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Minimal Startup Delay in HAS with Staggered Segments

机译:具有交错段的HAS中的启动延迟最小

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Nowadays HTTP Adaptive Streaming (HAS) is the most prevalent solution on the Internet for multimedia streaming and is responsible for the majority of global traffic. The multimedia content is encoded at different bit rates and split into segments, so that HAS clients can download the segments at the bit rate that best fits the network conditions. Although content segmentation provides a good trade-off between adaptability and encoding efficiency, it is detrimental to low-latency streaming due to high startup delay. In this paper we introduce staggered segments, a means to achieving startup delays of a few frames, while the video is still efficiently encoded. We also demonstrate that systems using staggered segments achieve better Quality-of- Experience in very low-latency streaming as a result of the clients downloading higher bit rates than in traditional deployments.
机译:如今,HTTP自适应流(HAS)是Internet上最流行的多媒体流解决方案,它负责大多数全球流量。多媒体内容以不同的比特率编码并分成多个段,以便HAS客户端可以以最适合网络条件的比特率下载这些段。尽管内容分段在适应性和编码效率之间提供了很好的折衷,但是由于启动延迟高,它不利于低延迟流传输。在本文中,我们介绍了交错段,这是一种实现几帧启动延迟的方法,而视频仍能得到有效编码。我们还证明,由于客户端下载的比特率比传统部署的客户端更高,因此使用交错段的系统可以在非常低的延迟流中实现更好的体验质量。

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