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基于Intel集成性能基元的数字荧光频谱分析技术的软件加速实现 被引量:2

Software Accelerated Implementation of Digital Phosphor Spectrum Analysis Technology Based on Intel Integrated Performance Primitives
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摘要 实时频谱分析广泛应用在电子侦察、信号捕获和监测等领域。实现了一套基于x86平台的软件化实时频谱分析系统。在Intel+Windows的通用PC机上,用C/C++编程实现数字下变频、快速傅里叶变换和数字荧光技术等关键算法,并利用Intel集成性能基元对算法进行加速,最后调用MATLAB的可视化引擎实时显示200×2 048点高分辨率荧光频谱图。系统处理速度为每秒60兆个采样点,瞬时带宽30 MHz~2 k Hz,频谱分辨率15 k Hz~1 Hz,荧光图刷新速度25帧/s。该系统为实时频谱分析提供了一套简单有效的解决方法。 Real-time spectrum analysis was widely used in electronic reconnaissance,signal capture and monitoring. A software real-time spectrum analysis system based on x86 platform was implemented. On general PC,using C/C ++ to realize algorithms such as digital down conversion( DDC),fast Fourier transform( FFT),digital phosphor spectrum technology( DPX). The algorithms was accelerated by integrated performance primitives( IPP)library. And a 200 × 2 048 high-resolution phosphor spectrum was displayed using the visual engine of MATLAB.System processing speed is 60 Msample persecond,instantaneous bandwidth is 30 MHz ~ 2 kHz,spectral resolution is 15 kHz ~ 1 Hz,refresh rate is 25 frames/s. The system provided a simple and efficient solution for real-time spectrum analysis.
作者 符玉襄 赖兰剑 FU Yu-xiang;LAI Lan-jian(The 36st Institute of China Electronics Technology Group Corporation,Jiaxing 314000,China)
出处 《科学技术与工程》 北大核心 2019年第10期120-125,共6页 Science Technology and Engineering
关键词 实时频谱分析 数字荧光技术 数字下变频 快速傅里叶变换 集成性能基元 软件加速 real-time spectrum analysis digital phosphor technology digital down conversion fast Fourier transform integrated performance primitives software accelerated
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