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Ultrahigh-Resolution Video as Basis of a Format-Agnostic Production System

机译:超高分辨率视频作为格式不可知的制作系统的基础

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摘要

In the future, new kinds of ultrahigh-resolution sensors and ultralarge displays will be available that will enable new production methods and immersive services in the home. At the Fraunhofer Heinrich Hertz Institute (HHI), a 6000 × 2000 (6k) pixels multicamera system (Omnicam) and a 7000 × 2000 pixels multiprojection system have been developed and different ultrahigh-resolution productions can already be viewed at the HHI's Tomorrow's immersive Media Experience (Time) Lab. The philosophy behind these activities is a “format agnostic” production system, which enables the merging of video signals from different sensors with different spatial and temporal resolution, such as from panorama cameras at 6k resolution and from high-speed cameras at high-definition resolution. Sophisticated three-dimensional image processing, in combination with appropriate metadata, will then allow combination of these different sources and subsequent extraction of sections from the complete image at a desired size and spatial/temporal resolution. This work will be continued within the Format-Agnostic Script-based Interactive Experience, a project of the European Union's Seventh Framework Programme.
机译:将来,将推出新型超高分辨率传感器和超大型显示器,这些新产品将为家庭提供新的生产方法和沉浸式服务。在弗劳恩霍夫大学(Fraunhofer Heinrich Hertz)研究所(HHI),开发了6000×2000(6k)像素的多相机系统(Omnicam)和7000×2000像素的多投影系统,并且已经可以在HHI的明日沉浸式媒体上观看到不同的超高分辨率作品。经验(时间)实验室。这些活动背后的理念是“格式不可知”的制作系统,该系统能够合并来自具有不同时空分辨率的不同传感器的视频信号,例如来自6k分辨率的全景相机和来自高分辨率的高速相机的视频信号。 。复杂的三维图像处理,再加上适当的元数据,将允许这些不同来源的组合,并随后以所需的大小和空间/时间分辨率从完整图像中提取节段。这项工作将在欧盟第七框架计划的一个项目中,在与格式无关的基于脚本的交互体验中继续进行。

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