Immersion

Scientific publications

High Resolution Insest for Stereoscopic Immersive Displays : a Method for 3D Content Dependant Inset Boundaries.

High Resolution Insest for Stereoscopic Immersive Displays : a Method for 3D Content Dependant Inset Boundaries.

We propose an approach to better integrate high-resolution stereoscopic areas within lower resolution stereoscopic images.

de la Rivière J.B., Nigay L. : Cube tactile et autres technologies pour une meilleure préhension de vos données. Proceedings of Virtual Retrospect, November 2009.

CubTile, a multi-touch cubic interface.

CubTile, a multi-touch cubic interface.

Preliminary work aiming at joining forces linked to multitouch tactile surfaces in a tool dedicated to 3D interaction.

Paljic A., de Bossoreille C., Fuchs P., Soubies G. : High Resolution Insest for Stereoscopic Immersive Displays : a Method for 3D Content Dependant Inset Boundaries. Poster VRST 2009.

Moving the CAT to desktops.

Moving the CAT to desktops.

In this work, we present the initial design explorations of a 6 Degrees of Freedom tool made for the manipulation and 3D navigation in critical contexts.

de la Rivière, J.B., Kervégant, C., Orvain, E., Dittlo, N. : CubTile, a multi-touch cubic interface. Proceedings of VRST, November 2008.

Human Motion Perception through Video Model-Based Tracking.

Human Motion Perception through Video Model-Based Tracking.

This study presents an innovative tracking system designed to match robotic vision constraints which limit potential interaction.

de la Rivière, J.B., Audonnet, M. : Technologies d’aujourd’hui et de demain pour la numérisation et manipulation de modèles 3D. Proceedings of Virtual Retrospect, November 2007.