<p>The reaching was successful when the cursor remained within the target for 1 sec (no click required). Red circles indicate velocity minima. Blue squares indicate velocity maxima. The blue triangle represents peak acceleration. The figure illustrates the durations of the reaction time (RT), movement time (MT), time to peak acceleration (*), first sub-movement (SM1), homing-in (HI), initial adjustment (IA) and current control phase (CC). The beginning of the MT is the last velocity minimum inside the previous target. The end of the first sub-movement is the first velocity minimum. The end of the MT is the first velocity minimum that is inside the target. The number of sub-movements (nSM) is the number of velocity maxima.</p
Velocity profiles of sliding movements used in the (A) Proximal goal condition and the (B) Distal go...
Horizontal (left) and sagittal (right) projections of the hand (black circles) and prosthesis (red c...
<p>Values reflect x-velocity averaged over the initial 30% of the reaching response. Target-Viewing ...
<p>The two vertical solid lines represent the time of peak velocity and the end of the movement. Dec...
<p>The average reaching trajectories were calculated by spatially averaging the hand position of eac...
<p><i>Upper</i> A velocity profile typical of a stop movement: 1, the hand is in the transport phase...
<p>(A) Average reach trajectory to the far target of each side in each condition for a single partic...
<p>Representative relative velocity profiles during the reach-to-grasp phase.</p
<p>(A) Participants initial position and spatial location of the targets (right-side view). (B) We d...
<p>Arrows indicate the correspondence between the time at which the maximum grip aperture and the be...
<p>Representative MCP angle in normalized units (bottom) and its time derivative (normalized angular...
<p>The top subpanel shows the x, y, and z velocity profiles of a recorded reaching movement. The sec...
<p>The figure includes four panels (A, B, C, and D), one for each observed movements, showing the ve...
<p><b>A. Search time as a linear function of number of objects searched</b>. Data of a typical obser...
<p><b>A)</b> Real (black dotted line) and straight (gray dotted line) interpolated trajectories from...
Velocity profiles of sliding movements used in the (A) Proximal goal condition and the (B) Distal go...
Horizontal (left) and sagittal (right) projections of the hand (black circles) and prosthesis (red c...
<p>Values reflect x-velocity averaged over the initial 30% of the reaching response. Target-Viewing ...
<p>The two vertical solid lines represent the time of peak velocity and the end of the movement. Dec...
<p>The average reaching trajectories were calculated by spatially averaging the hand position of eac...
<p><i>Upper</i> A velocity profile typical of a stop movement: 1, the hand is in the transport phase...
<p>(A) Average reach trajectory to the far target of each side in each condition for a single partic...
<p>Representative relative velocity profiles during the reach-to-grasp phase.</p
<p>(A) Participants initial position and spatial location of the targets (right-side view). (B) We d...
<p>Arrows indicate the correspondence between the time at which the maximum grip aperture and the be...
<p>Representative MCP angle in normalized units (bottom) and its time derivative (normalized angular...
<p>The top subpanel shows the x, y, and z velocity profiles of a recorded reaching movement. The sec...
<p>The figure includes four panels (A, B, C, and D), one for each observed movements, showing the ve...
<p><b>A. Search time as a linear function of number of objects searched</b>. Data of a typical obser...
<p><b>A)</b> Real (black dotted line) and straight (gray dotted line) interpolated trajectories from...
Velocity profiles of sliding movements used in the (A) Proximal goal condition and the (B) Distal go...
Horizontal (left) and sagittal (right) projections of the hand (black circles) and prosthesis (red c...
<p>Values reflect x-velocity averaged over the initial 30% of the reaching response. Target-Viewing ...