Advanced Network Architectures and Services 1

General Information:	Elective Course (winter term)
Course Number:	72454
Credit Hours:	2 1 -
Room:	Multimedia-Hörsaal, 0406
Time:	Lecture: Tuesday, 16:45 – 18:15; Tutorial: Tuesday, 16:00 – 16:45 (right before lecture) First lecture: Tuesday, Oct. 25, 2011 at 16:00 (Date and time changed!)
Language:	English
Prerequisites:	strongly recommended KN1; useful KN2 or BBN/BCN
Exam:	Oral Exam: Tuesday/Wednesday/Thursday, February 7/8/9, 2012

Exam Details

Date:

February 7th, 8th, 9th, 2012

Location:

Room 1967 (LKN)

Duration:

30 min, oral

Utilities:

none allowed.

Language:

German or English

Note:

Important:
Please bring your student ID and valid passport to the exam!
MVV cards and any other non-governmental ID can and will not be accepted!

If you are not sure about your exam time slot, please contact Dr. Wolfgang Kellerer.
If you cannot attend the exam, please inform me beforehand in any case!

Last update: February 1, 2012

date / time	matriculation no.
Tuesday, Feb. 7; 16:00–16:30	03616209
Tuesday, Feb. 7; 16:30–17:00	03084720

Tuesday, Feb. 7; 17:15–17:45	03289340
Tuesday, Feb. 7; 17:45–18:15	03616170

Tuesday, Feb. 7; 18:30–19:00	03616154
Tuesday, Feb. 7; 19:00–19:30	03296945
Tuesday, Feb. 7; 19:30–20:00	03616187

Wednesday, Feb. 8; 16:00–16:30	03601003
Wednesday, Feb. 8; 16:30–17:00	03022047

Wednesday, Feb. 8; 17:15–17:45	03632289
Wednesday, Feb. 8; 17:45–18:15	03615876

Wednesday, Feb. 8; 18:30–19:00	03295110
Wednesday, Feb. 8; 19:00–19:30	03615894
Wednesday, Feb. 8; 19:30–20:00	03615880

Thursday, Feb. 9, 17:15–17:45	03297153
Thursday, Feb. 9, 17:45–18:15	03297168

Thursday, Feb. 9, 18:30–19:00	03615913
Thursday, Feb. 9, 19:00–19:30	03616112
Thursday, Feb. 9, 19:30–20:00	03615893

Course Outline

The networking world is evolving constantly. Previously separated networks such as telephone networks, cellular networks and the Internet are converging and soon all services will be provided based on IP-networks. Next Generation Networks (NGN) describe such architectures where services are provided across different networks based on the Internet paradigm. In addition to traditional, operator controled services, so called Peer-to-Peer (P2P) services are emerging in such environments. P2P systems are based on the user's devices rather than on heavy network infrastructure and thus mark a paradigm shift in communications networking. This course will introduce into the most important communication network and service architectures in IP-based mobile and fixed line communication networks. One part of the lecture addresses the evolution of traditional telecommunication systems towards the Internet starting from Internet telephony to the IP Multimedia Subsystem, which is used in UMTS for push-to-talk and presence services today. The second part is deadling with Peer-to-Peer technologies and services. The general focus is on upper layer (above TCP/IP) communication protocols. The course teaches the basic protocols and algorithms for signaling and P2P overlay networking as well as practical aspects of system evaluation and Internet standardization.

Course Material

Lecture notes and slides

Lecturer

Dr.-Ing. Wolfgang Kellerer
DOCOMO Communications Laboratories Europe GmbH
München

Topics

The course covers the following subjects:

Peer-to-Peer networks and Next Generation Networks
Mobile and fixed network architectures
Signaling Networks
Intelligent Networks: IN and CAMEL
IP-based multimedia systems: VoIP, SIP
IP Multimedia Subsystem (IMS)
Standardization (IETF, 3GPP)
Mobile Internet (WAP)
Peer-to-Peer systems principles
Unstructured P2P (Gnutella)
Structured P2P (Chord, CAN, Kademlia)
P2P data delivery (BitTorrent)
P2P applications (VoP2P/Skype)
Mobile P2P
Introduction to system evaluation (analytical, performance simulation)

Course Goals

Understand the problems of service support in IP-based next generation networks (application and session layer)
Understand common principles of (mobile) service systems and understand design decisions behind standardized mobile service platforms
Understand common principles of Peer-to-Peer systems and their usefulness to networking
Be able to assess the capabilities of service enabling network technology

Contact Person:

Wolfgang Kellerer