Evaluating lightweight optical hand tracking for Virtual Reality rehabilitation
Journal Title: Romanian Journal of Human - Computer Interaction - Year 2016, Vol 9, Issue 2
Abstract
As part of the TRAVEE (Virtual Therapist for Neuromotor Rehabilitation through Augmented Feedback) project we require a device for a precise tracking of the movements of the human hand. We concluded that the most appropriate for our purpose (due to its lightweight design and ease of use) would be a solution based on optical tracking. In this paper, we presented the way in which we evaluated two such optical tracking devices: Leap Motion and Intel RealSense. We used this method because we believe it fits the best our particular scenario.
Authors and Affiliations
Oana Ferche, Alin Moldoveanu, Florica Moldoveanu
Keywords
Related Articles
- EP ID EP28984
- DOI -
- Views 383
- Downloads 9
Depth Perception Evaluation of 3D Virtual Prototypes Using Imersive CAVE Systems
In this paper an experimental study that aimed depth perception of virtual prototypes in an immersive environment compared with the depth perception of virtual prototypes using 2D LCD monitor is presented. The experiment...
Approaches on the Quality Evaluation of the On-line Public Services (e-ServEval)
This paper describes two categories of approach (general and specific) regarding the quality evaluation of the on-line public services. The specific approach presents the e-ServEval model, designed and experimented in a...
Understanding perceptual-gestural knowledge in TEL systems with eye-tracking
This paper presents our methodology to capture and model multimodal interactions in Intelligent Tutoring Systems (ITS). We are specifically interested in perceptual-gestural interactions combining perceptions, gestures a...
Evaluation of the Effort to Mental Reconstruct the Objects from Technical Drawings
In this paper is presented an experiment aimed to estimate the cognitive complexity of 2D technical drawings by measuring the reaction time and the accuracy of mentally reconstructed 3D images from 2D planar projections....
Interaction Techniques In Earth Science Applications
The modelling, simulation and visualization of environmental data involves the defining and development of some particular interaction techniques. An architecture that supports different interaction techniques is present...