平行光束滤波后投影CT图像重建的VHDL建模与仿真

Pranamita Basu, M. Manjunatha
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引用次数: 3

摘要

本文描述了用于CT(计算机断层扫描)图像重建的平行光束滤波反投影算法的VHDL建模和仿真。该算法是高度数据密集型和计算量庞大的算法,需要大量的执行时间,因此需要硬件实现实时处理。因此,VHDL模型可以在可重构硬件上实现。由于内存限制,在FPGA上实现了较小尺寸的映像,而VHDL模型已设计为可在FPGA上使用片外存储器块实现的512×512映像。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
VHDL modelling and simulation of parallel-beam filtered backprojection for CT image reconstruction
This paper describes the VHDL modelling and simulation of parallel-beam filtered backprojection algorithm to be used for image reconstruction in CT (computed tomography). The algorithm being highly data intensive and computationally extensive requires a lot of time for execution and hence it necessitates hardware implementation for real-time processing. So the VHDL model can be implemented on reconfigurable hardware. Due to memory constraints a smaller size image has been implemented on FPGA while the VHDL model has been designed for a 512×512 image which can be implemented on FPGA using offchip memory blocks.
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