Modeling and Simulating Social Systems with MATLAB

Main content

Spring Semester 2012


The course will take place every Monday from 5.15 to 6.45 pm in room HG E26.1. Lectures are divided into two parts: in the first 30-40 minutes the material of the respective lecture is covered, the remainder of the 90 minutes lecture consists of supervised exercises.

Final Presentations
You may now find the schedule for the oral presentations below. Remember, each group is asked to present for only 15 minutes and to reserve 5 minutes for questions. Please note that the deadline for the written project reports is already on Friday May 25th 2012 at midnight (sharp).
Groups registered (PDF, 28 KB) (updated May 25th)

Important Links:

Projects page
GitHub Repository of the Course


(please use "save link as" to download) (LaTeX) (ZIP, 59 KB), reportTemplate.doc (DOC, 30 KB), ETH Declaration of Originality (PDF, 284 KB)

Course Material

Please find the list of lectures below; the course material for each week will be made available here around noon on the day of the lecture.

1 - Introduction to the Course, to Modeling, MATLAB and GIT Introduction: Course, (PDF, 1.3 MB) MATLAB (PDF, 655 KB), GIT (PDF, 494 KB), Exercises: Solutions 1-3 (ZIP, 3 KB)
2 - Plotting/Statistics in MATLAB; First Steps in GIT; Research Proposal & Project
Proposal (PDF, 1.3 MB), GIT (PDF, 461 KB), Plotting & Statistics (PDF, 1.1 MB), cities.m (M, 4 KB), countries.m, (M, 7 KB) additional Material on 2D ploting (ZIP, 631 KB)
3 - Dynamical Systems; Git Connected Dynamical Systems (PDF, 1.3 MB), GIT (PDF, 579 KB), pendulum.m (M, 601 Bytes), lorenzattractor.m (M, 699 Bytes)
4 - Cellular Automata
Cellular Automata (PDF, 2.3 MB), draw_car.m (M, 764 Bytes), simulate_cars.m (M, 2 KB), simulate_cars_video.m (M, 2 KB), simulate_cars_video_w7.m (M, 2 KB), disease.m (M, 2 KB); Exercises: Solutions (ZIP, 2 KB)
5 - Game Theory and Agent-based modeling
Game Theory, ABM (PDF, 1.3 MB), iterated Prisoner's dilemma code (ZIP, 2 KB)
6 - Introduction to Graphs/Networks
Introduction to Networks (PDF, 2.7 MB), More material on github.
7 - Simulations with Networks
Simulations with Networks (PDF, 2.2 MB), More material on github.
8 - Continuous Space Simulations
Continuous Modeling (PDF, 1.8 MB)  
9 - Optimization and Parallelization
Optimization (PDF, 407 KB), example code (ZIP, 5 KB)
10 - Statistical Tests, Final Report and Scientific Writing
Report Writing (PDF, 1.2 MB)
11 - Evolutionary Stability and Replicator Dynamics
Evolutionary Stability (PDF, 8.4 MB), More material on github.
Page URL:
Wed Jun 28 19:34:34 CEST 2017
© 2017 Eidgenössische Technische Hochschule Zürich