4 research outputs found

    Virtual 3D Map for Library User. (vSearch)

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    This report describes the architecture and preliminary design of a prototype system to enhance services/tasks of the current online digital library system through the integration of virtual 3d map. The aim for a virtual map is to further assist the end user on location a book's physical location in the library. Customarily, an online catalogue search for books/journals/magazine would provide the user with details of the books/journals/magazines including information on books' locations; none have shown the user how to get to the exact location visually. This capability only can be done by integrating a virtual 3D map into a simulation of current online system. The main purpose of adding the virtual element is to provide the user with the interactive virtual environment that can help user navigate through the library environment to find desired location. Instead of knowing where the material location is, user also will get to know how to get 'there' and which path can aid the user to get 'there '. An initial survey has been done on library users' reveals that locating the library material takes up much of their time. A virtual 3d map was proposed to be incorporated into the system to reduce the amount of time to acquire the library material. Modeling the virtual 3D map into current online system will make for an extremely useful resource. User will be able to access the 3D map as a Flash application via the online system. This will allow users to easily locate specific material within the actual library, to determine the best way to get to a location and possibly to get suggestions on what route to take. The major challenge of the design is the integration of a simulated database of the current system to the virtual 3D map applications. Other enhancements done in current library includes a more user friendly interface. Keywords : vSearch, virtual navigation, navigation aid

    Virtual 3D Map for Library User. (vSearch)

    Get PDF
    This report describes the architecture and preliminary design of a prototype system to enhance services/tasks of the current online digital library system through the integration of virtual 3d map. The aim for a virtual map is to further assist the end user on location a book's physical location in the library. Customarily, an online catalogue search for books/journals/magazine would provide the user with details of the books/journals/magazines including information on books' locations; none have shown the user how to get to the exact location visually. This capability only can be done by integrating a virtual 3D map into a simulation of current online system. The main purpose of adding the virtual element is to provide the user with the interactive virtual environment that can help user navigate through the library environment to find desired location. Instead of knowing where the material location is, user also will get to know how to get 'there' and which path can aid the user to get 'there '. An initial survey has been done on library users' reveals that locating the library material takes up much of their time. A virtual 3d map was proposed to be incorporated into the system to reduce the amount of time to acquire the library material. Modeling the virtual 3D map into current online system will make for an extremely useful resource. User will be able to access the 3D map as a Flash application via the online system. This will allow users to easily locate specific material within the actual library, to determine the best way to get to a location and possibly to get suggestions on what route to take. The major challenge of the design is the integration of a simulated database of the current system to the virtual 3D map applications. Other enhancements done in current library includes a more user friendly interface. Keywords : vSearch, virtual navigation, navigation aid

    Virtual 3D map for library user /by Nurhafizah bte Sharif,T 385 .N974 2006

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    Virtual 3D map for library user /by Nurhafizah bte Sharif,T 385 .N974 2006

    Get PDF
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