GARIBOTTI , Matteo

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Notwithstanding the recent diffusion of the stereoscopic 3D technologies for the development of powerful human computer interaction systems based on augmented reality environment, with the conventional approaches an observer freely moving in front of a 3D display could experience a misperception of the depth and of the shape of virtual objects....

The recent spread of technologies for 3D stereoscopic visualization gave inspiration to the development of new augmented reality systems, which are able to take advantage of such techniques. Nevertheless, some constraints that limit the natural use of these systems have not yet been resolved. One above all, the possibility for the observer to...

Today, it is important in society to make artworks accessible to mass audiences and to widen participation in culture. In such a context, virtual reality is one of the areas of greatest interest: new devices and new techniques are affordable for many users, and virtual and real worlds are often mixed together. In this paper, we propose a...

The recent diffusion of the stereoscopic 3D technologies has yielded the development of affordable and of everyday use devices for the visualization of such information. This has paved the way for powerful human and computer interaction systems based on augmented reality environment where humans can interact with both virtual and real tools....

A novel approach to track the 3D position of the user's eyes in stereoscopic virtual environments, where stereo glasses are worn, is proposed. Such an approach improves a state-of-the-art real-time face tracking algorithm by addressing the occlusion due the stereo glasses and providing estimation of eye position based on biometric features....

Augmented reality environments, where humans can interact with both virtual and real objects, are a powerful tool to achieve a natural human-computer interaction. The recent diffusion of off-the-shelf stereoscopic visualization displays and motion capture devices has paved the way for the development of effective augmented reality systems at...