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Flexible macroblock ordering in H.264/AVC

机译:H.264 / AVC中的灵活宏块排序

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H.264/AVC is a new standard for digital video compression jointly developed by ITU-T's Video Coding Experts Group (VCEG) and ISO/IEC's Moving Picture Experts Group (MPEG). Besides the numerous tools for efficient video coding, the H.264/AVC specification defines some new error resilience tools. One of them is flexible macroblock ordering (FMO) which is the main focus of this paper. An in-depth overview is given of the internals of FMO. Experiments are presented that demonstrate the benefits of FMO as an error resilience tool in case of packet loss over IP networks. The flexibility of FMO comes with a certain overhead or cost. A quantitative assessment of this cost is presented for a number of scenarios. FMO can, besides for pure error resilience, also be used for other purposes. This is also addressed in this paper.
机译:H.264 / AVC是由ITU-T的视频编码专家组(VCEG)和ISO / IEC的运动图像专家组(MPEG)共同开发的数字视频压缩新标准。除了用于高效视频编码的众多工具之外,H.264 / AVC规范还定义了一些新的错误恢复工具。其中之一是灵活的宏块排序(FMO),这是本文的重点。深入介绍了FMO的内部结构。实验表明,在IP网络上丢包的情况下,FMO作为防错工具的优势。 FMO的灵活性带有一定的开销或成本。在许多情况下,将对此成本进行定量评估。 FMO除了可以提供纯粹的错误恢复能力之外,还可以用于其他目的。本文也解决了这一问题。

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