Compression can be achieved by exploiting knowledge both internal and external to a given image or video source. In this paper, we present means for generating and exploiting the specific external knowledge of a 3D stereoscopic depth map of the given scene to compress the given monoscopic source. Several instances in which the depth map can potentially increase compression or provide improved functionality are presented to motivate further work along this line of reasoning. 1
Current 3-D video (3DV) technology is based on stereo systems. These systems use stereo video coding...
Image-based rendering techniques require capturing an object or scene from many viewpoints. Often, d...
Abstract—We propose a new coding technology for 3D video represented by multiple views and the respe...
This paper presents a new spatial compression method specifically designed for stereo videos. Differ...
This article presents a new concept of using the auto-focus function of the monoscopic camera sensor...
3D video representations usually associate to each view a depth map with the corresponding geometric...
Abstract: We propose a novel compact representation for stereoscopic videos- a 2D video and its dept...
In 3D video, view synthesis is used to create new virtual views between encoded camera views. Errors...
Three-dimensional (3D) movies in theaters have become a massive commercial success during recent yea...
We propose a novel compact representation for stereoscopic videos - a 2D video and its depth cues. D...
Abstract — We propose a novel representation for stereo videos namely 2D-plus-depth-cue. This repres...
The depth-image-based rendering technique is a promising technology for three-dimensional television...
In recent years, the three-dimensional (3D) movie industry has reaped massive commercial success in ...
In this paper, a new solution is introduced for the efficient compression of 3D video based on color...
To my family The interest in Three-Dimensional Video (3DV) technologies has grown considerably in bo...
Current 3-D video (3DV) technology is based on stereo systems. These systems use stereo video coding...
Image-based rendering techniques require capturing an object or scene from many viewpoints. Often, d...
Abstract—We propose a new coding technology for 3D video represented by multiple views and the respe...
This paper presents a new spatial compression method specifically designed for stereo videos. Differ...
This article presents a new concept of using the auto-focus function of the monoscopic camera sensor...
3D video representations usually associate to each view a depth map with the corresponding geometric...
Abstract: We propose a novel compact representation for stereoscopic videos- a 2D video and its dept...
In 3D video, view synthesis is used to create new virtual views between encoded camera views. Errors...
Three-dimensional (3D) movies in theaters have become a massive commercial success during recent yea...
We propose a novel compact representation for stereoscopic videos - a 2D video and its depth cues. D...
Abstract — We propose a novel representation for stereo videos namely 2D-plus-depth-cue. This repres...
The depth-image-based rendering technique is a promising technology for three-dimensional television...
In recent years, the three-dimensional (3D) movie industry has reaped massive commercial success in ...
In this paper, a new solution is introduced for the efficient compression of 3D video based on color...
To my family The interest in Three-Dimensional Video (3DV) technologies has grown considerably in bo...
Current 3-D video (3DV) technology is based on stereo systems. These systems use stereo video coding...
Image-based rendering techniques require capturing an object or scene from many viewpoints. Often, d...
Abstract—We propose a new coding technology for 3D video represented by multiple views and the respe...