This course invites you to connect your findings with those of your peers and collaborate on research-based projects.
Human processes of all kinds are complex and adaptive. Mental, social, and health-related processes can all change and adapt over time with human behavior. Thought-based processes can change as a result of learning, social interactions can evolve over time, and health-related processes are susceptible to change too.
This course will present theories and findings from a wide range of disciplines, including various branches of cognitive, social, health, and neuroscience, to gain insight into underlying mechanisms of human processes that can be exploited in human-AI modeling and simulation. The various scientific theories form a factual basis for modeling the processes. We can understand these often adaptive mechanisms through causal relations and causal pathways, which we can model as networks. Using this theoretical framework and the software provided, students can easily simulate a variety of scenarios.
During the second week, students will carry out activities that could lay the foundations for a publication that can be finished later on in the course. This course introduces a network-oriented modeling approach based on adaptive networks. This approach is useful for modeling social interactions and mental and health-related processes within their respective networks.
These network models cover the dynamics of causal effects, changing causal connections, and excitability or sensitivity thresholds. Higher-order adaptiveness is another topic covered in the course, which includes the role of metaplasticity and the extent to which plasticity occurs in the field of cognitive neuroscience.
Assessment is based on the assignments. In the second week of the course, a final assignment is addressed, which might be worked out to a paper that may be submitted to an international conference, where it could be presented and provided a publication. For this, support is provided also after the course.
Course overview
Coordinating lecturer: Jan Treur
Other lecturer: Gülay Canbaloğlu
Forms of tuition: lectures & assignment sessions
Forms of assessment: assignments
Credits: 3 ECTS
Contact hours: 60 hours
Tuition fee: read more about our fees, discounts, and scholarships
Who can join?
Students or professionals interested to learn more on modeling and computer simulation of mental, social and health-related processes. This may concern Ph.D., Master or Bachelor students or any other types of interested students from any discipline. No programming nor modeling experience is needed.
For further information, please click the "LINK TO ORIGINAL" button below.