矢量基IDCT实现的MPEG解码

M. Zhou
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引用次数: 2

摘要

本文介绍了矢量基数DCT/IDCT算法的硬件结构和VHDL实现。该体系结构为DCT和IDCT提供了真正的通用结构。对于MPEG-1视频IDCT,它可以在27 MHz的低频下运行,以满足SIF分辨率下的数据速率,并具有处理部分逆量化任务的额外能力。对于MP@ML的MPEG-2, IDCT可以在81 MHz时钟速率下进行。8/spl倍/8的实现也可以很容易地升级,以处理任何N/spl倍/N变换的2次方。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Vector-radix IDCT implementation for MPEG decoding
This paper introduces a hardware architecture and VHDL implementation of a Vector-Radix DCT/IDCT algorithm. The architecture provides a true generic structure for both DCT and IDCT. For MPEG-1 video IDCT, it can run at a low frequency of 27 MHz to meet the data rate at SIF resolution with the additional capability of handling part of an inverse quantization task. For MPEG-2 at MP@ML, the IDCT can be carried out at 81 MHz clock rate. The 8/spl times/8 implementation can also be easily upgraded to handle any N/spl times/N transform of power of two.
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