This paper presents a system architecture of an acquisition, compression and rendering system for 3D- TV and free-viewpoint video applications. We show that the proposed system yields two distinct advantages. First, it achieves an efficient compression of 3D/multi-view video by extending a standard H.264 encoder such that near backward compatibility is retained. Second, the proposed system can efficiently compress both 3D-TV and free- viewpoint multi-view video datasets using the single proposed system architecture
Free-ViewPoint (FVP) interpolation allows creating a new view between the existing reference views. ...
This paper reviews some basic technologies for the complete 3D video transmission chain, i.e. multi-...
This paper presents the architecture of an innovative 3DTV receiver system, enabling Free-ViewPoint ...
This paper presents a system architecture of an acquisition, compression and rendering system for 3D...
Research and development of 3DTV has been strongly fueled by the rapid market acceptance of stereo 3...
This paper presents algorithmic and architectural solutions for a free-viewpoint 3DTV receiver syste...
This paper presents our ongoing research on view synthesis of free-viewpoint 3D multi-view video for...
This paper presents an architecture of an acquisition, compression and rendering system for 3D-TV. W...
An overview of 3D and free viewpoint video is given in this paper with special focus on related stan...
An overview of 3D and free viewpoint video is given in this paper with special focus on related stan...
An overview of 3D and free viewpoint video is given in this paper with special focus on related stan...
The iGLANCE project aims at researching the methods of receiving and rendering of free-view 3D-TV se...
Free-ViewPoint (FVP) interpolation allows creating a new view between the existing reference views. ...
This paper reviews some basic technologies for the complete 3D video transmission chain, i.e. multi-...
This paper presents the architecture of an innovative 3DTV receiver system, enabling Free-ViewPoint ...
This paper presents a system architecture of an acquisition, compression and rendering system for 3D...
Research and development of 3DTV has been strongly fueled by the rapid market acceptance of stereo 3...
This paper presents algorithmic and architectural solutions for a free-viewpoint 3DTV receiver syste...
This paper presents our ongoing research on view synthesis of free-viewpoint 3D multi-view video for...
This paper presents an architecture of an acquisition, compression and rendering system for 3D-TV. W...
An overview of 3D and free viewpoint video is given in this paper with special focus on related stan...
An overview of 3D and free viewpoint video is given in this paper with special focus on related stan...
An overview of 3D and free viewpoint video is given in this paper with special focus on related stan...
The iGLANCE project aims at researching the methods of receiving and rendering of free-view 3D-TV se...
Free-ViewPoint (FVP) interpolation allows creating a new view between the existing reference views. ...
This paper reviews some basic technologies for the complete 3D video transmission chain, i.e. multi-...
This paper presents the architecture of an innovative 3DTV receiver system, enabling Free-ViewPoint ...