If, however, a structure may move relative to its supports, the position of the imposed constraint relations generally changes in the course of motion.
The rotator cuff plays an important role in stabilization and control of the complex course of motion of the glenohumeral joint (GHJ) [1].
Consider a picking up and placing scenario, as an application of the proposed configuration, with the vehicle's course of motion illustrated in Fig. 2.
For the vehicle to undertake a picking and placing scenario shown in Fig. 10, the description of the course of motion can be explained as follows: Fig. 10 Example application: object pick and place (a) The vehicle to start moving on two wheels while keeping a balance condition till reaching a desired location for picking the object.
For describing the vortex dynamics, we use two-vortex ansatz (TVA, no side surface charges induced in the course of motion) with function f being written as f ζ = - iC ζ - s s ¯ ζ - 1 / c 1 + s 2 [26], where C is the vortex chirality, ζ = (x + iy)/R, s = s x + is y, s = X/R, c = R c /R, and R c is the vortex core radius.
Distinct time-courses of motion discrimination rate, AUC and perceptual awareness – as well as sensitivity and criterion – were also clearly visible when pooling the data for task performance instead of stimulus coherence (Supporting Figure S3).
Both arms were moved from neutral dependent position to maximum elevated position in 4 planes from laterally to anteriorly, and each dynamic course of motion was traced using a 3-dimensional motion capture system.
In the experimental protocol, motion sickness was induced to subjects by requiring them to watch an in-vehicle video during 15-min driving, and the time-course development of motion sickness was recorded by asking subjects to evaluate their degree of motion sickness every one minute.
The time course of head motion was obtained by estimating the translation in each direction and the rotation in angular motion on each axis for all 240 consecutive volumes.
