Working memory enables temporary maintenance and manipulation of information for immediate access by cognitive processes. The present study investigates how spatial information stored in working memory is updated during object movement. Participants had to remember a particular location on an object which, after a retention interval, started to move. The question was whether the memorized locat...

With the rapid development of artificial intelligence (AI), application this technology in medical field is becoming increasingly extensive, along with a gradual increase amount intelligent equipment hospitals. Service robots can save human resources and replace nursing staff to achieve some work. In view phenomenon mobile service robots' grabbing distribution patients' drugs hospitals, real-ti...

This paper aims to study the representational nature of human object-location memory. Two experiments are reported, including both performance data and eye movement data. The results show that multiple allocentric frames of reference are used to encode spatial relationships among objects and late computation in object-location memory retrieval in objectcued conditions is often inevitable. The i...

Emerging mobile and ubiquitous computing environments present hard challenges to software engineering. The use of mobile code has been suggested as a natural fit for simplifying software development for these environments. Existing strategies for locating mobile code assume an underlying fixed, stable network. An alternative approach is required for mobile environments, where network size and r...

A fundamental aspect of human visual perception is the ability to recognize and locate objects in the environment. Importantly, our environment is predominantly three-dimensional (3D), but while there is considerable research exploring the binding of object features and location, it is unknown how depth information interacts with features in the object binding process. A recent paradigm called ...