When I feel my most free and have my greatest discoveries is when the world drops away and my attention is based totally on action and balancing and sound, light and music.
Recently, one model that has received attention is based on the communication paradigm of ants [7 10].
Viewer's attention is based on multiple sensory perceptions, i.e., aural and visual, as well as the viewer's neuronal signals.
It fits with the idea that selection of visual processing (selective visual attention) is based on the intended action to be executed, that is, as a selection-for-action mechanism (e.g. [16]).
But, in a connected age of super slo-mo replays, telemetry measurements and databases, shouldn't such attention be based on statistics instead of hunches?
This paradigm is important, because it provided most, if not all material on which the early theories of attention were based.
Previous work on gaze following suggests that the computational steps leading from the extraction of eye and/or head direction to shifts of attention are based on a distributed network of areas located in the superior temporal sulcus and the posterior parietal cortex.
The use of a visual-tracking paradigm for attention assessment is based on the hypothesis that attention impairments in concussion patients are a consequence of reduced efficacy of predictive timing (Ghajar & Ivry, 2008).
The course, Attention Economics, is based on the book by Thomas H. Davenport and John C. Beck, The Attention Economy (Harvard Business Publishing).
The aural attention model is based on the Teager energy, instant amplitude, and instant frequency, whereas the visual attention model employs multi-scale contrast and motion intensity.
