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Scalable FFT Architecture vs. Multiple Pipeline FFT Architectures - Hardware Implementation and Cost

机译:可扩展的FFT架构与多管线FFT架构 - 硬件实现和成本

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This paper presents a family of architectures for FFT implementation based on the decomposition of the perfect shuffle permutation, which can be designed with variable number of processing elements. This provides designers with a trade-off choice of speed vs. complexity (cost and area.). Hardware comparison to other existing pipeline architecture presented based on implementation of 1024-point FFT with 4 processing elements using 45nm process technology. The proposed architecture is most suitable for handheld and portable multimedia applications.
机译:本文介绍了基于完美随机排列的分解的FFT实现的架构系列,可以设计具有可变数量的处理元件。这为设计人员提供了速度与复杂性的权衡选择(成本和面积)。基于1024点FFT的实施提供的其他现有管道架构的硬件比较,采用45nm工艺技术为4个处理元件。该建议最适合手持和便携式多媒体应用。

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