Title :
3D Component-Based Visualization Framework for Generating Simple 3D Applications Using Web Services
Author :
Itoh, Masahiko ; Tanaka, Yuzuru
Author_Institution :
Meme Media Lab., Hokkaido Univ., Sapporo
Abstract :
In this paper, we propose a component-based framework for generating simple 3D applications that aid users in the use of Web services without the need for programming. These days we can get lots of information through Web services. By using Web services, we can reduce the need to buy data packages and construct special databases in order to generate 3D information visualization systems or 3D simulation systems. Basically, we need to write some scripts or programs to access Web services. Therefore, it is difficult for users to use interactively through a graphical user interface, especially in a 3D virtual environment. Our framework uses the 3D meme media system IntelligentBox as its platform. All functions for accessing Web services are provided by 3D proxy components. Users have only to operate 3D interactive components and create composite components in order to create applications that use Web services. Users input values by means of specialized interface components, thereby creating requests to Web services, and changing visualization parameters. In this way, users can easily compose simple applications with a combination of arbitrary 3D components
Keywords :
Web services; data visualisation; graphical user interfaces; virtual reality; 3D application; 3D component-based visualization framework; 3D information visualization system; 3D interactive component; 3D meme media system; 3D proxy component; 3D simulation system; 3D virtual environment; Web service; graphical user interface; Data visualization; Graphical user interfaces; Information retrieval; Intelligent systems; Internet; Packaging; Proteins; Virtual environment; Visual databases; Web services;
Conference_Titel :
Web Intelligence, 2006. WI 2006. IEEE/WIC/ACM International Conference on
Conference_Location :
Hong Kong
Print_ISBN :
0-7695-2747-7