Title
XOOM: An End-User Development Tool for Web-Based Wearable Immersive Virtual Tours.
Abstract
XOOM is a novel interactive tool that allows non ICT-specialists to create web-based applications of Wearable Immersive Virtual Reality (WIVR) technology that use 360° realistic videos as interactive virtual tours. These applications are interesting for various domains that range from gaming, entertainment, cultural heritage, and tourism to education, professional training, therapy and rehabilitation. 360° interactive videos are displayed on smart-phones placed on head-mounted VR viewers. Users explore the virtual environment and interact with active elements through head direction and movements. The virtual scenarios can be seen also on external displays (e.g., TV monitors or projections) to enable other users to participate in the experience, and to control the VR space if needed, e.g., for education, training or therapy purposes. XOOM provides the functionality to create applications of this kind, import 360° videos, concatenate them, and superimpose active elements on the virtual scenes, so that the resulting environment is more interactive and is customized to the requirement of a specific domain and user target. XOOM also supports automatic data gathering and visualizations (e.g., through heat-maps) of the users’ experience, which can be inspected for analytics purposes, as well as for user evaluation (e.g., in education, training, or therapy contexts). The paper describes the design and implementation of XOOM, and reports a case study in the therapeutic context.
Year
Venue
Field
2017
ICWE
Virtual machine,Wearable computer,Computer science,End-user development,Optical head-mounted display,Human–computer interaction,Immersion (virtual reality),Web application,Analytics,Immersive technology
DocType
Citations 
PageRank 
Conference
0
0.34
References 
Authors
3
5
Name
Order
Citations
PageRank
Franca Garzotto11245203.98
Mirko Gelsomini212019.79
Vito Matarazzo382.79
Nicolò Messina482.79
Daniele Occhiuto5132.73