The Mosaic Camera: Streaming, Coding and Compositing Experiments

Mashhour Solh, G. Al-Regib
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Abstract

The HP Fan Camera is a panoramic mosaic king camera that is a composite of 24-imager array system. Streaming the captured video is a challenging problem due to several factors such as the large bandwidth requirements, the limited capabilities of the client's machines, and our desire to provide independent viewing controls for users. In the process of developing an optimal rate controller for the HP Fan Camera we developed a client-server framework for multi-camera streaming and performed a set of experiments using various bandwidth allocation schemes. From our preliminary research, we found that sending individual streams of the cameras over the network provides more interactivity to the end users and requires less bandwidth in case the behavior of the end users is aggressive in scene selection. In this paper we present this framework and share the results of our conducted experiments.
马赛克相机:流,编码和合成实验
惠普风扇相机是一款由24个成像仪阵列系统组合而成的全景马赛克王相机。由于几个因素,如大带宽需求、客户端机器的有限能力以及我们希望为用户提供独立的观看控制,流媒体捕获的视频是一个具有挑战性的问题。在为HP风扇摄像机开发最优速率控制器的过程中,我们开发了一个多摄像机流媒体的客户端-服务器框架,并使用各种带宽分配方案进行了一组实验。从我们的初步研究中,我们发现通过网络发送单个摄像机流为最终用户提供了更多的交互性,并且在最终用户的行为在场景选择中具有侵略性的情况下需要更少的带宽。在本文中,我们提出了这个框架,并分享了我们进行的实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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