实时自适应视频流

Vlad Rosu, M. Marcu
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引用次数: 2

摘要

今天通过互联网传输的大部分数据由视频流服务组成,这主要是由于Youtube、Skype或WebEx等服务的增长。随着具有实时视频流能力的移动机器人的发展,对自适应视频流的需求日益增加。ARC-ROVER是一种可以通过3G技术连接到互联网的机器人,它可以在互联网上进行控制,同时提供视频流,作为向用户提供反馈的一种手段。在测试中,除了网络时间和编码和解码过程造成的延迟外,视情况而定,视频流的延迟随着时间的推移而增加,直到视频流由于其延迟而不再可用。我们的工作目标是实现一种嵌入式算法,充分利用可用带宽,同时提供无缝的视频流,没有中断,尽可能少的延迟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Real time adaptive video streaming
A large part of the data transmitted over the Internet today consists of video streaming services, mainly due to the growth of services like Youtube, Skype or WebEx. The need for an adaptive video stream arose as a mobile robot with real-time video streaming capability has been developed. ARC-ROVER is a robot that could connect to the Internet via 3G technology, and that could be controlled over the Internet while providing a video stream as a means of providing feedback to the user. In tests, apart from the latency resulted from network time and encoding and decoding processes, depending on the circumstances, the video stream's latency increased over time until the video stream was no longer usable due to its delay. The goal of our work is to implement an embedded algorithm that takes full advantage of the available bandwidth, while at the same time providing a seamless video stream with no interruptions and as little delay as possible.
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