* Understanding in statistical sense the behavior of pedestrian crowds by means of large volume of real-world experimental data and mathematical models.
* Development of reliable pedestrian tracking systems (Python, C, C#, Matlab, DB) working in real-world scenarios (Eindhoven train station, Eindhoven University) on a 24/7 basis. (Several million of highly resolved pedestrian trajectories acquired).
* Understanding in statistical sense the behavior of pedestrian crowds by means of large volume of real-world experimental data and mathematical models.
* Development of reliable pedestrian tracking systems (Python, C, C#, Matlab, DB) working in real-world scenarios (Eindhoven train station, Eindhoven University) on a 24/7 basis. (Several million of highly resolved pedestrian trajectories acquired).