Task performance involves behaviors that are expected and necessary for the successful completion of specific task, having in-role in nature.
In particular, those networks' behavior patterns are distinct across HCP tasks such as motor, working memory, language and social tasks, and their dynamics well correspond to the temporal changes of specific task designs.
Similar patterns of connectivity across rs-fmri and MACM were observed for each subregion, suggesting a similar network architecture of amygdala connectivity with the rest of the brain across tasks and resting state for each subregion, that may be modified in the context of specific task demands.
The impact of specific task combinations on dual-task performance has been widely discussed.
Perhaps the combination of specific task characteristics of the PASAT precipitated a stereotype threat and interacted to produce different patterns of responding between gender and subtype.
Prior work has indicated that predictions about human actions are possible without the use of specific task models, through observation of motion features of the human worker.
