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fft_dsp源程序
- fft的源程序，可用于单片机或DSP。运算速度快，可适用于信号的频谱分析，适用于软件解调-fft of the source can be used in single or DSP. Operational speed and can be applied to the signal spectrum analysis applies to software demodulation
yinpinfenxiyi
- 大学生电子竞赛论文报告-音频信号分析仪。主要利用频谱分析原理，频谱分析是把信号的能量用频率的函数显示出来-Undergraduate Electronic Thesis Competition Report- audio signal analyzer. The main principle of the use of spectrum analysis, spectrum analysis is used to signal the frequency of the energy functi
audio
- 用mega8 做的音频分析，能够实时显示mic输入的音频信号波形和频谱。-Mega8 to do with audio analysis to real-time display mic input audio signal waveform and frequency spectrum.
pingpuceshi
- 本工程基于MC9SDG128，利用fft对输入信号进行频谱分析-This engineering Based MC9SDG128, use fft input signal spectrum analysis
1
- 这是我用STC89C58RD+单片机做的音频功率谱分析，包含FFT程序，对学习FFT软件滤波算法的朋友肯定会有所帮助的。-This is what I do with STC89C58RD+ single chip audio power spectrum analysis, including FFT program, the software filter algorithm for learning FFT friends would certainly have been helpful
spectrum-sharing
- 本文主要是基于认知无线电频谱共享的现状，结合着在经济学中得到广泛应用的博弈模型，提出了一种单卖家多买家的频谱共享模型，并在此基础上分析了其静态模型和动态模型的闭式解，并进行了仿真实现。很具有参考价值。-This article is based on the cognitive status of the radio spectrum sharing, combined with widely used in economics, game model, a single seller and
Analysis-Coupling-in-PMFr
- 从白光干涉的基本理论出发，分析了双折色散对偏振祸合测试的影响，提出了提高偏振祸合测试最大测量长度的频域分析的方案。在实验室已研制出的分布式偏振祸合测试仪的基础上，搭建了频域分析的系统，完成了LabVIEW软件系统的设计，进行了白光干涉光谱算法的研究。同时实验验证了有关频域理论的理论分析，计算出了被测保偏光纤祸合强度，延长了偏振祸合测试的距离。-White light interference from the basic theory, analysis of the dispersion on
spectrum-analysis
- STM32实现在模拟示波器上显示频谱特性，间隔1M的频标，在单片机内部输出同步锯齿波-STM32 realize in analogue oscilloscope display on the spectrum characteristics, at 1 M s frequency standard, the microcontroller internal output synchronous sawtooth wave
avrfft
- SG12232C graphic LCD液晶编程-This is an evaluation use of a small graphics LCD module. Last summer, SG12232C graphic LCD module has been sold sold for 1500 Yens from Akizuki Denshi and I bought it. However I could not find good application for the LCD mo
Spectrum-leaf-nitrogen-content
- 在作物精准栽培管理的研究领域中，利用实验室近红外光谱量测技术，进行作物体内和田间土壤养份的判定，已逐渐发展成为取代过去需繁复程序的湿式化学分析方法。-Precision in crop cultivation and management of research, using near-infrared spectroscopy measurement laboratory techniques, field crop and soil nutrients the body to determi
Signal-Analysis
- 基于020的简易信号分析仪，能够实现40khz以下的方波、三角波、正弦波频率、幅值检测及频谱分析。-Signal-Analysis system based on 020. Measuring magnitude, frequency of square,triangle,and sin signal under 40khz,including frequency spectrum analysis.
xhppfx
- 以CVI为平台，建立信号的频谱分析仪，有两个图形控件，用来分别显示采集波形和频谱分析图形；两个数字控件，一个输入采样速率，一个显示信号频率；三个命令控件，一个启动数据采集命令程序，一个开始频谱分析，一个退出程序。-CVI is the signal spectrum analyzer, two graphical controls, used to display the waveform acquisition and spectrum analysis graphics two digit
Spectrum-analysis
- 频谱分析XTC12C5A60S23232显示0809借口-Spectrum analysis
13246
- 基于了LabVIEW的虚拟示波器的设计包括VI和详细的报告 设计目的及任务： 1、掌握利用A/D转换和计算机资源实现示波器的设计方法。 2、设计虚拟示波器。 3、建立NI-DAQmx仿真设备，选择E系列中的NI PCI-6071E数据采集卡的仿真模块，通过DAQmx物理通道识别，产生模拟信号，然后基于LabVIEW开发平台设计实现虚拟示波器。基本可以实现仪器的性能与可靠性，可以方便的对其编程, 实现对数据的采集、实时显示、数字滤波、截波显示、波形存储、波形回显、频谱分析等
Spectrum-Analysis
- 单片机开发的上位机程序，内含频谱分析和数字滤波器两个程序，主要用于单片机开发过程中的上位机显示和分析，实用性高。-SCM developed PC program, spectrum analysis and digital filters containing two programs, mainly for microcontroller development process of the host computer for display and analysis, high pract
xjrcw
- Based on SVPWM three-level inverter matlab simulation, For time-frequency analysis algorithm, Energy spectrum analysis and calculation.
foubuipui
- Including scr ipt files and function files in the form, BP neural network function fitting and pattern recognition, Energy spectrum analysis and calculation.
3280
- Energy spectrum analysis and calculation, Machine learning routines, There Wavelet Analysis Blind Signal Processing.
4673
- Application of small area variance comparison, simple procedures, Energy spectrum analysis and calculation, Including the least squares method, the SVM, neural networks, 1 _k neighbor method.
wv755
- Conducted through virtual array DOA estimation, Including the final calculation of the compressed image peak signal to noise ratio and compression of the source, Energy spectrum analysis and calculation.