Sentence examples for adjustment of task from inspiring English sources

To mitigate performance differences between SZ and healthy controls, we used a novel task that allows for individualized adjustment of task difficulty to match ability level.

Tailoring of task difficulty on the basis of the individual performance level and adaptive training (that is, adjustment of task difficulty in response to change in performance level) is becoming increasingly available through computerized packages (for example, [ 18]).

Overall, the selectivity value relies on pore structure and CO2 adsorption enthalpies of polymers, so the adjustment of task-specific microenvironment would be an effective approach to improve CO2/N2 selectivity.

Adjustment of the work tasks and work environment were the main factors influencing whether the women with FM could work or not.

Inverted face stimuli and presentation were the same as in the method of adjustment task.

The cingulate cortex has been proposed to play a crucial role in motivation by "energizing" action or task engagement (Stuss and Alexander 2007) and has been associated with allocation and adjustment of control based on task demands (Paus 2001).

16 The models for optimizing volume and efficiency include a set of innovative service delivery strategies for improving human resource efficiency, such as task shifting, task sharing, adjustment of the ratio of physicians/primary providers to nurses, optimizing facility space through rotation among multiple surgical bays, use of electrocautery, and use of the forceps-guided surgical method.

The activity in the fronto-parietal control system has been attributed to initiation of task performance, and adjustment of cognitive control on a continuing trial-by-trial basis.

A preliminary study was conducted collecting the grip forces applied during a rotatory adjustment task of a younger and an older subject.

Her research focuses on processes of cognitive control, with a particular focus on task switching and task rules; context-sensitive adjustment of cognitive control; conflicts as aversive signals for control adaptations; and affective and motivational modulation of cognitive control.

No significant main effect of task half was found for risk adjustment (F1,45 = 0.16, P = 0.69, ηp = 0.01).