Sentence examples for rotation structure from inspiring English sources

Therefore each group of subjects experienced either a vertical or horizontal rotation structure, parameterized with a single rotation parameter [66].

However, if two opposing perturbations (e.g., ±60° visuomotor rotations) could be learned as part of the same structure (e.g., rotation structure), then we would expect a low-dimensional, high-speed pathway between the parameter settings for the two opposing perturbations.

Thus, this random linear group experienced the same amount of memorable ±60° rotations; however, this was not in the context of a rotation structure, but of a much less constrained linear transform structure.

The adaptive control model could reproduce the stereotyped adaptive arm movements generated by subjects at the end of this 'learning how to adapt' process by assuming an internal model that knows about the visuomotor rotation structure and tries to adapt the particular rotation angle parameter in each trial.

In the context of clinical rotation structured residency training and dealing with lack of knowledge are influenced less by workload or work organization; these training conditions are rather an underlying prerequisite of successful on-the-job training.

The implied monthly non-match rate is about 9percentt: matching is feasible for 75percentthree-fourthsths) of the sample based on the four-month rotation group structure, but the observation counts in the second row are only about 66percentt of those in the first row on average.

Factor analysis for the Eysenck Personality Questionnaire (EPQ) obtained a factor solution through (direct oblimin rotation) a structure of 6 items in an extroversion (EPQ- E) scale, and 6 items in a neuroticism (EPQ-N) scale.

However, in terms of direction of the head rotation, subclass structures from the II-c and II-e groups are sharply different.

The specimens were then removed from the device and the abutments unscrewed, and the parts of the interface between the rotation-prevention structure of the implants and abutments were examined using a scanning electron microscope (SEM).

Mechanical vibration or rotation of structures in a target may induce frequency modulation on returned signals and generate sidebands about the center frequency of the target's Doppler frequency [1].

After those rotations, the structure is rendered with transparency to display the docked Rvb1/2 heterohexameric ring and is rotated again by 360o around the X and Y axes.