Dit vak wordt in het Engels aangeboden. Omschrijvingen kunnen daardoor mogelijk alleen in het Engels worden weergegeven.
Doel vakTo learn how to identify different types of mental
and social processes; to understand how individual and social behaviour
emerges from mechanisms known from Cognitive, Affective and Social
Neuroscience, and from Cognitive and Social Sciences; to be able to
construct network models for mental and social interaction processes; to
perform analysis based on these models using Network-Oriented Modeling
software tools and empirical data.
Inhoud vakThis course is a multidisciplinary course, also accessible for students
from other disciplines such as Neuroscience, Psychology or Social
Sciences. Behaviour dynamics occurs in different forms, contexts and
complexity. Complexity can occur in the mental processes within persons
or in social interaction processes, or in both. Both types of processes
can be adaptive: mental processes can change due to learning, and social
interactions can also evolve over time. Theories and findings from
Cognitive, Affective and Social Neuroscience and also from Cognitive and
Social Sciences are presented and used to get insight in the underlying
mechanisms that form a solid scientific basis for modelling of these
processes. In the course a Network-Oriented Modeling approach based on
temporal-causal networks is used to model both these internal mental
processes (as networks of mental states) and social interaction
processes (as social networks). During the course several examples are
studied. These examples cover imagination and dreaming by internal
simulation, integration of emotions in all kinds of mental and social
processes, learning of emotion regulation, ownership and attribution of
actions, empathic social responses, empathic joint decision making,
development of shared understanding and collective action, and different
principles for evolving social networks.
The dynamics of such processes is modeled, simulated and analysed
(including verification and validation) in this course using dedicated
and easy to use modelling environments for Network-Oriented Modeling; no
programming is needed. In the last few weeks of the course a more
ambitious final assignment is addressed, which can be worked out to a
paper that may be submitted to an international conference where it
could be presented and provide a publication.
OnderwijsvormCombinations of lectures and practical assignments.
ToetsvormPractical assignments and a final assignment.
Presentation of the final assignment
LiteratuurTreur, J., Network-Oriented Modeling: Addressing Complexity of
Cognitive, Affective and Social Interactions. Series on Understanding
Complex Systems, Springer Publishers, October 2016.
Free downloadable from the VU at doi:
Table of Contents: http://www.few.vu.nl/~treur/cve/Papers/NOMToC.pdf
DoelgroepmAI and multidisciplinary master studies from Psychology, Neuroscience
|Faculteit||Faculteit der Bètawetenschappen|
|Vakcoördinator||prof. dr. J. Treur|
|Examinator||prof. dr. J. Treur|
prof. dr. J. Treur
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