<p>(A) Cumulative variability explained by principle components (from the full set of the hand configuration time series data) for toolmaking (Oldowan - circle, Acheulean - square) and control tasks (widget sorting - downward pointing triangle, box stacking - upward pointing triangle). Small object manipulation is clearly less complex than toolmaking (greater variance explained by PC 1 and above). Box stacking is much more comparable, but is still distinguished from PCs 6, 7,8 and onwards. (B) Comparison of using the full time series versus the event-triggered (percussion events) to calculate the PCA variance explained demonstrate that they are very similar. Blue circles are the corresponding variance explained of the PCA extracted from Old...
<p>In (a), the order of all experimental conditions and respective numbers of trials used are shown....
<p>This table shows the percent of variation explained by the first 8 PC axes of mandible and upper ...
Centering the aperture gesture used in wheel throwing potting by author. From the Experiment Serie...
<p>(A) Cumulative variability (%) explained by principal components of stable hand configurations (f...
<p>Curves show the cumulative sum of variance explained by increasing numbers of principal component...
More variance explained by the first synergies indicates more organization of motor control. Left: P...
<p>We extracted 10 features for each dimensionality reduction and alignment method (PCA: A-C; PLS: D...
<p>For such a transfer to occur, though, an association must be formed between visual information, f...
In a multifinger cyclic force production task, the finger force variance measured across trials can ...
The cumulative variance explained by the first 20 components is shown at the bottom right, and the t...
<div><p>Figure 1a shows the 8 different hand stimuli that were randomly presented during the experim...
<p>The results of a PCA of the stimulus sets used for six different simulations are shown in rows (a...
Experimental setup (A). Subject is holding a handle of the Haptic Master covered with a screen. Top ...
<p><b>(A)</b> Boxplots of pad crossing time (s) for pilot P1 and all pad types (spin, jump, slide) a...
<p>Boxplots of participant-specific median in sawing frequency (top) and within-participant variatio...
<p>In (a), the order of all experimental conditions and respective numbers of trials used are shown....
<p>This table shows the percent of variation explained by the first 8 PC axes of mandible and upper ...
Centering the aperture gesture used in wheel throwing potting by author. From the Experiment Serie...
<p>(A) Cumulative variability (%) explained by principal components of stable hand configurations (f...
<p>Curves show the cumulative sum of variance explained by increasing numbers of principal component...
More variance explained by the first synergies indicates more organization of motor control. Left: P...
<p>We extracted 10 features for each dimensionality reduction and alignment method (PCA: A-C; PLS: D...
<p>For such a transfer to occur, though, an association must be formed between visual information, f...
In a multifinger cyclic force production task, the finger force variance measured across trials can ...
The cumulative variance explained by the first 20 components is shown at the bottom right, and the t...
<div><p>Figure 1a shows the 8 different hand stimuli that were randomly presented during the experim...
<p>The results of a PCA of the stimulus sets used for six different simulations are shown in rows (a...
Experimental setup (A). Subject is holding a handle of the Haptic Master covered with a screen. Top ...
<p><b>(A)</b> Boxplots of pad crossing time (s) for pilot P1 and all pad types (spin, jump, slide) a...
<p>Boxplots of participant-specific median in sawing frequency (top) and within-participant variatio...
<p>In (a), the order of all experimental conditions and respective numbers of trials used are shown....
<p>This table shows the percent of variation explained by the first 8 PC axes of mandible and upper ...
Centering the aperture gesture used in wheel throwing potting by author. From the Experiment Serie...