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Implementation of intra prediction in H.264 based on a novel design methodology

机译:基于新颖的设计方法在H.264中实现帧内预测

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A novel IC design methodology, named Operator Methodology (OM), is proposed in this paper and has been applied to intra prediction of H.264 entropy coding, satisfying the need of 1080P@30pfs performance. This new methodology will map the high-level language, such as C programming language, to verilog HDL through a special middle language, using a series of analysis processes like time-noting and optimization. The implementation of intra prediction in H.264 by OM, which is verified to work at 100MHZ in a Xilinx Virtex6 FPGA and 0.13um SMIC CMOS technology at 167MHz frequency, shows that OM can speed up IC design effectively and obtain comparable performance with other ASIC results. Finally, our design cycle, measured by man-month, will be decreased by a large scale using auto-translator and auto-optimizer.
机译:本文提出了一种新颖的IC设计方法,称为运算符方法(OM),该方法已应用于H.264熵编码的帧内预测,​​满足了1080P @ 30pfs性能的需求。这种新的方法将使用诸如记时和优化之类的一系列分析过程,通过一种特殊的中间语言将高级语言(例如C编程语言)映射到Verilog HDL。 OM在H.264中执行帧内预测已被证实可在Xilinx Virtex6 FPGA的100MHZ和167MHz频率下的0.13um SMIC CMOS技术下运行,这表明OM可以有效地加速IC设计并获得与其他ASIC相当的性能结果。最后,使用自动翻译器和自动优化器可以大幅度减少按人/月衡量的设计周期。

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