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Internet Routing (Lecture, SoSe 2015)
In this lecture, you will learn and understand the concepts and tools that allow you to surf the Internet.
- Review: How the Internet works
- Overview of Internet routing
- Routing vs switching
- Link state vs. distance vector
- Introduction to wireless
- The wireless channel, 802.11
- Wireless routing in the beginning
- DSR, AODV
- Intra-domain routing
- RIP, OSPF
- Inter-domain routing, BGP
- End-to-end effect, topology inference
- Traffic engineering and MPLS
- Wireless Internet routing
- Wireless routing metrics, gateway selection and discovery
- OLSR
- New Internet routing architectures
- Selected topics in wireless routing
- Overlay/underlay interactions
Overview
| Lecturers: | Anja Feldmann |
| Additional contact person: | Apoorv Shukla |
| Event typ: | Lecture (Vorlesung) |
| Area: | Diplom Informatik: Operating and Communication Systems / Betriebs- und Kommunikationssysteme (BKS) Master of Computer Science: Communication-Based Systems (Master Informatik: Kommunikationsbasierte Systeme) Master of Computer Engineering: Technical Applications (Master Technische Informatik: Technische Anwendungen) Bachelor of Computer Science: Communication Technology (Bachelor Informatik: Kommunikationstechnik) Bachelor of Computer Engineering: Computer Engineering (Bachelor Technische Informatik: Technische Informatik) |
| Modules: | Part of the modules MINF-KT-NA/VTK.S13, MINF-KT-NA/VTG.S13 |
| SWS: | 2 |
| ECTS/LP: | 3 |
| Time: | fridays, 10–12 a.m., weekly |
| first meeting: | 17 April 2015 |
| Room: | MAR 0.008 |
| Course ID: | 0432 L 814 |
| Audience: | bachelor students after their basic studies (from the fifth semester on), master students, and Diplom students |
| Prerequesites: | basic studies / basic modules as well as the lectures "Network Protocols and Architectures" (Prof. Feldmann), "TechGI 4" (Prof. Wolisz), or equivalent |
| Exam: | tba |
| further information: | see ISIS |
Registration
If you are interested in attending please make sure you are subscribed to this course in ISIS to receive infomration and announcements.
A module registration is also required for Bachelor and Master students. Further information will be given in the lecture and via ISIS.
Slides
- 00. General Information PDF, 79 KB
- 01. Introduction PDF, 538 KB
- 02. Review IP PDF, 258 KB
- 03. Review Link PDF, 389 KB
- 04. Router Overview and RIP PDF, 452 KB
- 05. RIP PDF, 68 KB
- 06. BGP PDF, 458 KB
- 07. MPLS and Applications PDF, 1 MB
- 08. Cloud Introduction PDF, 1 MB
- 09. Virtual Networks and Utility Computing PDF, 1 MB
- 10. (annex) SDN for Cloud PDF, 87 KB
- 10. SDN for Cloud PDF, 1 MB
- 11. (annex) Virtual Networks and Utility Computing PDF, 48 KB
- 12. Wireless Networks PDF, 1 MB
Literature
- James F. Kurose and Keith W. Ross. Computer Networking: A Top-Down Approach. Addison-Wesley, fourth edition, 2007. (englisch), online version (preliminary version of 1st edition, password will be given during the course)
Disclaimer and Acknowledgements
Lots of content borrowed from/inspired by:
- Computer Networking: A Top Down Approach Featuring the Internet, 3rd edition. By Jim Kurose and Keith Ross, Addison-Wesley, July 2004 (see below).
- Mobile Ad Hoc Networks: Routing, MAC and Transport Issues, Infocom 2006 Tutorial by Nitin Vaidya (www.crhc.illinois.edu/wireless/tutorials.html)
- Computer Networks, EPFL-IC, Fall 2008, Jean-Pierre Hubaux and Mohammad Hossein Manshaei (compnet.epfl.ch)
- Mobile Networks, EPFL-IC, Spring 2009, Jean-Pierre Hubaux (mobnet.epfl.ch)
- Optimized Link State Routing, Andreas Tønnesen (www.olsr.org/?q=links)
- Cigdem Sengul, 802.11s tutorial
- Wikipedia (but be cautious …)
