It is known that people can learn to deal with delays between their actions and the consequences of such actions. We wondered whether they do so by adjusting their anticipations about the sensory consequences of their actions or whether they simply learn to move in certain ways when performing specific tasks. To find out, we examined details of how people learn to intercept a moving target with a cursor that follows the hand with a delay and examined the transfer of learning between this task and various other tasks that require temporal precision. Subjects readily learned to intercept the moving target with the delayed cursor. The compensation for the delay generalized across modifications of the task, so subjects did not simply learn to m...
Delaying the presentation of information to one modality relative to another (an intersensory tempor...
In order to rapdily and accurately interact with the world, we need to perceive the consequences of ...
Our motor actions normally generate sensory events, but how do we know which events were self genera...
It is known that people can learn to deal with delays between their actions and the consequences of ...
It is known that people can learn to deal with delays between their actions and the consequences of ...
Computational theory of motor control suggests that the brain continuously monitors motor commands, ...
The goal of this study was to examine the reorganization of hand movements during adaptation to dela...
Item does not contain fulltextWe can cross temporal sensorimotor contingencies by remembering sensor...
We can cross temporal sensorimotor contingencies by remembering sensory events or by anticipating mo...
The consequences of an action almost always occur immediately. Delaying the consequences of an actio...
The increased reliance on electronic devices such as smartphones in our everyday life exposes us to ...
The human capacity to adjust perceptually and behaviourally to spatial perturbations (eg, prism gogg...
Being able to see the object that you are aiming for is evidently useful for guiding the hand to a m...
Being able to see the object that you are aiming for is evidently useful for guiding the hand to a m...
If humans wear prism goggles that spatially displace their visual field, they adapt their behaviour ...
Delaying the presentation of information to one modality relative to another (an intersensory tempor...
In order to rapdily and accurately interact with the world, we need to perceive the consequences of ...
Our motor actions normally generate sensory events, but how do we know which events were self genera...
It is known that people can learn to deal with delays between their actions and the consequences of ...
It is known that people can learn to deal with delays between their actions and the consequences of ...
Computational theory of motor control suggests that the brain continuously monitors motor commands, ...
The goal of this study was to examine the reorganization of hand movements during adaptation to dela...
Item does not contain fulltextWe can cross temporal sensorimotor contingencies by remembering sensor...
We can cross temporal sensorimotor contingencies by remembering sensory events or by anticipating mo...
The consequences of an action almost always occur immediately. Delaying the consequences of an actio...
The increased reliance on electronic devices such as smartphones in our everyday life exposes us to ...
The human capacity to adjust perceptually and behaviourally to spatial perturbations (eg, prism gogg...
Being able to see the object that you are aiming for is evidently useful for guiding the hand to a m...
Being able to see the object that you are aiming for is evidently useful for guiding the hand to a m...
If humans wear prism goggles that spatially displace their visual field, they adapt their behaviour ...
Delaying the presentation of information to one modality relative to another (an intersensory tempor...
In order to rapdily and accurately interact with the world, we need to perceive the consequences of ...
Our motor actions normally generate sensory events, but how do we know which events were self genera...