Task distribution is an interactive process between an agent with a task to be executed and a group of agents that may be contributing to task execution.
Neuromuscular control refers to the control of the nervous system over muscle activation and the factors contributing to task performance [ 21].
Although participants in our study were screened for potential vestibular disorders, we cannot exclude the possibility that the activation of the vestibular system occurred during rapid head movement, therefore contributing to task performance optimization.
However, these relationships can be influenced by many complex, strategic factors that contribute to task performance.
However, interpretation of results is difficult because multiple parallel, temporally overlapping numerical and non-numerical processes of the human brain may contribute to task execution.
In most experimental paradigms, information carried by the second pathway is contextual in nature, but, nevertheless, contributes to task performance.
Another limitation of the present investigation is that it remains unclear what subject variables or aspects of participation contributed to task noncompliance.
Further elaboration on the model [ 80] included consideration of additional factors, such as compensatory strategies, that may contribute to task performance in children with ADHD.
Moreover, the heterogeneity across rhythms indicates that each rhythmic circuit uniquely engages interneurons in processing states that differentially contribute to task performance.
While the formality of a lab environment may contribute to task engagement regardless of beliefs concerning treatment condition, being convinced that one is not receiving treatment could have greater consequence for motivation and engagement among those who complete ABM tasks at home.
Recent evidence indicates that both pre- and post-stimulus activity contribute to task performance (Arieli, Sterkin, Grinvald, & Aertsen, 1996 ; Boly et al., 2007; Fox & Raichle, 2007; Fox, Snyder, Vincent, & Raichle, 2007; Hesselmann, Kell, Eger, & Kleinschmidt, 2008a; Hesselmann, Kell, & Kleinschmidt, 2008b; Ress, Backus, & Heeger, 2000).
