This paper presents a novel method to reproduce in real time the opening and closing gestures of a human hand, animating a three-dimensional model of it. In other works, this result can be achieved by mapping a set of significant points of a real hand on the corresponding points of the model to animate. We propose an alternative way to produce the same effect without mapping points, but using a level-based estimation of the degree of opening of the hand. The experiments have been executed using Microsoft Kinect™, but the method would work on any other Kinect-like devices (as defined herein). The results obtained are particularly encouraging and demonstrate real-time performance of the system.
Gentile, V., Sorce, S., Gentile, A. (2014). Continuous hand openness detection using a Kinect-like device. In Proceedings of the Eighth International Conference on Complex, Intelligent and Software Intensive Systems (CISIS 2014) (pp.553-557).
Continuous hand openness detection using a Kinect-like device
Gentile, Vito;SORCE, Salvatore;GENTILE, Antonio
2014-01-01
Abstract
This paper presents a novel method to reproduce in real time the opening and closing gestures of a human hand, animating a three-dimensional model of it. In other works, this result can be achieved by mapping a set of significant points of a real hand on the corresponding points of the model to animate. We propose an alternative way to produce the same effect without mapping points, but using a level-based estimation of the degree of opening of the hand. The experiments have been executed using Microsoft Kinect™, but the method would work on any other Kinect-like devices (as defined herein). The results obtained are particularly encouraging and demonstrate real-time performance of the system.File | Dimensione | Formato | |
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41_2014_IIHCI_Continuous hand openness detection using a Kinect-like device.pdf
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CISIS2014_Frontmatter.pdf
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