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The research project is the core part of this course. Students are required to implement an established mathematical model from the (sociological or related) literature in MATLAB. The final grade in the course is based on a 15 min. oral presentation and a written 30-40 pages report (including source code) detailing the project.
The project work may be completed in groups of one to three people - we recommend to work at least in pairs such that the work load for each student is not too large. Project topic suggestions with literature reference will be made available below. There will be enough time to select a project among the suggested topics or a topic of a student's choice that is in accordance with the framework of the course. Students are then asked to submit a short proposal detailing their intended research project; a template for the project proposal and an example proposal will be made available below.
Download: proposal template (.docx, .doc)
Please find below the alphabetical list of projects topics we suggest this term. Each zip-archive contains one or several papers on the respective topic.
If you have an interesting project idea not listed below that you would like to realize, please approach us with a short but conclusive description of your project idea and provide us with the paper(s) you would like to base the project on.
01 - Artificial Financial Markets
07 - Emergence of Norms and Culture
10 - Friendship Network Formation
17 - Self-organized Criticality
18 - Social Networks Evolution
19 - Specialization/ Division of Labor
"Sponsored" Projects proposals:
23 - Modeling (Peer) Review in Science
24 - Sequential Investment Game
The files below
contain an assortment of project reports from the previous semester.
Please look through some of the reports to get an idea for the kind of
work we are expecting from you. Note that we are very aware of the
projects that have been previously completed in the course and we want
to remind you that copying of previously submitted work will result in
automatic failure of the course.
Agent Based Financial Markets Model - Author(s): F. Müller-Reiter, M. Wyss
Modeling Civil Violence_- Author(s): A. Grimm, M. Koller, Z. Solèr
Train Boarding Platform Simulation_- Author(s): D. Graf, M. Krebs
Modeling the 2010 Love Parade Evacuation - Author(s): C. Fougner, J. Guthrie
Innovation Diffusion - Author(s): F. Oberholzer, J. Süess
Language Formation - Author(s): A. Apostolou, D. Bolis
Opinion Formation in a Continuous Network-based Model - Author(s): J. Hildebrand, J. Bär, R. Fuchs
Division of Labour in Insect Societies - Author(s): A. Stamp, K. Wang
Formation of Human Trail Systems - Author(s): J. Pfefferle, N. Pleschko
Modeling Knowledge Sharing - Author(s): E. Aksüyek, H. Garriga
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