Visual events are structured in space and time, yet models of visual working memory (VWM)
have largely relied on tasks emphasizing spatial aspects. Here, we show that temporal …

Natural environments provide a rich spatiotemporal context that allows for visual objects to
be differentiated based on different types of information: their absolute or relative spatial or …

To allow more rapid and accurate accesses in the virtual reality browsing interfaces, an
amphitheater layout with varying egocentric distance-based item sizing (EDIS) is presented …

Current VR (Virtual Reality) browsing interfaces provide few landmarks, particularly, less is
known about the effects of 3D landmarks on facilitating spatial learning and recalling for VR …

To allow more accurate and efficient browsing performance, existing works showed that
visual landmarks (eg 3D pins) can facilitate spatial learning and recalling of browsing …

It is widely accepted that features and locations are represented independently in an initial
stage of visual processing. But to what degree are they represented separately at a later …

When representing visual features such as color and shape in visual working memory
(VWM), participants also represent the locations of those features as a spatial configuration …

When detecting changes in visual features (eg, colour or shape), object locations,
represented as points within a configuration, might also be automatically represented in …

Introduction When we memorize simultaneous items, we not only store information about
specific items and/or their locations but also how items are related to each other. Such …

In everyday life, we constantly need to remember the temporal sequence of visual events
over short periods of time, for example, when making sense of others' actions or watching a …