MPEG-4视频编码标准——超大规模集成电路的观点

J. Kneip, Sven Bauer, J. Vollmer, B. Schmale, P. Kuhn, M. Reissmann
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引用次数: 57

摘要

本文概述了新兴的MPEG-4视频编码标准的现状,并讨论了实际实现的潜力和问题。虽然该标准的高灵活性建议在微处理器或DSP上进行软件实现,但对该标准的复杂性分析证明,实时编解码器实现所需的处理能力很快就会达到未来高性能微处理器的极限。但是,即使有大量不同的算法,该标准也为成功实现作为优化的、灵活的低成本、低功耗解决方案留下了足够的设计空间。通过识别所涉及算法的通用算法和传输属性,提出了流、视频和合成处理器的划分。每个单元都是可编程的,但专用于每个算法类的典型要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The MPEG-4 video coding standard-a VLSI point of view
The paper presents an overview of the current status of the emerging MPEG-4 video coding standard and a discussion of the potential and problems for a practical implementation. Though the high flexibility of the standard suggests a software implementation on microprocessors or DSP, a complexity analysis of the standard proved, that the required processing power for a real time codec implementation quickly reaches the limits even of future high-performance microprocessors. But even with its high number of different algorithms, the standard leaves enough design space for a successful implementation as an optimised, but flexible low-cost, low-power solution. By identifying common arithmetic and transfer properties of the algorithms involved, a partitioning into a stream, video, and composition processor is proposed. Each of the units is programmable, but dedicated to the typical requirements of each algorithm class.
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