A Gesture-Based Interaction Approach for Manipulating Augmented Objects Using Leap Motion
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Date
2015-11Author
López Herrera, Gustavo
Quesada Quirós, Luis
Guerrero Blanco, Luis Alberto
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Ambient Intelligence and Ubiquitous Computing are carrying the world to a reality where almost every object interacts with the environment, either via sensors or actuators, and users must learn how to interact with such systems. This paper presents a gesture-based interaction approach to manipulate
such objects. We developed a prototype using a leap motion controller as a hand-tracking device, and a Support Vector Machine as a classifier to distinguish between gestures. Our system was evaluated by 12 users with over 10 commands. We also show a review on gesture-based interaction and compare
other proposals with ours.