Self-motion impairs multiple-object tracking.

TL;DR: It is argued that multiple object tracking provides a good mean to study the broader topic of continuous and dynamic visual attention and how this research has helped to understand visual attention in dynamic settings.

TL;DR: These foundational findings highlight the importance of using immersive tasks to understand how cognitive processes unfold within natural behavior, and effectively combines the ecological validity, experimental rigor, and sensitive measures required to investigate the interplay between memory and perception in immersive behavior.

TL;DR: An electrophysiological marker of the number of items being actively tracked was used to assess which type of errors tended to occur during speed and distractor load manipulations, and neural measures suggest that increased distractedor load led to an increased likelihood of confusing targets with distractors while increased speed led to a increased chance of a target item being dropped.

TL;DR: Walking speed is an important variable to be controlled in studies that are designed to examine effects of concurrent cognitive tasks on locomotor rhythm, pacing and stability.

TL;DR: The state of the art with regard to 'object-based' attention is reviewed, and how objects of attention relate to locations, reference frames, perceptual groups, surfaces, parts, and features is explored.

TL;DR: It is suggested that the attentional filter acts in one or more higher visual cortical areas to restrict the availability of visual information to conscious awareness to limit the resolving power of attention.

TL;DR: This research has implications for computer vision, where there is a growing demand for multiple-object tracking and properties defining a 'trackable' target, the maximum number of targets that can be tracked, and the hemifield independence of the tracking process are identified.

TL;DR: It is argued that viewing a visual index as performing a demonstrative or preconceptual reference function has far-reaching implications not only for a theory of situated vision, but also for suggesting a new way to look at why the primitive individuation of visual objects, or proto-objects, is so central in computing visual representations.