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Project
Connections for cognition: A cognitive neurocomputational perspective on human flexibility
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.
Date:1 Jan 2017 → 31 Oct 2022
Keywords:cognitive control, working memory, cognitive neuroscience
Disciplines:Human experimental psychology, Animal experimental and comparative psychology, Artificial intelligence, Developmental psychology and ageing, Neurosciences, Cognitive science and intelligent systems, Applied psychology, Biological and physiological psychology
- See also: Connections for cognition: A cognitive neurocomputational perspective on human flexibility
- See also: Connections for cognition: A cognitive neurocomputational perspective on human flexibility
- See also: Connections for cognition: A cognitive neurocomputational perspective on human flexibility