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Design and FPGA-implementation of 1st-order 4D IIR frequency-hyperplanar digital filters

机译:设计和FPGA-实现1 ST -ORDER 4D IIR频率超平面式滤波器

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Four-dimensional (4D) 1st-order frequency-hyperplanar digital filters have emerging applications in computed tomography (CT), volumetric ultrasound, and light field processing for computer vision. A novel IIR architecture for real-time implementation of such filters is proposed, and two single-chip prototypes are implemented on Xilinx Virtex-4 Sx35ff668-10 FPGAs. Experimental results from the FPGA physical implementation as well as simulated 4D frequency responses of the two 4D IIR filter realizations are used to quantify the proposed circuits in terms of frequency response, speed and FPGA resource utilization.
机译:四维(4D)1 ST -Order频率 - 超平面数字滤波器在计算机视觉上的计算机断层扫描(CT),体积超声波和光场处理中具有新兴应用。提出了一种用于实时实施此类过滤器的IIR架构,并在Xilinx Virtex-4 SX35FF668-10 FPGA上实现了两个单芯片原型。 FPGA物理实现的实验结果以及两个4D IIR滤波器实现的模拟4D频率响应用于在频率响应,速度和FPGA资源利用方面量化所提出的电路。

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