特邀演讲:通过视觉反馈支持的平铺式移动投影仪的协作视频播放

M. Zarki, Brigitte Jaumard, Venkatesh Krishnaswamy
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引用次数: 0

摘要

预计在不久的将来,微型投影仪将变得越来越流行,特别是当嵌入到智能手机、便携式媒体播放器和数码相机等移动设备中时。普通消费者,寻求更多的功能和吸引在一个便携式设备,将发现这种集成设备非常有吸引力。然而,集成移动投影仪提供的分辨率和亮度远低于通常提供的标准投影仪。我们基于同步技术的协作方案为此类移动设备投影的视频提供了一种提高分辨率和亮度的手段,显著增强了用户的观看体验。在这次演讲中,我将展示一个移动投影仪上的协作视频播放,它只通过视觉反馈来设置和管理。更具体地说,我将介绍一种基于摄像头的视频同步算法,该算法允许支持投影的移动设备联盟协作呈现由多个子流组成的完整视频流,每个子流都流到组成整体的不同移动设备。由于同步不使用任何无线网络基础设施,因此它独立于网络拥塞和连接。对于这个项目,我们将同步方法与现有的分布式注册技术相结合,为排列在2×2数组中的四个投影仪的协作联邦演示同步视频流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Invited talks: Collaborative video playback on a federation of tiled mobile projectors enabled by visual feedback
Pico projectors are expected to become increasingly popular in the near future, in particular when embedded in mobile devices such as smart phones, portable media players and digital cameras. The average consumer, seeking more features and attracted to all in one portable devices, will find such integrated devices very appealing. However the resolution and the brightness provided by integrated mobile projectors are much lower than what standard projectors commonly offer. Our collaborative scheme based on our synchronization technique provides a means of increasing resolution and brightness for the video projected by such mobile devices, significantly enhancing the viewing experience for the user. In this talk, I will present a collaborative video playback on mobile projectors, set out and managed only through visual feedback. More specifically I will introduce a camera-based video synchronization algorithm that allows a federation of projection-enabled mobile devices to collaboratively present a full video stream that consists of multiple sub streams, each streamed to a different mobile device constituting the ensemble. Since the synchronization does not use any wireless network infrastructure, it is independent of network congestion and connectivity. For this project we combined our synchronization method with existing distributed registration techniques to demonstrate a synchronized video stream for a collaborative federation of four projectors arranged in a 2×2 array.
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