Blue-c: A Spatially Immersive Display and 3D Video Portal

HRBF combines speed in the parameters computation with reconstruction accuracy and it is particularly suitable to be used with 3D digitisers to reconstruct in real-time a 3D

By seam- lessly rendering dynamic video data from multiple cameras on top of a 3D model of a site, the system allows the users to view the dynamic action in the context of a global

It jointly uses real-time voxel-based visual hull reconstruction and feature tracking to estimate the motion of a human skeleton from multiple video streams.. Human motion

Figure 2: Computation of Director Volumes (a) the input 3D model with two key subjects, (b) the pre-computed cell-and- portal representation (cells in blue, portals in red), (c)

The users’s 3D video representation combined with the high-resolution LCD wall provides local and remote users with a shared virtual space in an extended life-size window metaphor..

The system provides for the projection of a number of camera video streams to their corresponding projections on a map so that viewers may view live traffic in real-time.. Along with

A tool for user driven 3D reconstruction is presented in this poster together with ideas of tool extension for a work in immersive environment with multi-user editing possibility..

3D Model Reconstruction, for the production of sparse or dense point clouds; 3D Motion Matching, for the automatic reconstruction of virtual reality models from video sequences and