Final Presentation

Instructions for Presenters

• Presentations are individual.
• Prepare a talk of 10 minutes, after each talk there will be room for questions.
• The presentation must include the following:
  • A cover slide (title, name, date, Communications Systems Lab Course, IFI, UZH)
  • 4-6 content slides.
  • A conclusion slide.
• Time is limited: Focus on the core of the topic, do not waste time introducing basics.

Instructions for the Audience

• Each student needs to make at least one question a presentation.
• Each presentation will have a maximum of two questions, due to the limited time
   

Note:

• Deadline for topic selection is 22.11.2022. The order of presentations will be distributed as soon as all the topics were assigned.
• Topic conflicts: usually a topic can be split in two parts, we will contact participants individually to solve conflicts.
• Send your slides until Monday morning before the presentation as Power Point, Open Office Document or PDF. 
• Presentation Date: will happen after the last laboratory session. Time slots will be announced as soon as the topics were assigned.

Remember:

• Active participation in the presentation sessions is part of the requirements to successfully complete this course and receive the ECTS. Thus, students have to be present at both presentation dates, even if they are not giving the talk.
• If students miss a presentation session they have to hand in a written report detailing the presented topic. The report must cover 4 pages written in 2 column IEEE template ( e.g. in LaTex: \documentclass[10pt, conference]{IEEEtran}) handed in by the day of the recap date (08.12).

Topics

To request a topic send an email to the vonderassen AT ifi.uzh.ch. Topics will be assigned according to FCFS. Also, it is possible to suggest topics as long as they are related to any of the content given in the lab and are not conflicting with the list below.

1. a) Blockchain and Smart Contracts / b) Smart Contracts Applications
2. BOOTP and DHCP protocol
3. a) Domain Name System  (DNS) / b) DNS over HTTPS (DoH)
4. a) Software-Defined Networks - Basics and Applications / b) Network Function Virtualization
5. Virtual LANs - 802.1q
6. Tunneling Protocols
7. Honeypot - Principles and Applications
8. Network QoS Support in Linux
9. IPv6 Overview and IPv6 Addressing (IPv6 Header, features, address types, scopes etc.)
10. Neighbor Discovery in IPv6 and ICMPv6 (Auto-configuration, Router/Prefix Discovery, Address Resolution, DAD etc.)
11. Public Key Infrastructure and Certificates
12. Routing Overview (what is routing, distance vector vs. link state, intra-domain vs. inter-domain etc.)
13. Firewalling and NAT in Linux with Iptables
14. Multicasting and the IGMP Protocol
15. Virtual Private Networks
16. IPSec
17. VoIP
18. Web Application Security
19. Kubernetes Networking
20. Data Center Networks
21. IoT Network Protocols
22. Ultra-wideband Networks (UWB)
23. Near-field Communicatoin (NFC)
24. Long Range Wireless Networks (e.g., LoRa)
25. 5G and 6G
26. Network Management
27. DDoS Attacks and Mitigation
28. Web-related Networking Concepts - either (a) HTTP/3 (b) WebRTC
29. mDNS and Service Discovery
30. You can suggest a topic (send an e-mail to the supervisors to be confirmed)

Assigned Topics