Recently, the interest in 3D imaging has increased tremendously and alongside 3DTV has developed quickly both from a research and commercial point of view. The 3D video processing chain includes acquisition, representation, compression and display. We focus our attention on the compression step, introducing a novel technique for model-based 3D video coding. The method presented here is not an extension of a 2D video coding scheme to match the higher dimensionality of the data, but
Three-dimensional (3D) movies in theaters have become a massive commercial success during recent yea...
Abstract—We propose a new coding technology for 3D video represented by multiple views and the respe...
An overview of existing and upcoming 3D video coding standards is given. Various different 3D video ...
Research efforts on 3DTV technology have been strengthened worldwide recently, covering the whole me...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
In this chapter, compression methods for 3D video (3DV) are presented. This includes data formats, v...
The compression efficiency of Distributed Video-Coding (DVC) suffers from the necessity of transmitt...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
The paper addresses the problem of improving the MPEG compression of synthetic video sequences by ex...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
We show that traditional waveform coding and 3-D model-based coding are not competing alternatives b...
In this paper we combine model-based video synthesis with block-based motion-compensated prediction ...
Abstract—All existing video coding standards consider a video as a temporal (along T-axis) collectio...
Three-dimensional (3D) movies in theaters have become a massive commercial success during recent yea...
Abstract—We propose a new coding technology for 3D video represented by multiple views and the respe...
An overview of existing and upcoming 3D video coding standards is given. Various different 3D video ...
Research efforts on 3DTV technology have been strengthened worldwide recently, covering the whole me...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
In this chapter, compression methods for 3D video (3DV) are presented. This includes data formats, v...
The compression efficiency of Distributed Video-Coding (DVC) suffers from the necessity of transmitt...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
The paper addresses the problem of improving the MPEG compression of synthetic video sequences by ex...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
This paper highlights recent advances in image compression aided by 3-D geometry information. As two...
We show that traditional waveform coding and 3-D model-based coding are not competing alternatives b...
In this paper we combine model-based video synthesis with block-based motion-compensated prediction ...
Abstract—All existing video coding standards consider a video as a temporal (along T-axis) collectio...
Three-dimensional (3D) movies in theaters have become a massive commercial success during recent yea...
Abstract—We propose a new coding technology for 3D video represented by multiple views and the respe...
An overview of existing and upcoming 3D video coding standards is given. Various different 3D video ...