具有可变问题模式的多线程MPEG处理器

Woo-Seung Yang, Hansoo Kim, Myoung-Cheol Shin, I. Park, C. Kyung
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引用次数: 2

摘要

MPEG解码芯片必须支持多种功能,如视频流解码、传输流解析、多标准支持、屏幕显示的扫描线转换以及音频/视频同步。其中一些功能是计算密集型的,而另一些则是大小密集型的。本文提出了一种专门用于MPEG解码的嵌入式处理器,以应对这种复杂的要求。所提出的处理器可以一次执行多达四个操作来处理密集的计算,并且可以根据所需的性能改变指令发布率以节省代码大小,这在MPEG应用中是非常重要的。此外,处理器可以快速切换任务,以保持任务之间存在的缓冲区数量最小。
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A multi-threading MPEG processor with variable issue modes
MPEG decoding chips have to support multiple features such as video stream decoding, transport stream parsing, multi-standard support, scan line conversion for on-screen display, and audio/video synchronization. Some of these features are computation-intensive, while others are size-intensive. In this paper an embedded processor specialized for the MPEG decoding is proposed to cope with the complicated requirements. The proposed processor can execute up to four operations at a time to handle intensive computation, and can change instruction issue rate according to the required performance in order to save code size which is very important in MPEG applications. In addition, the processor can switch tasks rapidly to keep the number of buffers existing between tasks minimal.
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