Tsunami Simulation - Winter 14: Difference between revisions

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= Timeline =
= Timeline =
* Info session: ''Mon, Jun 30, 13.30''' in room '''MI 02.08.011''' (attend for guaranteed registration)
* Info session: '''Mon, Jun 30, 13.30''' in room '''MI 02.08.011''' (attend for guaranteed registration)
* questions in advance? -> [[Alexander Breuer]]
* questions in advance? -> [[Alexander Breuer]]



Revision as of 15:20, 16 June 2014

Term
WS 14
Lecturer
Univ.-Prof. Dr. Michael Bader
Alexander Breuer
Time and Place
info session on Mon, Jun 30, 13.30 in room MI 02.08.011
Audience
Bachelor-Praktikum (Modul IN0012) Studenten der Informatik (Bachelor)
Tutorials
-
Exam
-
Semesterwochenstunden / ECTS Credits
10 Credits
TUMonline
tba



Description

In this lab course we systematically address modern software engineering approaches in an application driven context: Tsunami simulations. Starting from implementation of a solver in a one dimensional setting, the complete process over integration in an existing framework to optimization and parallelization is covered. During this process key issues of software engineering are dealt with: versioning, documentation, unit testing, file I/O, ..

During the course, assignments are to be solved by groups of three participants each followed by presentations in regular meetings. A project phase with individual study projects chosen by the groups completes the lab course.

Requirements

  • Knowledge of object oriented programming
  • Interest in a challenging but exciting topic

The spoken language in the meetings is German, slides and assignments are in English.

Timeline

  • Info session: Mon, Jun 30, 13.30 in room MI 02.08.011 (attend for guaranteed registration)
  • questions in advance? -> Alexander Breuer

Examples

Live visualization of the February 2010 Chilean tsunami using OpenGL.


Propagation of the 2011 Tohoku tsunami.


Run-up of the 2011 Tohoku tsunami.


Dart station comparison of the 2011 Tohoku tsunami.


Sketch of the Finite Volume method with shock waves arising in the Riemann solutions.