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A novel single lens stereoscopic 3D camera system for Ultra High-Fidelity Definition(UHD) broadcasting

机译:用于超高保真清晰度(UHD)广播的新型单镜头立体3D摄像机系统

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The world's first regular 3D broadcasting was successfully launched by SBS(Seoul Broadcasting System), Korea. Moreover, the amount of 3D videos which were produced on HD / DCI format has increased. 3D videos have already been captured with 4K UHD(3840×2160) resolution. As the displays for 3D UHD display begin to become general, 3D UHD is going to be the standard for broadcasting and commercial films. However, stereoscopic 3D movies that are captured by two cameras rig system having two lenses have geometrical distortion inherently. Yet there are much less studies on why the 3D system causes geometrical distortion that occurs visual fatigue. In this paper, the factors that may cause fatigue are analyzed, and a novel single lens stereoscopic 3D camera system which may solve the problems is suggested.
机译:韩国首尔广播系统(SBS)成功启动了世界上第一个常规3D广播。此外,以HD / DCI格式制作的3D视频的数量有所增加。已经以4K UHD(3840×2160)分辨率捕获了3D视频。随着3D UHD显示器的显示开始普及,3D UHD将成为广播和商业电影的标准。然而,由具有两个透镜的两个照相机装置系统捕获的立体3D电影固有地具有几何变形。但是,关于3D系统为何会导致出现视觉疲劳的几何变形的研究却很少。在本文中,分析了可能导致疲劳的因素,并提出了可以解决该问题的新型单镜头立体3D相机系统。

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