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Cybernetics Approach to Perception & Action
The "Cybernetics Approach to Perception and Action" (CAPA) group was created to apply information theory, signal theory and advanced control system methods to understanding self-motion perception and action. One of the major goals of this group is a to get a deeper understanding of the processing self-motion information by considering the brain as a complex control system, which has sub-components that can be individually evaluated, but which may also be part of a larger system.

Helicopter Control with Inertial and Visual Cues
The effect of motion system characteristics on perceptual and behavioural fideltiy
Multisensory control of action
fMRI Experiments on Online Control

 

 

   

fMRI Experiments on Online Control

In most imaging studies on human perception, participants observe or give categorical responses to stimuli which are presented to them. Such experiments are called 'open loop' experiments, since the participant only perceives the stimuli passively and can not influence them. In contrast, in 'closed loop' experiments, human participants interact with the stimulus and get direct sensory feedback about their actions. This situation is very common in real life, be it balance during standing and walking, speaking, grasping something or steering a vehicle.

Imaging experiments which investigate perception and action in closed-loop situations are rare. In this project, we are interested in the cerebral representation of the different processes of the sensorimotor loop during active control. We employ a stabilization task, in which participants use a continuous response device to control an unstable visual stimulus.

 

 


PRIMARY INVESTIGATOR
Daniel Berger
COLLABORATORS
Andreas Bartels
Heinrich H. Bülthoff
FACILITIES