CTU FEE Moodle
Data networks
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Data networks AD2B32DAT
| Credits | 5 |
| Semesters | Winter |
| Completion | Assessment + Examination |
| Language of teaching | Czech |
| Extent of teaching | 14P + 6C |
Annotation
The course introduces students to the basics of communication in a variety of data networks. The aim of the course is to provide a more comprehensive view of communication protocol for specific types most commonly used data networks according to the RM-layer OSI model. The course also allows students to look into ways of communicating with TCP/IP in the Internet, including the possibility of a practical realization of the data network in laboratory conditions using real equipment.
Study targets
Student is able to understand principles of communication in data networks, not to say in the Internet.
Course outlines
1. Introduction. Basic concepts, historical overview.
2. Methods of communication, layered models, networks topologies.
3. Application protocols - socket, web, telnet
4. Transport layer protocols (TCP and UDP).
5. Domain Name System - DNS.
6. E-mail - basic principles and protocols.
7. Structure of IP datagram and its functions, auxiliary protocols (ARP, RARP and ICMP).
8. Network addresses and their division into classes, address translation.
9. Routing protocols in data networks (RIP, OSPF and BGPv4).
10. Local data networks, virtual LANs (VLAN and STP).
11. Technology of Ethernet, version, access methods.
12. How to access to the Internet (xDSL, CATV, mobile, PPP).
13. Convergence of LAN and WAN (MPLS, VPN, PPP).
14. Trends in data networks.
2. Methods of communication, layered models, networks topologies.
3. Application protocols - socket, web, telnet
4. Transport layer protocols (TCP and UDP).
5. Domain Name System - DNS.
6. E-mail - basic principles and protocols.
7. Structure of IP datagram and its functions, auxiliary protocols (ARP, RARP and ICMP).
8. Network addresses and their division into classes, address translation.
9. Routing protocols in data networks (RIP, OSPF and BGPv4).
10. Local data networks, virtual LANs (VLAN and STP).
11. Technology of Ethernet, version, access methods.
12. How to access to the Internet (xDSL, CATV, mobile, PPP).
13. Convergence of LAN and WAN (MPLS, VPN, PPP).
14. Trends in data networks.
Exercises outlines
1. Preliminary exercises, health and safety, conditions of granting credit, introduction to the lab.
2. The basics of configuration and control of devices in the Lab
3. Lab: Cabling system
4. Lab: Wireshark, TCP UDP analysis
5. Lab: Domain Name System
6. Lab: E-mail
7. Lab: DHCP and NAT
8. Project definition
9. Lab: Routing
10. Lab: Virtual LAN
11. Lab: SpanningTree
12. Lab: ADSL router
13. The compensatory exercise
14. Assessment
2. The basics of configuration and control of devices in the Lab
3. Lab: Cabling system
4. Lab: Wireshark, TCP UDP analysis
5. Lab: Domain Name System
6. Lab: E-mail
7. Lab: DHCP and NAT
8. Project definition
9. Lab: Routing
10. Lab: Virtual LAN
11. Lab: SpanningTree
12. Lab: ADSL router
13. The compensatory exercise
14. Assessment
Literature
Peterson, L. L. Computer Networks, 5th edition. The Morgan Kaufmann. 2011.
Forouzan, B. A. Data Communications and Networking, 5th edition. McGraw-Hill Education. 2012.
Forouzan, B. A. Data Communications and Networking, 5th edition. McGraw-Hill Education. 2012.
Requirements
1. The presence at all laboratory classes is compulsory.
2. Evaluation is as 50% exam, 30% project and 20% of laboratory exercises.
2. Evaluation is as 50% exam, 30% project and 20% of laboratory exercises.
Responsible for the data validity:
Study Information System (KOS)