Table 1 gives an overview of the tasks caused by the requirements.
We investigated with fMRI whether different lateralization types of cortical activation in prosodic tasks are caused by individually different stress-related coping strategies.
This research examined a range of synthetic environment (SE) design features (viewpoint, auditory cue type and visual background) suspected to influence presence, and evaluated differences in presence, workload and task performance caused by manipulations of the factors and task difficulty in a virtual-reality-based basketball free-throw task.
These results suggested that, as motivation has been reported to be associated with increased sympathetic activity [ 17, 18], motivation against potential impairment of task performance caused by mental fatigue may contribute to the increased sympathetic activity observed during fatigue-inducing mental tasks.
The complexity of the control task is caused by the dynamic effects, which are described in details for test mechanism.
The high complexity of this optimization task is caused by the sheer number of panels (thousands) and the coupling of different panels if they are assigned to the same mold.
When the upper or lower layer changes, delivery is done via the message mechanism, and the control layer will process the information according to the priority of the information so as to avoid any delay of task processing caused by waiting.
The best model (Fig. 3A) suggests that habitats differences in latency to solve the technical innovation task were caused by the effect of neophobia, which affected innovation directly but also indirectly by reducing physical exploration of the apparatus.
It is also possible, since striatal feedback activation reflects goal satisfaction (Han, Huettel, Raposo, Adcock, & Dobbins, 2009), that the modulation of activation in our task is caused by enhanced motivation affecting the subjective value of performing well during those blocks.
These results, together with the fact that the intracranial ∆[HbT] resembled the simulated crosstalk artifact between layers, indicate that the extracranial Δ[HbT] during the hand-motor task was caused by changes in the extracerebral circulation.
The most direct and measurable effect on productivity, however, is 'time off task' (1) caused by work having to be stopped or due to heat causing a distraction to people (e.g. concentrating or finding fans or adjusting control systems or simply paying attention to the heat).
