Add to ORKGThis paper highlights recent advances in image compression aided by 3-D geometry information. As two examples, we present a model-aided video coder for efficient compression of head-and-shoulder scenes and a geometry-aided coder for 4-D light fields for image-based rendering. Both examples illustrate that an explicit representation of 3-D geometry is advantageous if many views of the same 3-D object or scene have to be encoded. Waveform-coding and 3-D model-based coding can be combined in a ratedistortion framework, such that the generality of waveform coding and the efficiency of 3-D models are available where needed
Abstract. Recent video compression algorithms such as the members of the MPEG or H.26x family use im...
In recent years, the three-dimensional (3D) movie industry has reaped massive commercial success in ...
Holoimage is a technique that is capable of compressing 3D geometry scans into 2D images. The main g...
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...
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 presents a novel coding technique based on approximate geometry for images taken from arbi...
Three dimensional models are commonly used in computer graphics and 3D modeling characters in animat...
Abstract ⎯ In this paper, we propose a multi-view image coding system that operates directly in 3-D ...
Recently, the interest in 3D imaging has increased tremendously and alongside 3DTV has developed qui...
We propose a method of using shape adaptation for compression of light fields of 3-D objects. Shape ...
Geometry compression concerns the representation of three-dimensional objects. The goal of geometry ...
Multi-view image coding benefits from knowledge of the depicted scene’s 3-D geometry. To exploit geo...
Research efforts on 3DTV technology have been strengthened worldwide recently, covering the whole me...
Abstract. Recent video compression algorithms such as the members of the MPEG or H.26x family use im...
In recent years, the three-dimensional (3D) movie industry has reaped massive commercial success in ...
Holoimage is a technique that is capable of compressing 3D geometry scans into 2D images. The main g...
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...
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 presents a novel coding technique based on approximate geometry for images taken from arbi...
Three dimensional models are commonly used in computer graphics and 3D modeling characters in animat...
Abstract ⎯ In this paper, we propose a multi-view image coding system that operates directly in 3-D ...
Recently, the interest in 3D imaging has increased tremendously and alongside 3DTV has developed qui...
We propose a method of using shape adaptation for compression of light fields of 3-D objects. Shape ...
Geometry compression concerns the representation of three-dimensional objects. The goal of geometry ...
Multi-view image coding benefits from knowledge of the depicted scene’s 3-D geometry. To exploit geo...
Research efforts on 3DTV technology have been strengthened worldwide recently, covering the whole me...
Abstract. Recent video compression algorithms such as the members of the MPEG or H.26x family use im...
In recent years, the three-dimensional (3D) movie industry has reaped massive commercial success in ...
Holoimage is a technique that is capable of compressing 3D geometry scans into 2D images. The main g...