Rather than based on the stereo vision principle and the relationship between the camera position and the video scene objects used in most of current 2D-to-3D video conversion algorithms, a new prediction method of video depth information based on video frame differences is proposed and implemented on an embedded platform in this paper. 3D stereoscopic video sequences are generated by using the original 2D video sequences and the depth information. The theoretical analysis and experimental results have showed that the proposed method is more feasible and efficiency compared with the current algorithms.Computer Science, Information SystemsEngineering, ManufacturingEICPCI-S(ISTP)
With the recent booming of 3DTV industry, more and more stereoscopic videos are demanded by the mark...
3D representation nowadays has attracted much more public attention than ever before. One of the mos...
Abstract This paper proposes a novel method for 2D-to-3D video conversion, based on boundary informa...
3D movies have received more and more attention in recent years. However, the investment in making 3...
We propose a novel compact representation for stereoscopic videos - a 2D video and its depth cues. D...
Abstract: We propose a novel compact representation for stereoscopic videos- a 2D video and its dept...
3DTV provides realistic 3D effects to viewers by employing stereoscopic contents compared with 2D vi...
In this paper, we propose a novel 2D-to-3D video conversion method for 3D entertainment application...
Abstract—This paper presents a system of converting con-ventional monocular videos to stereoscopic o...
An efficient method that estimates the depth map of a 3D-scene using the motion information of the...
With the recent booming of 3DTV industry, more and more stereoscopic videos are demanded by the mark...
Most of the TV manufacturers have released 3DTVs in the summer of 2010 using shutter-glasses technol...
Three-dimensional television (3D-TV) has gained increasing popularity in the broadcasting domain, as...
Abstract — Most of the TV manufacturers have released 3DTVs in the summer of 2010 using shutter-glas...
This paper presents a system of converting conventional monocular videos to stereoscopic ones. In th...
With the recent booming of 3DTV industry, more and more stereoscopic videos are demanded by the mark...
3D representation nowadays has attracted much more public attention than ever before. One of the mos...
Abstract This paper proposes a novel method for 2D-to-3D video conversion, based on boundary informa...
3D movies have received more and more attention in recent years. However, the investment in making 3...
We propose a novel compact representation for stereoscopic videos - a 2D video and its depth cues. D...
Abstract: We propose a novel compact representation for stereoscopic videos- a 2D video and its dept...
3DTV provides realistic 3D effects to viewers by employing stereoscopic contents compared with 2D vi...
In this paper, we propose a novel 2D-to-3D video conversion method for 3D entertainment application...
Abstract—This paper presents a system of converting con-ventional monocular videos to stereoscopic o...
An efficient method that estimates the depth map of a 3D-scene using the motion information of the...
With the recent booming of 3DTV industry, more and more stereoscopic videos are demanded by the mark...
Most of the TV manufacturers have released 3DTVs in the summer of 2010 using shutter-glasses technol...
Three-dimensional television (3D-TV) has gained increasing popularity in the broadcasting domain, as...
Abstract — Most of the TV manufacturers have released 3DTVs in the summer of 2010 using shutter-glas...
This paper presents a system of converting conventional monocular videos to stereoscopic ones. In th...
With the recent booming of 3DTV industry, more and more stereoscopic videos are demanded by the mark...
3D representation nowadays has attracted much more public attention than ever before. One of the mos...
Abstract This paper proposes a novel method for 2D-to-3D video conversion, based on boundary informa...