The movement time according to the change in distance is shown by solid lines, whereas that according to the target size is shown by broken lines. The color and type of each line correspond to those shown in Fig 2.</p
Velocity profiles of sliding movements used in the (A) Proximal goal condition and the (B) Distal go...
Abstract. We study the variations in two dimensional (2D) pointing tasks on a traditional white boar...
Line graphs are prevalently used to show trend especially time series. However, there is limited stu...
Combinations of the distance and target size produced a distinct value of the index of difficulty (I...
<p>For each subject and condition, we plotted the mean movement times and dwell time of the unequal-...
<p>Standard error bars included. Note: LN = large near, SN = small near, LF = large far, SF = small ...
The height of each bar represents the group-mean movement time based on an across-participant averag...
A strong linear relationship (R2>0.98) was found between the movement time and index of difficulty.<...
<p>Mean Movement Time (MT) in seconds (s) for the narrow (2mm), medium (4mm) and thick (6mm) paths f...
To hit moving targets, one not only has to arrive at the right place but also at the right time. Mov...
<p><b>A.</b> A comparison of time allocation in the training session with the experimental session. ...
The height of each bar represents the group-mean movement amplitude based on an across-participant a...
International audienceBackground: The inverse relationship between movement speed and accuracy in go...
Human body movements are based on the intrinsic trade-off between speed and accuracy. Fitts’s law (1...
Human body movements are based on the intrinsic trade-off between speed and accuracy. Fitts’s law (1...
Velocity profiles of sliding movements used in the (A) Proximal goal condition and the (B) Distal go...
Abstract. We study the variations in two dimensional (2D) pointing tasks on a traditional white boar...
Line graphs are prevalently used to show trend especially time series. However, there is limited stu...
Combinations of the distance and target size produced a distinct value of the index of difficulty (I...
<p>For each subject and condition, we plotted the mean movement times and dwell time of the unequal-...
<p>Standard error bars included. Note: LN = large near, SN = small near, LF = large far, SF = small ...
The height of each bar represents the group-mean movement time based on an across-participant averag...
A strong linear relationship (R2>0.98) was found between the movement time and index of difficulty.<...
<p>Mean Movement Time (MT) in seconds (s) for the narrow (2mm), medium (4mm) and thick (6mm) paths f...
To hit moving targets, one not only has to arrive at the right place but also at the right time. Mov...
<p><b>A.</b> A comparison of time allocation in the training session with the experimental session. ...
The height of each bar represents the group-mean movement amplitude based on an across-participant a...
International audienceBackground: The inverse relationship between movement speed and accuracy in go...
Human body movements are based on the intrinsic trade-off between speed and accuracy. Fitts’s law (1...
Human body movements are based on the intrinsic trade-off between speed and accuracy. Fitts’s law (1...
Velocity profiles of sliding movements used in the (A) Proximal goal condition and the (B) Distal go...
Abstract. We study the variations in two dimensional (2D) pointing tasks on a traditional white boar...
Line graphs are prevalently used to show trend especially time series. However, there is limited stu...
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