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 Advanced Data Bases Internet Technologies  The
object-oriented Approach and Java Programming

• Prof. Seipel
• Prof. Tran-Gia
• Prof. Wolff von Gudenberg

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Agenda

• Formal Aspects
• Lectures
• Advanced Data Bases
• Internet Technologies
• The object-oriented Approach and Java Programming
• Questions

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Formal Aspects
8
8
4
7

• Module B Programming, Embedded Control,
  Communication
• Student Labour Input 105 h
• 3.5 ECTS Points for each of the 3 lectures
• At least 2 lectures required

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Chair of Distributed Systems(Lehrstuhl für
Informatik III)Institute of Computer Science
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Institute of Computer Science

• Informatik I Prof. Dr. H. Noltemeier, Prof. Dr.
  D. Seipel
• Information Structures and Knowledge Based
  Systems
• Informatik II Prof Dr. J. Albert, Prof. Dr. J.
  Wolff von Gudenberg
• Programming Languages and Methodology
• Informatik III Prof. Dr. P. Tran-Gia
• Distributed Systems, Communication Networks
• Informatik IV Prof. Dr. K. W. Wagner
• Theoretical Computer Science
• Informatik V Prof. Dr. R. Kolla
• Computer Engineering, VLSI Design
• Informatik VI Prof. Dr. F. Puppe
• Artificial Intelligence and Applied Computer
  Science
• Informatik VII Prof. Dr. K. Schilling
• Robotics and Telematics

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Chair of Informatik III Staff

• Chair Phuoc Tran-Gia, Prof. Dr.
• Research staff members
• Michael Duelli
• Mathias Hartmann
• Robert Henjes
• Dr. Tobias Hoßfeld
• David Hock
• Alexander Klein
• Dominik Klein
• Frank Lehrieder
• Dr. Michael Menth
• Simon Oechsner
• Rastin Pries
• Daniel Schlosser
• Barbara Staehle
• Dr. Dirk Staehle
• Florian Wamser
• Thomas Zinner

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Research Areas
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Performance Analysis Methods
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Space Master Lecture Internet Technology
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Chapter 6 Internet

• 6.1 Structure and basic mechanisms
• 6.1.1 Evolution and Structure of Internet
• 6.1.2 Addressing
• 6.1.3 Address Resolution
• 6.1.4 User Model
• 6.2 Internet Protocol (IP)
• 6.2.1 IP datagram format
• 6.2.2 IP version 6 (IPv6)
• 6.3 Transmission Control Protocol (TCP)
• 6.3.1 Protocol structure
• 6.3.2 TCP segment format
• 6.3.3 Connection control in TCP
• 6.3.4 Flow control and congestion control in
  TCP
• 6.3.5 TCP traffic characteristics

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Chapter 6 Internet

• 6.4 Routing in the Internet
• 6.4.1 Goal and motivation
• 6.4.2 Distance vector routing protocols
• 6.4.3 Link-state routing protocols
• 6.4.4 Routing protocol examples
• 6.5 IP Network Management
• 6.5.1 SNMP Overview
• 6.5.2 Organizational model
• 6.5.3 Functional model
• 6.5.4 Communication model
• 6.5.5 Information model

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Chapter 7 Mobile Communications Networks

• 7.1 Introduction
• 7.1.1 History of mobile communication
• 7.1.2 Fundamental concepts of mobile
  communication systems
• 7.1.3 Multiplexing schemes in mobile
  communication networks
• 7.2 GSM-Technology
• 7.2.1 Characteristics and network structure
• 7.2.2 Example for connection establishment
• 7.2.3 GPRS General Packet Radio Service
• 7.3 3rd Generation Mobile Networks - UMTS
• 7.3.1 Characteristics of 3rd generation mobile
  networks
• 7.3.2 UMTS network architecture
• 7.3.3 Fundamentals of (Wideband) CDMA
• 7.3.4 Important control mechanisms in UMTS
• 7.3.5 Soft capacity and coverage area

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Internet Technologies

• Course consists of
• Mandatory practical exercise
• Lecture
• Theoretical weekly written exercises
• Exam
• Student Labour Input 105 h
• 55 h practical exercises (!)
• Recommended requirements
• Basic knowledge in Linux operating system

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Timetable

• Lecture
• Prof. Dr. P. Tran-Gia
• Date and Location Wed, Thu 10.00-11.30, Zuse-HS
• Begin 2009/12/02, 10.00, Zuse-HS
• Exercise
• Dipl.-Inform. Florian Wamser
• Date and Location Thu 11.45-13.15, SE III
• Begin to be announced

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Contact

• Further information university calendar WWW
• URL http//www3.informatik.uni-wuerzburg.de/ -
  Teaching WS 2009/10 - Internet Technologies
  (for SpaceMasters)
• Contact person
• Florian Wamser,
• Email florian.wamser_at_informatik.uni-wuerzburg.de
• Chair of Distributed Systems (Informatik III),
  Room A206

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Questions