Projects
Connections for cognition: A cognitive neurocomputational perspective on human flexibility Ghent University
Humans can rapidly and flexibly adapt to task requirements; consider for example the steps we take for executing a novel arithmetic problem. This flexibility is poorly understood, although it is crucial in daily life (e.g., education, traffic, social interaction, …). We address this issue by framing flexibility in a cognitive neurocomputational perspective.
Connections for cognition: A cognitive neurocomputational perspective on human flexibility Ghent University
Humans can rapidly and flexibly adapt to task requirements; consider for example the steps we take for executing a novel arithmetic problem. This flexibility is poorly understood, although it is crucial in daily life (e.g., education, traffic, social interaction, …). We address this issue by framing flexibility in a cognitive neurocomputational perspective.
The Value of Time: A neurocomputational model of action sequences Ghent University
Human brain systems have their own functional expertise. As they interact, these systems allow
for efficient goal-directed behavior. Yet, the interaction between systems is poorly understood.
The “action” system represents the sequence of actions needed to perform some task; for
instance, the sequential actions a drummer performs to hit the drums. The “when” system
represents the time at which actions need to be ...
Emergence of visual Gestalt properties in a dynamic neural system. KU Leuven
How brain structure influences brain functioning, a mechanistic model to improve our understanding of cognitive impairment in Multiple Sclerosis. Vrije Universiteit Brussel
Modeling and development of coupled nonlinear electromechanical resonato rs/oscillators showing collective/emergent behavior to external stimuli KU Leuven
This works aims at exploring the collective behavior on arrangements of nonlinear micro-electromechanical (MEMS) oscillators. Collective and emergent behaviors are observed in a variety of situations. Interesting and important phenomena can be found in the study of synchronization, pattern formation, complex systems, emergence, self-organization and nonlinear dynamics.
A previous work demonstrated that a MEMS micro-beam resonator ...