This study investigates the differences in movement patterns followed by users navigating within a virtual environment. The analysis has been carried out between two groups of users, identified on the basis of their performance on a search task. Results indicate significant differences between efficient and inefficient navigators’ trajectories. They are related to rotational, translational and localised-landmarks behaviour. These findings are discussed in the light of theoretical outcomes provided by environmental psychology
The difficulties people frequently have navigating in virtual environments (VEs) are well known. Usu...
This paper proposes the use of neural networks as a tool for studying navigation within virtual worl...
Imagine walking around a cluttered room but then having little idea of where you have traveled. This...
This study investigates the differences in movement patterns followed by users navigating within a v...
Pedestrian movement studies in real environments have shown consistent statistical relationships bet...
Pedestrian movement studies in real environments have shown consistent statistical relationships bet...
This paper describes the analysis and clustering of motion trajectories obtained while users navigat...
Testing the acquisition and use of navigation strategies in humans using a virtual environment Navig...
This paper describes the analysis and clustering of motion trajectories obtained while users navigat...
This study proposes a modular system for clustering on-line motion trajectories obtained while users...
A total of 41 participants explored a novel square-shaped environment containing five identical boxe...
We describe three human spatial navigation experiments that investigate the role of perception, memo...
This paper summarises the results of several studies of individual differences among users navigatin...
This study proposes a user model of navigation in a Virtual Environment (VE), based on investigating...
This study proposes a modular system for clustering on-line motion trajectories obtained while users...
The difficulties people frequently have navigating in virtual environments (VEs) are well known. Usu...
This paper proposes the use of neural networks as a tool for studying navigation within virtual worl...
Imagine walking around a cluttered room but then having little idea of where you have traveled. This...
This study investigates the differences in movement patterns followed by users navigating within a v...
Pedestrian movement studies in real environments have shown consistent statistical relationships bet...
Pedestrian movement studies in real environments have shown consistent statistical relationships bet...
This paper describes the analysis and clustering of motion trajectories obtained while users navigat...
Testing the acquisition and use of navigation strategies in humans using a virtual environment Navig...
This paper describes the analysis and clustering of motion trajectories obtained while users navigat...
This study proposes a modular system for clustering on-line motion trajectories obtained while users...
A total of 41 participants explored a novel square-shaped environment containing five identical boxe...
We describe three human spatial navigation experiments that investigate the role of perception, memo...
This paper summarises the results of several studies of individual differences among users navigatin...
This study proposes a user model of navigation in a Virtual Environment (VE), based on investigating...
This study proposes a modular system for clustering on-line motion trajectories obtained while users...
The difficulties people frequently have navigating in virtual environments (VEs) are well known. Usu...
This paper proposes the use of neural networks as a tool for studying navigation within virtual worl...
Imagine walking around a cluttered room but then having little idea of where you have traveled. This...