H.264-based scalable video coding (SVC) can be utilised to encode 3D stereoscopic video. In this paper, reduced resolution depth compression is proposed for SVC to improve the 3D video rate distortion performance. The proposed method reduces the overall bit rates and consequently: 1) improves SVC rate distortion for 3D video, particularly at lower bit rates in error free channels; and 2) improves 3D SVC performance for 3D transmission in error prone channels. ©2008 The Institution of Engineering and Technology
This paper presents a study on different techniques for stereo video compression and its optimizatio...
In stereoscopic video, it is well-known that compression efficiency can be improved, without sacrifi...
With the advent of autostereoscopic displays, questions rise on how to efficiently compress the vide...
In this paper, Reduced Resolution Depth Compression (RRDC) is proposed for Scalable Video Coding (SV...
In this paper, Reduced Resolution Depth Compression (RRDC) is proposed for Scalable Video Coding (SV...
This paper presents an H.264-based scheme for compress-ing 3D content captured by 3D depth range cam...
In the near future, 3D video is likely to be used to enhance video applications, as it offers a grea...
In the near future, 3D video is likely to be used to enhance video applications, as it offers a grea...
With the advent of autostereoscopic displays, questions rise on how to efficiently compress the vide...
An overview of existing and upcoming 3D video coding standards is given. Various different 3D video ...
Advances in video compression technologies have resulted in high visual quality at constrained amoun...
In stereoscopic video, it is well-known that compression efficiency can be improved, without sacrifi...
This paper presents an approach for 3D video coding that uses a format in which a small number of vi...
Digital video has become ubiquitous in our everyday lives; everywhere we look, there are devices tha...
In stereoscopic video, it is well-known that compression efficiency can be improved, without sacrifi...
This paper presents a study on different techniques for stereo video compression and its optimizatio...
In stereoscopic video, it is well-known that compression efficiency can be improved, without sacrifi...
With the advent of autostereoscopic displays, questions rise on how to efficiently compress the vide...
In this paper, Reduced Resolution Depth Compression (RRDC) is proposed for Scalable Video Coding (SV...
In this paper, Reduced Resolution Depth Compression (RRDC) is proposed for Scalable Video Coding (SV...
This paper presents an H.264-based scheme for compress-ing 3D content captured by 3D depth range cam...
In the near future, 3D video is likely to be used to enhance video applications, as it offers a grea...
In the near future, 3D video is likely to be used to enhance video applications, as it offers a grea...
With the advent of autostereoscopic displays, questions rise on how to efficiently compress the vide...
An overview of existing and upcoming 3D video coding standards is given. Various different 3D video ...
Advances in video compression technologies have resulted in high visual quality at constrained amoun...
In stereoscopic video, it is well-known that compression efficiency can be improved, without sacrifi...
This paper presents an approach for 3D video coding that uses a format in which a small number of vi...
Digital video has become ubiquitous in our everyday lives; everywhere we look, there are devices tha...
In stereoscopic video, it is well-known that compression efficiency can be improved, without sacrifi...
This paper presents a study on different techniques for stereo video compression and its optimizatio...
In stereoscopic video, it is well-known that compression efficiency can be improved, without sacrifi...
With the advent of autostereoscopic displays, questions rise on how to efficiently compress the vide...