System Architecture (Basispraktikum)

  • Type: Practical Work
  • Chair: System Architecture
  • Semester: WT 2008/2009
  • Place:

    HS -102 (Bldg. 50.34)

  • Time:

    Tuesday, 8.00 - 9.30

  • Start: 21.10.2008
  • Lecturer:

    Frank Bellosa, Gerd Liefländer

  • SWS: 4
  • ECTS: 6
  • Lv-No.: 24009
Talks, System Architecture (Basispraktikum), WT0809
Date Speaker Title Source

28.10.2008

Jonathan Dimond

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02.12.2008

Gerd Liefländer

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03.02.2009

Gerd Liefländer

04.11.2008

Gerd Liefländer

pdf, pps

10.02.2009

Gerd Liefländer

11.11.2008

Gerd Liefländer

pdf, pps

13.01.2009

Gerd Liefländer

pdf, pps

16.12.2008

Gerd Liefländer

18.11.2008

Gerd Liefländer

20.01.2009

Gerd Liefländer

21.10.2008

Gerd Liefländer

pdf, pps

25.11.2008

Gerd Liefländer

27.01.2009

Gerd Liefländer

28.10.2008

Dominik Bruhn

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09.12.2008

Atanas Dimitrov

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28.10.2008

Atanas Dimitrov

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23.12.2008

Mandatory Experiments (Experiment 1 and 2)
Title Add-on Source

Deadline: November 07, 2008, 15:00

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Deadline: December 03, 2008, 15:00

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Electable Experiments (Experiment 3)
Title Add-on Source

Deadline: January 14, 2009, 15:00

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Deadline: January 14, 2009, 15:00

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Deadline: January 14, 2009, 15:00

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Deadline: January 14, 2009, 15:00

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Deadline: January 14, 2009, 15:00

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Deadline: January 14, 2009, 15:00

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Deadline: January 14, 2009, 15:00

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Deadline: January 14, 2009, 15:00

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Electable Experiments (Experiment 4)
Title Add-on Source

Deadline: February 6, 2009, 15:00

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Deadline: February 6, 2009, 15:00

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Deadline: February 6, 2009, 15:00

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Deadline: February 6, 2009, 15:00

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Deadline: February 6, 2009, 15:00

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Deadline: February 6, 2009, 15:00

pdf, zip

Deadline: February 6, 2009, 15:00

pdf, zip

Deadline: February 6, 2009, 15:00

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Contents / Organization

Students interested in operating systems study how to tackle system related problems. Furthermore, students can learn how to program small and medium sized systems in Java. We focus on problems concerning concurrent processes especially on those with potential race conditions. Besides some wellknown concurrency problems like the dining philosopher-, the N-buffer, the producer-/consumer-, the reader-/writer-problem more application oriented competition problems will be discussed.

The course presupposes a solid knowledge of Java.

Programming, testing, and demonstrating the experimental results can be done in our lab (room 149). Every week we will have a meeting in the Multimediahörsaal (-102). Students can discuss the basic design and implementation problems and they can present their intermediate and final results. The intended experiments shouldn't take more than two or three hours per week per participant. Along with each experiment we will hand out a description of the experiment, i.e. a guideline how to proceed step by step. We expect that each team will document all their intermediate series of tests.

During the preliminary meeting on Tuesday, October 21, 2008, 8:00, in HS -102 (UG) we will fix the dates, arrange the groups, and talk about organizing details. If you have still questions about the course, please contact: Mr. Dipl.-Math. G. Liefländer, Room 160, Building 50.34, E-Mail: liefatira.uka.de

Literature

Stallings, W.: Operating Systems: Internals and Design Principles, Prentice Hall, 4th ed. 2000
Bacon, J.: Concurrent Systems, Addison-Wesley, 2nd ed. 1997
Silberschatz, A., Peterson, J.L., and Galvin, P.C.: Operating Systems Concepts, Addison-Wesley, 5th ed. 1998
Tanenbaum, A.: Modern Operating Systems, Prentice Hall, 2nd ed. 2001
Bovet, D., Cesati, M.: Understanding the Linux Kernel, O'Reilly, 2001
Beck, M.: Linux Kernel Programmierung, Addison-Wesley, 3rd ed. 2002

Java online tutorials:

Java downloads: