基于FPGA的排序算法设计与实现

A. F. M. Fahad Alif, S. Islam, Polash Deb
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引用次数: 2

摘要

分析排序算法的效率往往与软件仿真有关。在实际的现场实时操作中,由于软件排序效率较低,需要一个更快的排序操作系统。随着超大规模集成电路设计的进步,排序算法可以很容易地作为块实现在任何系统中,可以在必要时有效地使用。本文将使用Verilog HDL语言实现气泡排序、选择排序和插入排序三种最常用的排序算法。对于所有算法,将检查RTL(寄存器传输电平)图,并分析最坏情况下的相关时序图。然后从分析综合报告和一些运行参数对算法进行比较分析。该算法具有较好的硬件性能,可以在任何并行系统中作为块使用。
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Design and implementation of sorting algorithms based on FPGA
Analysis of the efficiency of sorting algorithms most often bound up to software simulation. In practical field real time operation needs a system of faster sorting operation because software sorting is less effective. With the advancement of VLSI design sorting algorithm can be easily implemented as a block in any system which can be effectively used when necessary. In this paper, three most common sorting algorithms bubble sort, selection sort and insertion sort algorithm will be implemented using Verilog HDL language. For all algorithms RTL (Register Transfer Level) diagram will be examined and associated timing diagram will be analyzed for worst case scenario. Then the comparative analysis for the algorithms will be given form the analysis and synthesis report and from some operating parameters. The algorithm which has better hardware performance can be used as a block in any system with parallelism.
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