Natural User Interfaces in Volume Visualisation Using Microsoft Kinect
Author(s)
Angelopoulou, A
García-Rodríguez, J
Psarrou, A
Mentzelopoulos, M
Reddy, B
Orts-Escolano, S
Serra, JA
Lewis, A
Griffith University Author(s)
Year published
2013
Metadata
Show full item recordAbstract
This paper presents the integration of human-machine interaction technologies within a virtual reality environment to allow for real-time manipulation of 3D objects using different gestures. We demonstrate our approach by developing a fully operational, natural user interface (NUI) system, which provides a front-end framework for back-end applications that use more traditional forms of input, such as wear cable sensors attached to the users. The implementation is a user-friendly system that has immense potential in a number of fields, especially in the medical sciences where it would be possible to increase the productivity ...
View more >This paper presents the integration of human-machine interaction technologies within a virtual reality environment to allow for real-time manipulation of 3D objects using different gestures. We demonstrate our approach by developing a fully operational, natural user interface (NUI) system, which provides a front-end framework for back-end applications that use more traditional forms of input, such as wear cable sensors attached to the users. The implementation is a user-friendly system that has immense potential in a number of fields, especially in the medical sciences where it would be possible to increase the productivity of surgeons by providing them with easy access to relevant MRI scans.
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View more >This paper presents the integration of human-machine interaction technologies within a virtual reality environment to allow for real-time manipulation of 3D objects using different gestures. We demonstrate our approach by developing a fully operational, natural user interface (NUI) system, which provides a front-end framework for back-end applications that use more traditional forms of input, such as wear cable sensors attached to the users. The implementation is a user-friendly system that has immense potential in a number of fields, especially in the medical sciences where it would be possible to increase the productivity of surgeons by providing them with easy access to relevant MRI scans.
View less >
Journal Title
Lecture Notes in Computer Science (LNCS)
Volume
8158
Subject
Computer vision
Image processing
Virtual and mixed reality