Download 5В070400

Ministry of Education and Science of the Republic of Kazakhstan
NONPROFIT JSC "Almaty University of power
Engineering and Telecommunications"
Faculty of Information Technology
DEPARTMENT OF COMPUTER TECHNOLOGY
APPROVED
Dean of AITF
________________Tabultayev S.S.
«______»________________2016
Syllabus of discipline
KS3320- COMPUTER NETWORKS
for students majoring
5B070400 - Computer Hardware & Software
Course
Semester
Total credits
Total ECTS credits
Total hours
Including:
Lectures
Laboratory studies
SRO
Including SRSP
Assigments
Exam
3
5
3
5
135
30
30
75
30
3
5
Almaty 2016
Syllabus were: senior teachers Toygozhinova A., Tergeusizova AS on the
basis of working curriculum specialty 5B070400 - Computers and software.
Syllabus reviewed and approved at a meeting of the department "Computer
technology "from 23.06.2016, protocol №13
Head of CT Department
_______________
Z.K.Kuralbayev
Syllabus reviewed and approved at a meeting of teaching methods Faculty of
Information Technology Commission (Minutes №6 from 28.06.2016.).
Teachers:
Toygozhinova Zhumakanovna Aynur - Senior lecturer CT, office. S307.
Contacts: 8 (727) 2606695, [email protected].
Tergeusizova Alia Sovetzhanovna - Senior lecturer CT, office. S307.
Contacts: 8 (727) 2606695, [email protected].
1. Time and place of classroom courses specified in schedule training
sessions, schedule a consultation is available on the SRSP boards Dean's Office
Faculty of Information Technology (C 407) and the Department of CT (S307).
2. Prerequisites course: Computer Science, Computing networks and
systems, information theory.
3. Postrekvizity course: Computer network security and systems, Wireless
networks and IP telephony, graduate student.
4. Characteristics of the discipline
4.1 The aim of the course - learning fundamentals and future specialists
principles of construction of modern network technologies, as well as training for
their effective use of information technologies in the future professional activity.
Discipline "Computer Networks" is the foundation for the development of modern
network technology and students the acquisition of skills and the ability to use it
purposefully their practical work.
4.2 Objectives of the course - the main objectives of the study subjects
are:
- The general principles and requirements for the
designing networks. IP addressing;
- The main components used in the creation of networks;
- The basic technologies of local networks;
- Wireless, corporate and global networks;
- High-speed technology to build support networks;
- Modern technologies of Internet access;
4.3 Description of the course
Discipline is designed for students majoring in "5V070400 - Computer
Science and Software "and aims to familiarize students with the basic
characteristics of computer networks and modern technology to build a network.
This is due to the fact that computers and network technologies are introduced and
used in all spheres of human activity, no matter where he worked.
Upon completion of the course "Computer Networks" student dolzhen4 have
an idea:
- Topologies of computer networks;
- The hardware construction of local and global networks;
- About modern technology of construction of computer networks;
- On the basic protocols Open Systems Interconnection.
know:
- The main problems of building and requirements modern computer
networks;
- A multi-level model of the Open Systems Interconnection OSI (Open
System Interconnection);
- Standards, specifications and species lines;
- Methods for discrete data transmission and switching techniques;
- The basic technologies of local networks: Ethernet, Token Ring, FDDI,
Fast Ethernet, 100 VG Any Lan, Gigabit Ethernet;
- Principles of operation of the main components for the construction of
networks: network adapter (Network Interface Card, NIC), repeaters (Repeator),
Hub (Hub), bridges (Bridge), switches (Switch), modems, routers (Router);
- General principles of supporting high-speed networks based on
Technology: SDN, ATM, DPT, Gigabit Ethernet;
- Wireless networks;
- Methods and organization of access to the Internet, the technology xDSL;
common principles of management, analysis, and network management.
be able to:
- evaluate the effectiveness and select the desired topology and technology
building a computer network for a particular company;
- configure network equipment such as switch, router, access point;
- plan IP-addressing a large company.
5. Course content
5.1 Lectures
№
Name
References
1
2
3
1 Lecture 1. The network concepts and terms. The main
problem of creating, topology, and structuring networks (2 Л. 1, 2, 3, 6
hours).
2 Lecture 2 *. Transmission medium. cables and interfaces (2
Л. 1, 2, 3, 6
hours).
3 Lecture 3 *. Network models of interaction open systems
Л. 1, 2, 3, 6,
OSI (Open System Interconnection). Levels of modeli.yu
14
cooperation and standardization (2 hours).
4 Lecture 4 *. The main components of construction of
Л. 1, 2, 3, 6,
computer networks: network adapters, repeaters, hubs,
23
bridges, switches, routers and modems (2 hours).
5 Lecture 5. IP addressing. interaction IP-addresses and subnet
Л. 1, 23
masks (2 hours).
6 Lecture 6 *. Routers and protocols routings. Static and Л. 1, 2, 3, 6,
dynamic
14, 15
7
8
9
10
11
12
13
14
15
routing. (2 hours).
Lecture 7. Switching on the LAN. Virtual LANs (2 hours).
Л. 1, 2, 3, 6,
14, 15
Lecture 8 *. Technology via Ethernet. Master species
Л. 12, 13, 15
Ethernet (2 hours).
ecture 9. Wireless networks. Access Methods environment
Л. 1, 7, 8,
standards BS, RadioEthernet, Wi-Fi, Wi-Max, stuktura
14, 15, 21
networks (2 hours).
Lecture 10 *. Frame Relay network Frame Relay. High Л. 1, 7, 8,
technology for building core networks. Technology SDH, 14, 15, 20,
ATM (2 hours).
21
Lecture 11. Technology Network FDDI. Fault tolerance Л. 1, 7, 8,
features of the method access, structure and characteristics of 14, 15, 20,
the network (2 hours).
21
Lecture 12 *. Internet. protocol stack TCP / IP. Telnet, EЛ. 1, 2, 20,
mail, FTP, Usenet and the WWW. Search engine and connect
22
to ooganizatsiya Internet (2 hours).
Lecture 13. Methods of accessing the network The Internet.
broadband technology subscriber access. Varieties of xDSL (2
Л. 20, 22
hours)
Lecture 14. Methods and means of protection perimeter
Л. 13, 21, 23
network. Firewalls (2 hours).
Lecture 15. Multiprotocol Label Switching MPLS. General
Principles work technology MPLS. Components Technology Л. 11, 12, 23
Architecture MPLS (2 hours).
5.2 List of laboratory work
№
Name
1 Laboratory work №1. Getting to Know cisco router and
familiarization with the user interface.
2 Laboratory work №2. Configuring and configuring routers.
3 Laboratory work №3. Static and dynamic routing
4 Laboratory work №4. Access Lists (ACL)
5 Laboratory work №5. Configuring NAT on border router.
6 Laboratory work №6. Creating a VLAN connections on the
switch Catalyst 2950
7 Laboratory work №7. Customize Routing between VLAN.
References
Л. 11, 12
Л. 11, 12
Л. 11, 12
Л. 11, 12
Л. 11, 12
Л. 11, 12
Л. 11, 12
5.3 Coursework
In the course work in the discipline, a draft computer communication system
of the organization in which working student. An alternative option could be the
job upgrading of computer and communication system (CCS) enterprise student or
development project under the prospective customer. If students have difficulty in
choosing the job, the job selection is carried out according to the literature 13.
In the task for course work indicates a particular type of enterprise and the
approximate number of nodes (computers) in the network and technology used
backbone transmission. Is Required choose the technology local area network
(topology methods access link layer protocol, etc..) and describe its interaction
basic functional units transmit and receive data.
5.4 Subject SRO
5.4.1 Administration, management and operation of networks.
5.4.2 Network Administration with a dedicated server based on MS
Windows 2007
5.4.3 Organization of connecting to the Internet.
5.4.4 Wireless network small office.
5.4.5 Methods of protection of the information wirelessly.
5.4.6 Switching the third level.
5.4.7 The organization addressing corporate networks
5.4.8 Service NAT. Methods organizations.
5.4.9 Corporate network based on Frame relay
5.4.10 Protocol stack IPX / SPX. Stack SNA. Stack DECnet.
5.4.11 Telephone networks and their use for data transmission.
5.4.12 Operating Systems peer computer networks.
5.4.13 Technologies last mile.
5.4.14 Technology VoIP. Scope.
5.4.15 Methods of authentication and authorization in wireless networks.
5.4.16 Methods of transmission link layer. Asynchronous and synchronous
communication protocols.
5.4.17 Virtual Private Networks.
5.4.18 The concept of QoS. Voice over IP.
5.4.19 VTP, and STP.
5.4.20 Cable modems. Spectral analysis of the signals on lines connection.
6. References
Summary:
1. Olifer VG, Olifer NA Computer networks. Peter edition, St. Petersburg,
2007, 2010, 2012 p. 642.13
2. Wi-Fi computer network / ed. A.V.Proletarsky and OE M .: "Rudomino"
2011.
3. Laponina OR Firewall. - M .: "Bean", 2007, 2012.
4. Bashly P. Modern network technologies. - M., 2006.
5. AV Roslyakov Virtual Private Networks. -M, 2006.
6. A. Vatamanyuk wireless network with their own hands. - SPb., 2006.
7. Maykl VL CISCO routers for the hopeless administrators. Simple
management practices and routers kommutatotarami.- SPb .: "BHV-Peteburg",
2010.
8. Gordeychik SV Wireless Security. -M., 2008.
9. MA Tashimov. Computer networks and systems (Tutorial) Ed. AIPET,
Almaty, 2006, p.98.
10. MA Tashimov. Computer technology and communication networks.
Ed. "LLP Print-S», Almaty, 2008, p. 414.
11. Toygozhinova AZ Computer networks. Methodical instructions to
laboratory works. Almaty, 2009, 28c.
12. Toygozhinova AZ Wireless Networking Wi-Fi. Methodical
instructions to laboratory works. Almaty, 2007 25c.
13.
Toygozhinova AZ Computer networks. Methodical instructions to
implementation of student work. Almaty, 2011, 38.
Additional:
14. V. Korneev. Parallel computing systems. M. Penguin 1999
15. Davydov. Technology to build support networks. J. Computer Press,
№ 4, 2001.
16. MA Tashimov. Modern computer systems and network Technology,
Vol. "Print-S", Almaty, 2004, 284.
17. Winter VI et al. Sntevyh global security technologies. - SPb., 2000,
2003.
18. R. Stevens Protocols TCP / IP. A Practical Guide. SPb.,2003.
19. H. Osterloh Routing in IP-based networks. - M., 2002.
20. Cisco Systems / Networking Academy Program Cisco CCNA 1-2.
Accessory Guide. - M., 2007.
21. Cisco Systems / Networking Academy Program Cisco CCNA 3-4.
Accessory Guide. - M., 2007.
22. D. Bacon Operating Systems. - SPb., 2004.
23. AA Vladimirov Wi-Fi: «fighting" techniques SOM and protection
24.wireless networks. - M., 2005.