It is well-kown that sensory information influences the way we execute motor responses.
However, less is known about if and how sensory and motor information are integrated in …

Abstract Object identities (“what”) and their spatial locations (“where”) are processed in
distinct pathways in the visual system, raising the question of how the what and where …

The ability to comprehend outcomes of skilled action is important for understanding the
world around us. Prior studies have evaluated the perspective an action is performed in, but …

智能移动终端以及移动互联网的不断成熟与普及, 使得电子地图向着移动便携化发展.
移动计算环境下, 电子地图的呈现方式不再保持固定不变, 而是需要从用户的角度出发 …

The current study aims at identifying how lateralized multisensory spatial information
processing affects response monitoring and action control. In a previous study, we …

Two spatial reference systems, ie, the observer-centered (egocentric) and object-centered
(allocentric) references, are most commonly used to locate the position of the external …

Investigating the neurophysiology behind our action encoding system offers a way of
probing the underlying mechanisms regarding how we understand seen action. The ability …

The site of overt attention (fixation point) defines a spatial reference center that affects
visuomotor response as indicated by the stimulus-response-compatibility (SRC) effect …

The egocentric reference frame is essential for body orientation and spatial localization of
external objects. Recent neuroimaging and lesion studies have revealed that the right …

It has been shown that the sensitivity and accuracy of orientation perception in the periphery
is significantly better when the orientations are radial with respect to the fixation point than …