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Year: |
4th TST (Telecommunications) -
English |
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Course: |
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Laboratory: |
Assistant
Professor Bogdan Rus, Ph.D. Assistant
Robert Botez, Ph.D. student |
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C O U R S E S |
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Course 1: 30.09.25 08 am -10 am |
Introduction Network Layer Routed Protocols |
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Course 2: 07.10.25 08 am -10 am |
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Course 3: 07.10.25 2 pm - 4 pm |
5. IPv6
Protocol: Extension Headers 6. IPv6
Protocol: Types of Addresses In advance instead of 14.10.25
at 8 am–10 am. |
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Course 4: 21.10.25 08 am - 10 am |
7. IPv6
Protocol: Unicast Addresses |
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Course 5: 28.10.25 08 am - 10 am |
10. IPv6
Protocol: Conclusions |
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Course 6: 04.11.25 08 am -10 am |
13. IP in IP Encapsulation Transport Layer Protocols 14. TCP Protocol: Header Format |
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Course 7: 11.11.25 08 am -10 am |
15. UDP Protocol: Header Format 16. SCTP Protocol: Header Format 17. Client-Server Architectures |
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Course 8: 18.11.25 08 am -10 am |
18. TCP Connection Management Application Layer Routing Protocols 19. Routing Protocols:
Definitions |
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Course 9: 25.11.25 08 am -10 am |
20. Distance-Vector Based
Routing Protocols: RIPv1, RIPv2, RIPng 21. Routing Loops Prevention |
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Course 10: 02.12.25 08 am -10 am |
Network Layer Routing Protocols 22. Link State Based Routing
Protocols: OSPFv2, OSPFv3 |
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Course 11: 09.12.25 08 am -10 am |
TCP Congestion Control 23. TCP Congestion Control 24. “Slow start” and Congestion
Avoidance Algorithms (optional) |
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Course 12: 16.12.25 08 am -10 am |
25. Timers for TCP Congestion
Control 26. Jacobson’s Algorithm 27. Karn’s Algorithm 28. Bakre-Badrinath’s and Balakrishnan’s Algorithms |
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Course 13: 13.01.26 08 am -10 am |
Future Internet 29. A Short History of Internet (optional) 30. SDN and its Interaction with OpenFlow,
OpenStack, NFV, OpenDaylight, MPLS, 5G, B5G and 6G (optional) |
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Course 14: 20.01.26 08 am -10 am |
* Review * Examples of subjects given at
exams in 2024-2025 |
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L A B O R A T O R I E S |
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Lab. 1: 01.10.25 8 am - 12 pm 03.10.25 4 pm - 6 pm |
* Organizing the laboratory
teams |
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Lab. 2: 08.10.25 8 am - 12 pm 10.10.25 4 pm - 6 pm |
2. Linux and Windows-Based Commands for TCP/IP w, who, finger, ping, traceroute, tracert, telnet, ssh, putty, ftp, ws_scp, Alpine |
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Lab. 3: 15.10.25 8 am - 12 pm 17.10.25 4 pm - 6 pm |
3. Linux and Windows-Based
Commands for TCP/IP (IPv6) 4. Wireshark Packet Analyzer |
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Lab. 4: 22.10.25 8 am - 12 pm 24.10.25 4 pm - 6 pm |
5. Configuration of
Linux/Windows Workstations/Servers for IPv4/IPv6 |
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Lab. 5: 29.10.25 8 am - 12 pm 31.10.25 4 pm - 6 pm |
6. Socket
Applications for Client-Server Architectures: Berkeley sockets |
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Lab. 6: 05.11.25 8 am - 12 pm 07.11.25 4 pm - 6 pm |
* Working on mini project (step
1)
(0/0.25/0.5 points) |
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Lab. 7: 12.11.25 8 am - 12 pm 14.11.25 4 pm - 6 pm |
* Working on mini project (step
2) (0/0.25/0.5 points) |
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Lab. 8: 19.11.25 8 am - 12 pm 21.11.25 4 pm - 6 pm |
* Working for mini project (step
3)
(0/0.25/0.5 points) |
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Lab. 9: 26.11.25 8 am - 12 pm 28.11.25 4 pm - 6 pm |
* Working on mini project (step
4) |
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Lab. 10: 03.12.25 8 am - 12 pm 05.12.25 4 pm - 6 pm |
Defending the mini project No other project defending will be organized during academic year
2025-2026!!! |
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Lab. 11: 10.12.25 8 am - 12 pm 12.12.25 4 pm - 6 pm |
7.
ARP Data Link Layer/
Network Layer Protocol 8. RARP Data Link Layer/ Network Layer Protocol 9.
ICMP Network Layer Protocol 10.
DHCP Application Layer Protocol 11.
DHCPv6 Application Layer Protocol 12. DNS Application Layer Protocol |
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Lab. 12: 17.12.25 8 am - 12 pm 19.12.25 4 pm - 6 pm |
13. RIP
Application Layer Protocol |
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Lab. 13: 14.01.26 8 am - 12 pm 16.01.26 4 pm - 6 pm |
14. Experiments with RIPv1,
RIPv2, and RIPng using Packet Tracer Software_v7.2.2 +
Software_v8.2.0 + Configuration_file |
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Lab. 14: 21.01.26 8 am - 12 pm 23.01.26 4 pm - 6 pm |
Laboratory Recovery No other laboratories will be allowed to be
recovered during academic year 2025–2026! |
Last
update: 27 October 2025