Depth Perception Evaluation of 3D Virtual Prototypes Using Imersive CAVE Systems
Journal Title: Romanian Journal of Human - Computer Interaction - Year 2010, Vol 3, Issue 3
Abstract
In this paper an experimental study that aimed depth perception of virtual prototypes in an immersive environment compared with the depth perception of virtual prototypes using 2D LCD monitor is presented. The experiment carried out shows that perceived depth values estimated for virtual prototypes is significantly influenced by the stereoscopic visualization. Another interesting result of the study was that the estimated depth accuracy significantly increases with the depth size that has to be perceived. The results of conducted experimental study illustrate that the use of immersive stereoscopic visualization is useful during Computer Aided Design related activities.
Authors and Affiliations
Florin Gîrbacia, Andreea Beraru, Eugen Butilă
Keywords
Related Articles
- EP ID EP28828
- DOI -
- Views 410
- Downloads 10
Politeness in Interaction Design
Principles such as minimising memory requirements, clarifying affordance and providing effective feedback have been widely called upon to explain aspects of user experience. These principles call on research in cognitive...
The Development Of Educational Content Based On Web Services
This paper presents the development and the experiments on a Web services based eLearning platform, called eLaWS. The authors describe the concepts and the techniques that support the flexible and dynamical development o...
The Pedagogical Usability - Methodological and Practical Considerations
The paper presents some specific aspects of the usability of web-based e-learning systems, focusing on the concept of pedagogical usability as a quality feature distinct from general usability. There are briefly analyzed...
Improve the Relevance of Search Engine Results Using Semantic Information from Wikipedia
Depending on the user’s intention, the queries processed by a search engine can be classified in transactional, informational and navigational. In order to meet the three types of searches, at this moment search engines...
R3 - A Configurable Input Device for Free-Space Interaction
Nowadays, a variety of input devices support 3D interaction by offering 6 degrees of freedom (DoF). Nonetheless, such devices that are available for free-space usage (i.e., without the need for a surface as reference sys...