These findings suggest deficits in the children's cognitive processing of movement caused by diminished internal monitoring processes [ 8].
We have used an RS protocol (Grill-Spector and Malach 2001) to isolate reductions in neuronal activity evoked by repeated processing of movement components related to either a grasping movement (GRASP) or to positioning the grasped object on a color-defined destination (PLACE).
$$\end{document} Processing of movement trajectories For the analyses of the trajectories, the raw trajectories were first fit using a smoothing spline, computed to maintain a tolerance of 0.5 mm between the measured and smoothed values, and temporally resampled to have 21 points.
Having controlled for the effects of repeated processing of arm movements, we show that processing hand object interactions was associated with increased involvement of PMv, whereas processing the movement end position was associated with activity in PMd.
Human movement modeling can be of great interest for the design of pattern recognition systems relying on the understanding of the fine motor control (such as on-line handwriting recognition or signature verification) as well as for the development of intelligent systems involving in a way or another the processing of human movements.
This area is presumed to be involved in prosecution of the dorsal stream towards the motor cortex and in the processing of reaching movements [9], [10], [13], [14], [43].
Here, we examine the premotor responses evoked during the processing of individual movements functionally embedded in an action.
First, areas previously linked to the processing of hand movements and the human body were found to represent actions of the hand alone (and not those of the tool), whereas areas previously linked to the processing of tools and tool-related actions represented actions of the tool alone (and not those of the hand).
As already mentioned in the introduction, the first step in the processing of the movement data is to segment the movement performance into discrete gestural units (i.e., dance steps).
Computational and Algorithmic Representation and Processing of Eye-movements.
