Management Science and Informatics
Course ID: 5IS215Course name: Network Operating Systems (SOS)
Form, extent and method of teaching activities:
Number of classes per week in the form of lectures,
laboratory exercises, seminars or clinical practice		Lectures: 2.0 Seminars: 0.0 Lab.exercises: 3.0
Methods by which the educational activity is deliveredPresent form of education
Applied educational activities and methods suitable for achieving learning outcomes
Number of credits: 6.0
Study workload: hours
Specification of the study workload:
Recommended term of study: 1. year, winter semester
Study degree: 2.
Required subsidiary courses:
Prerequisites:

Co-requisites:
Course requirements:
Continuous assessment / evaluation:
Get the admission to the examination students have to actively participate during the exercises throughout the whole semester and they have to elaborate a semester work. Students can earn 30 points during semester.
Final assessment /evaluation:
In final examination (written and oral) students can earn 70 points. Final grade is determined by the sum of points earned during the course and final exam score.

Final evaluation:
100 – 93 A
92 - 85 B
84 - 77 C
76 - 69 D
68 - 61 E
To enroll for an exam student must have 30 points.
Course outcomes:
After completing the subject, the student will get comprehensive information on managing network operating systems (OS) and their network services deployed in a network environment.
Student will:
- know basic features of Linux and Windows systems
- know the basic ways of managing the OS
- know the issue of line connectivity in the server environment of the OS
- know how to design and manage the OS in various aspects of their deployment in a complex network environment, whether in a router, firewall or as an application server
- know how to design, deploy, and manage a network element implemented by the OS in the required role.
Course scheme:
Linux as a network operating system
- Basic characteristics of a network subsystem in Linux. Installation and introduction to system administration.
- Elementary network configuration. Tools for Basic Network Connectivity and Diagnostics.
- Linux as a router. Work with routing table, static routing.
- Linux as firewall and NAT. Netfilter firewall architecture in the Linux kernel, packet switching order. Firewall manipulation, stateless and stateful firewalls, auxiliary modules.
- Linux as a server for infrastructure network services: Syslog, DNS, DDNS, DHCP, NTP.
- Linux as an application server: web, e-mail.
- Linux as an virtualization server: usage of containers (LXC, Docker).

Windows as a network operating system
- Basic characteristics of a network subsystem in Windows. Introduction to system administration.
- Elementary network support configuration. Tools for Basic Network Connectivity Diagnostics.
- PFSense as a network router. Work with routing table, static routing, NAT, firewall.
- Windows OS as a firewall. Firewall Architecture in Windows OS, Firewall Handling.
- Windows OS as a server for infrastructure network services: Logging, DNS, DDNS, DHCP, NTP.
- Windows OS as an application server: web, e-mail.

Labs:
Laboratory exercises will be devoted to the use of lectures and literature studies to solve the practical tasks connected with the realization of the network with the required services according to the assignment.
Literature:
Hertzog, R., Mas, R.: Debian Administrator’s Handbook, ISBN: 979-10-91414-04-3
Limoncelli, T. A.: The Practice of System and Network Administration, ISBN, 9780321492661
Linux - dokumentačný projekt - Linux Network Administrators Guide - http://www.tldp.org/LDP/nag2/nag2.pdf
Bautts, T., Dawson, T., Purdy, G. N.: Debian Administrator’s Handbook, ISBN: 979-10-91414-04-3
Krause, J.: Mastering Windows Server 2016, Packt Publishing, ISBN 978-1785888908TCP/IP Fundamentals for Microsoft Windows, Microsoft TechNet guide, http://technet.microsoft.com/en-us/library/dn610907.aspx
Suehring, S., Pathways, W.: Windows Network Administration, Wiley, ISBN 978-0470101919
Suehring, S., Ward Ulmer, L, Pathways, W.: Windows Network Administration Project Manual, Wiley, ISBN 978-0470114131
Instruction language: slovak
Notes:
Course evaluation::
Total number of evaluated students: 10
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Course teachers:
Lecture: Ing. Martin Kontšek, PhD.
Lecture: Ing. Marek Moravčík, PhD.
Laboratory: Ing. Martin Kontšek, PhD.
Laboratory: Ing. Marek Moravčík, PhD.
Last updated: 2021-01-19 09:23:14.000
The person responsible for the course: prof. Ing. Pavel Segeč, PhD.
Approved by:
SOURCE: https://vzdelavanie.uniza.sk/vzdelavanie/planinfo.php?kod=275098&lng=en