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I have studied Applied Computer Sciences (with Business and Economics) at the University of Salzburg, Department of Computer Science. In April 2000 I have started working on my master's thesis ("Diplomarbeit") about distributed simulation which I have finished in August 2001.
I finally graduated on 29 October 2001 and was admitted to the degree of a "Diplom-Ingenieur". The graduation ceremony took place on 17 January 2002, see this press release (in German) from the University of Salzburg.
General Information
- Timetables
- first semester (WS 1996/1997)
- second semester (SS 1997)
- third semester (WS 1997/1998)
- fourth semester (SS 1998)
- fifth semester (WS 1998/1999)
- sixth semester (SS 1999)
- seventh semester (WS 1999/2000)
- eighth semester (SS 2000)
- ninth semester (WS 2000/2001)
- tenth semester (SS 2001)
- Attended Lectures
- Professors, Assistants, ...
- Some Useful Books for Studying Applied Computer Sciences
Work Related to Lectures
- Spezielle Anwendersysteme I, SS 1997 - Ifcico Referat (only available in German)
- Diskrete Simulation, SS 1998 - C++-SIM, Teil 3 (only available in German)
- Spezielle Anwendersprachen, SS 1998 - Threads++, Teil 3 (only available in German)
- Programmierpraktikum, SS 1998 - DataCast Receiver (only available in German)
- Kryptographie, WS 1998/99 - Multimedia Security, Teil 3 (only available in German)
- Projektpraktikum, SS 1999 - CORBA (only available in German)
- Bildverarbeitung, WS 1999/2000 - Hough Transformation für Geraden- und Kreiserkennung (only available in German)
- MMS-Hypertext, WS 1999/2000 - Vergleich der Linux-Benutzeroberflächen KDE und GNOME (only available in German)
- Monetäre Ökonomie, WS 1999/2000 - Europäische Zentralbank (only available in German)
- Mobilkommunikation 3, SS 2000 - p-persistent CSMA Kanalzugriff (only available in German)
- Patterns, SS 2001 - Proxy and Decorator Patterns
- Diplomarbeit, 2000/2001 - CORBA-based Conservative Distributed Discrete Event Simulation
Education is not received. It is achieved.
Real computer scientists despise the idea of actual hardware. Hardware has limitations, software doesn't. It's a real shame that Turing machines are so poor at I/O.
Recursive, adj.; see Recursive.
