<p>The task instruction was to move the ball-and-cup object rhythmically between the two green targets at a frequency of 1 Hz. As long as the excursion maxima alternated between the wide target regions, the task was satisfied. Hence, the subjects could choose their movement amplitude.</p
<p>(A) Configuration of the experimental apparatus. Participants rested their heads on the chin rest...
This study explores the effects of haptic feedback on performance and learning by human subjects exe...
<p><b>A:</b> Side view of the experimental set-up. The top layer is the monitor, middle layer is the...
<p>The subject controlled a haptic manipulator that simulated a spring. During reference trials the ...
(A) The participant manipulated the position of a robotic handle while playing a simple computer gam...
<p>Subjects stood upright and used the arm to interact with unstable haptic environments oriented al...
<p>The subject is instructed to make arm movements while holding a manipulandum, which can exert for...
<p>A): The cartoon illustration of the setup. Participants sat before a desk and made movement traje...
We present a haptic simulation system with interchangeable physical constraints for studying skillfu...
<p>The experimental setup, incl. the monitor indicating the boxed areas for the stimulus presentatio...
(a) Participants were seated in front of a robotic manipulator and interacted with it using their ri...
<p><b>A)</b> Planar arm movements were made while each subject grasped the handle of a two-joint pla...
<p>Participants made reaching movements from the start position (A) to a target presented on the end...
Bouncing a ball with a racket is a hybrid rhythmic-discrete motor task, combining continuous rhythmi...
(a) Experiment 1: The right hand of the participant is placed inside a box and equipped with a senso...
<p>(A) Configuration of the experimental apparatus. Participants rested their heads on the chin rest...
This study explores the effects of haptic feedback on performance and learning by human subjects exe...
<p><b>A:</b> Side view of the experimental set-up. The top layer is the monitor, middle layer is the...
<p>The subject controlled a haptic manipulator that simulated a spring. During reference trials the ...
(A) The participant manipulated the position of a robotic handle while playing a simple computer gam...
<p>Subjects stood upright and used the arm to interact with unstable haptic environments oriented al...
<p>The subject is instructed to make arm movements while holding a manipulandum, which can exert for...
<p>A): The cartoon illustration of the setup. Participants sat before a desk and made movement traje...
We present a haptic simulation system with interchangeable physical constraints for studying skillfu...
<p>The experimental setup, incl. the monitor indicating the boxed areas for the stimulus presentatio...
(a) Participants were seated in front of a robotic manipulator and interacted with it using their ri...
<p><b>A)</b> Planar arm movements were made while each subject grasped the handle of a two-joint pla...
<p>Participants made reaching movements from the start position (A) to a target presented on the end...
Bouncing a ball with a racket is a hybrid rhythmic-discrete motor task, combining continuous rhythmi...
(a) Experiment 1: The right hand of the participant is placed inside a box and equipped with a senso...
<p>(A) Configuration of the experimental apparatus. Participants rested their heads on the chin rest...
This study explores the effects of haptic feedback on performance and learning by human subjects exe...
<p><b>A:</b> Side view of the experimental set-up. The top layer is the monitor, middle layer is the...