Real-time MPEG2 encoding and decoding with a dual-issue RISC processor

A. Yamada, T. Yoshida, E. Holmann, T. Matsumura, S. Uramoto
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引用次数: 5

Abstract

A single chip system for real-time encoding and decoding for MPEG2, except for motion estimation, can be created by integrating two 250 MHz dual issue RISC processor cores with a small dedicated hardware for the variable length encoding/decoding (VLC/VLD) and block loading process. The estimated area for the encoder, 27.7 mm/sup 2/ using a 0.3-micrometer CMOS process, is 20% smaller than that of the dedicated hardware approach. An approach that uses dual issue RISC processors has the advantage of a smaller chip area and also that of being very easy to program for multimedia applications.
实时MPEG2编码和解码与双问题RISC处理器
除了运动估计之外,MPEG2的实时编码和解码的单芯片系统可以通过将两个250 MHz双问题RISC处理器内核与用于可变长度编码/解码(VLC/VLD)和块加载过程的小型专用硬件集成在一起来创建。编码器的估计面积为27.7 mm/sup /,使用0.3微米CMOS工艺,比专用硬件方法小20%。使用双问题RISC处理器的方法具有芯片面积较小的优点,并且非常容易为多媒体应用程序编程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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