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

 Advanced Data Bases  Internet Technologies  The object-oriented Approach and Java Programming. Prof. Seipel Prof. Tran-Gia Prof. Wolff von Gudenberg. Agenda. Formal Aspects Lectures Advanced Data Bases Internet Technologies The object-oriented Approach and Java Programming Questions.

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

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  1.  Advanced Data Bases Internet Technologies  The object-oriented Approach and Java Programming Prof. Seipel Prof. Tran-Gia Prof. Wolff von Gudenberg

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

  3. Formal Aspects • 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 8 8 4 7

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

  5. 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

  6. 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 AdministrationGisela Förster

  7. Next Generation Networks Modelling and Performance Analysis Wireless Networks P2P & Self-Organizing Networks Research Areas

  8. abstract model simulation analytic methods detailled model simulation Abstract model hardware simulation detail system model measurement real system or network Performance Analysis Methods

  9. Space Master Lecture: Internet Technology

  10. 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

  11. 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

  12. 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

  13. 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

  14. 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

  15. 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@informatik.uni-wuerzburg.de • Chair of Distributed Systems (Informatik III), Room A206

  16. Questions

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