Sentence examples for control of responses from inspiring English sources
The IHBC is then reformulated in a manner to treat two-point mooring system under state feedback control with time-delay and is applied to obtain control of responses in an efficient and systematic way.
There are some suggestions that the tectopulvinar pathway may be entirely specialized for the perception of movement, along with the control of responses that involve moving stimuli, such as some kinds of eye movements' (Coren, Ward, Enns: 360).
To maximize patient comfort, we did not apply the usual strict control of responses typical of laboratory experiments with healthy subjects.
To date, the heat shock elements (HSE) were not shown to be involved in the control of N-regulated genes though their role in Arabidopsis in the transcriptional control of responses to heat stress has been extensively studied [ 57].
The idea that ACC is implicated in higher-level voluntary control of responses is consistent with data from human studies suggesting that ACC has a key role in response initiation, across a wide range of contexts (see below for further discussion of this).
Furthermore, continuous visual control of response execution was reduced over the course of learning.
This study tested the involvement of a third cingulate area, the posterior zone of dACC, in the top-down control of response selection and preparation.
Dorsal anterior cingulate cortex (dACC) is composed of functionally distinct subregions that may contribute to the top-down control of response selection and preparation.
Thus, maximum control of response is obtained when the structure is subjected to resonance frequency, and the reduction of response, considering the resonance condition, is obtained at nearly 86.6% and 73.2% for TLD1 and TLD2, respectively.
The semi-active control of response of a four degree-of-freedom (dof) half-car model traversing at constant velocity a random road with look ahead preview is considered.
These results are discussed in the framework of a simple race model in which two independent hemispheric processes compete for the control of response, and the faster process wins.
