基于SVC和关联RTP丢包检测与信令的视频内容适配

D. Renzi, P. Amon, S. Battista
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引用次数: 6

摘要

可扩展视频编码(SVC)的发展是为了在异构网络上以相同的编码比特流服务于广泛的终端。SVC提供了一种优雅的解决方案来适应视频内容,因为它允许终端和/或网关只访问流的子部分,而不会影响源视频信号的语义。本文描述了基于SVC的适应机制,重点介绍了在IST项目ENTHRONE背景下的实现。特别强调了基于SVC NAL单元报头扩展的自适应技术,以及创新的RTP包丢失处理机制,专门用于处理SVC到SVC和SVC到H.264/AVC自适应且无法使用分层多播的情况下的丢失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Video Content Adaptation Based on SVC and Associated RTP Packet Loss Detection and Signaling
The development of Scalable Video Coding (SVC) has been directed to serve a wide range of terminals over heterogeneous networks with the same encoded bit stream. SVC provides an elegant solution to adapt the video content, as it allows terminal and/or gateways accessing only a sub-part of the stream, without affecting the semantics of the source video signal. This paper describes adaptation mechanisms based on SVC, focusing on the implementation in the context of the IST project ENTHRONE. A particular emphasis is placed on adaptation techniques based on SVC NAL unit header extension, and on innovative RTP packet loss handling mechanisms, specifically conceived to handle losses in scenarios where SVC to SVC and SVC to H.264/AVC adaptation is performed and layered multicast cannot be used.
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