Czech

3

doc. Ing. Jan Jeřábek, Ph.D.

Department of Telecommunications

Students should be able to work with English literature and have knowledge about basics of information and communication technologies.

Up to 10 points for chapter tests, without any minimum required score in these tests
Up to 30 points for final theoretical test, when student is required to obtain 70% score or higher in this test.
Up to 60 points for final practical exam,student is required to obtain 67% score or higher in this exam.
In total, 75% score is minimum to pass the course. It represents 50 points at BUT, while 100% represents 100 points at BUT.

The content and forms of instruction in the evaluated course are specified by a regulation issued by the lecturer responsible for the course and updated for every academic year.

The course introduces the basic principles of network communication. First course of Cisco academy CCNA (Cisco Certified Network Associate) is covered in the most recent version.
The student should be able to:
- describe basic entities for network communication,
- describe ISO/OSI and TCP/IP models,
- describe individual layer of TCP/IP model,
- explain purpose and principle of communication protocols,
- describe Ethernet technology,
- develop IP addressing schemes,
- implement a network using routers and switches,
- explain operation of router,
- explain operation of switch,
- implement basic security of networking devices.

Study materials are available in the course e-learning. 

Programme MPC-EVM: Electrical Manufacturing and Management, Master's, elective

Programme N-AIŘ-P: Applied Computer Science and Control, Master's, elective

Programme BPC-SEE: Power Electrical and Electronic Engineering, Bachelor's, elective

Programme MPC-BTB: Biomedical Engineering and Bioinformatics, Master's, elective

Programme MPC-EEN: Electrical Power Engineering, Master's, elective

Programme BPC-IBE: Information Security, Bachelor's, compulsory-optional

Programme BKC-EKT: Electronics and Communication Technologies, Bachelor's, elective

Programme MPC-TIT: Communications and Informatics, Master's, elective

Programme MPC-IBE: Information Security, Master's, elective

Programme MKC-EKT: Electronics and Communication Technologies, Master's, elective

Programme MKC-EVM: Electrical Manufacturing and Management, Master's, elective

Programme MKC-TIT: Communications and Informatics, Master's, elective

Programme MPC-BIO: Bioengineering, Master's, elective

Programme MPC-EAK: Power Systems and Communication Technology, Master's, elective

Programme BPC-EKT: Electronics and Communication Technologies, Bachelor's, elective

Programme BPC-MET: Microelectronics and Technology, Bachelor's, elective

Programme BKC-SEE: Power Electrical and Electronic Engineering, Bachelor's, elective

Programme MPC-MEL: Microelectronics, Master's, elective

Programme BPC-TLI: Telecommunication and Information Systems, Bachelor's, elective

Programme BPC-APE: English for Practice in Electrical Engineering and Communication Technologies, Bachelor's, elective

Programme MPC-KAM: Cybernetics, Control and Measurements, Master's, elective

Programme BPC-AMT: Automation and Measurement, Bachelor's, elective

Programme MPC-EKT: Electronics and Communication Technologies, Master's, elective

Programme MKC-EEN: Electrical Power Engineering, Master's, elective

Programme MPC-SVE: Power Electrical and Electronic Engineering, Master's, elective

Programme BKC-TLI: Telecommunication and Information Systems, Bachelor's, elective

Programme BKC-MET: Microelectronics and Technology, Bachelor's, elective

Programme BPC-AUD: Audio Engineering, Bachelor's
specialization AUDB-TECH: Audio Technology, elective

Programme BPC-AUD: Audio Engineering, Bachelor's
specialization AUDB-ZVUK: Audio Production and Recording, elective

Programme MPC-AUD: Audio Engineering, Master's
specialization AUDM-TECH: Acoustics and Audiovisual Technology, elective

Programme MPC-AUD: Audio Engineering, Master's
specialization AUDM-ZVUK: Audio Production and Recording, elective

52 hours, compulsory

Ing. Jan Dvořák, Ph.D.
Ing. Anna Kubánková, Ph.D.

1. Introduction to the laboratory, to the course, Packet Tracer software. Navigate the IOS, Configure Initial Switch Settings, Connectivity.
2. Basic Switch and End Device Configuration, Use Wireshark to View Network Traffic, Connect the Physical Layer, Connect a Wired and Wireless LAN
3. Use Wireshark to Examine Ethernet Frames, View Network Device MAC Addresses, View the Switch MAC Address Table
4. Identify MAC and IP Addresses, Examine the ARP Table, IPv6 Neighbor Discovery
5. Configure Initial Router Settings, Connect a Router to a LAN, Troubleshoot Default Gateway Issues
6. Basic Device Configuration, Subnet an IPv4 Network, Calculate IPv4 Subnets
7. VLSM Design and Implementation Practice, Configure IPv6 Addressing
8. Identify IPv6 Addresses, Implement and Verify a Subnetted IPv6 Addressing Scheme
9. Use ICMP to Test and Correct Network Connectivity, Observe DNS Resolution, Configure Secure Passwords and SSH
10. Secure Network Devices, Test Network Latency with Ping and Traceroute
11. Troubleshoot Connectivity Issues, Interpret show Command Output
12. Skills Integration Challenge, Troubleshooting Challenge
13. Revision and binding of the knowledges