A computational model of the allocentric and egocentric spatial memory by means of virtual agents, or how simple virtual agents can help to build complex computational models
The ability to acquire, remember and use information about locations of objects in ones proximal surrounding is a fundamental aspect of human spatial cognition. In this paper, we present a computational model of this ability. The model provides a possible explanation of contradictory results from experimental psychology related to this ability, namely explanation of why some experiments have reproduced the so-called disorientation effect while others have failed to do so. Additionally, in contrast to other computational models of various aspects of spatial cognition, our model is integrated within an intelligent virtual agent. Thus, on a more general level, this paper also demonstrates that it is possible to use intelligent virtual agents as a powerful research tool in computational cognitive sciences.
spatial cognition disorientation effect intelligent virtual agent paradigm of pointing