Instead, it could learn to simply associate a final eye position with a post-elongation force template, or, more specifically, it could learn to simply generate a patterned motor output that is a function of the post-movement position of the eye.
It is important to notice that these last two figures provide the utilisation rate (assuming 20 daily operating hours) as a function of the number of movements in the stations; it means that each train (entering the station and then leaving) in reality counts for 2 movements (i.e. the total number of served trains is equal to half of the total number of movements).
Several fMRI studies in the last few years suggest that activity in core areas of the MNS (inferior frontal gyrus and inferior parietal lobe) and in cortical and subcortical regions supporting motor learning and visual perception, increase as a function of the complexity of the movements that are to be acquired [6], [12] [14].
Inspired by Fitts' law, we studied four possible models and concluded that movement time for a distal pointing task is best described as a function of the angular amplitude of movement and the angular size of the target.
From the point of view of livestock disease regulation agency, surveillance should therefore be modulated as a function of the frequency of incoming movements and the density of movements within Scotland.
In particular we calculated the standard deviation in the x-direction of twenty movements as a function of the percentage of the total movement distance in the y-direction (Figure 4).
Strain, on the other hand, is a regional tissue deformation parameter that presents muscle tissue activity as an additive presentation of a regional tissue progress as a function of the progress of a movement.
Thus, strain rate could be seen as related to the neurological innervation of the muscle while strain can be seen as the functional tissue response where tissue activity pattern changes as a function of the progress and nature of the movement.
The force-distance curves represent the force applied by the tip (f tip) as a function of the z-axis piezo movements.
Potential environmental impacts and safety aspects may, however, be a function of the number of boat movements and not of the total numbers of boats kept in a harbour.
