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zigonglv
- 自功率谱的应用，在信号处理中常用的工具，希望对你有帮助-Since the power spectrum of applications, commonly used tools in signal processing
TCP-and-filtering
- 12、使用TCP的双人或多人聊天程序 13、生成：生成一个由若干个不同频率的正弦波以及均匀分布噪声组成的信号，并显示。（允许用户挑选正弦波个数、设置不同频率、设置幅值、设置信号长度。） 保存：将生成的信号保存到二进制文件中。 打开：打开二进制文件，并显示。 计算：计算并显示功率谱 滤波：可以设置滤波种类及滤波频率，可以选择是否滤波。 只使用两个Graph，分别用于显示信号和功率谱。（若进行滤波，则只显示滤波后信号和功率谱）-12, Double or multiplaye
audio-signal-power-spectrum-analysis
- 基于labview的声音信号的功率谱分析代码-Labview-based audio signal power spectrum analysis code
spansysy
- 任意信号的时频分析仪，包含傅里叶变换和功率谱图等分析。-Any time frequency analyzer based on LabVIEW
power-measure-labview
- 实现功率信号谱的测量，功能丰富，可测性较强，能够实现复杂功能-Achieve power signal spectrum measurement, feature-rich, testability strong, complex functions can be achieved
pinpufenxiyi
- 此程序的功能是一个加窗函数和信号类型都可选的频谱分析仪，包括有幅度谱、相位谱、功率谱，开发环境为Laview。-Feature of this program is a windowing function and signal types are optional spectrum analyzer includes amplitude spectrum and phase spectrum, power spectrum, the development environment for La
HOMEWORK
- 用LabVIEW编制一个完整应用软件，完成以下功能： 1、产生一个正弦波，叠加一个噪声信号，从界面上可以调整噪声和信号的幅度、频率等参数，此信号作为后续分析的信号源； 2、显示信号的时域波形，点击按钮可以显示信号的幅度谱、功率谱 3、图形上可以显示光标，具有峰值跟踪功能，同时将峰值频率、幅度显示在界面上。 4、点击按钮可以计算显示信号的失真度（THD）、信噪比（SNR）、各次谐波的频率和幅度；-Preparation of a complete application using
SOUND-COEETCTION
- 声发射/声音信号的采集，频域、时域、功率谱等的分析.请配合NI9223使用。- Acoustic emission/capture sound signal, frequency domain analysis, time domain, power spectrum, etc. Please cooperate NI9223 use.
PSD-and-PS
- 分析测量信号的FFT功率谱及功率谱密度，比较两者之间的差异-FFT power spectrum and power spectral density analysis comparing the measured signal difference between the two,
shengyinxinhaodegonglvpufenxi
- 声音信号的功率谱分析-Spectral analysis of the power of the sound signal.
measure-AM-and-power-spectrum
- 用于测量信号的振幅谱与功率谱，对初学LABVIEW做信号分析会有帮助。-Used to measure the signal amplitude spectrum and the power spectrum, signal analysis for beginners LABVIEW do help.
gonglvpufenxi
- 主要运用labview的编程功能完成对信号的功率谱分析，从而更好的理解功率谱。-The main use labview programming features to complete the signal power spectrum analysis to better understand the power spectrum.
LabVIEW
- 基于labview和声卡的数据采集，声卡的双声道模拟输出，信号的采集与存储，信号的功率谱分析-Power spectrum analysis based on labview and data acquisition card, sound card, two-channel analog output signal acquisition and storage, signal
Rotate-Vibration-Analysis
- 通过调整转轴转速生成振动信号并对其进行功率谱分析-Speed vibration signal generated by adjusting the shaft and its power spectrum analysis
自功率谱VI
- 自功率谱是分析非平稳信号频谱的重要手段。对于非平稳信号来说，利用自功率谱分析能够更容易找到信号中能量聚集区域，对信号中的频率分布有更好的了解。本文件中将其制作成独立子VI方便程序直接调用。(Self power spectrum is an important method to analyze the spectrum of non-stationary signals. For non-stationary signals, it is easier to find the energy a
am-dsb
- 使用Labview编程实现AM和DSB-SC 的模拟仿真，并能够观察功率谱信号(Using Labview programming to achieve the simulation of AM and DSB-SC, and can observe the power spectrum signal)
11.1.6 声音信号的功率谱分析(LABVIEW8.2)
- 声音信号的功率谱分析(LABVIEW8.2),对声信号进行功率谱分析(Power spectrum analysis of sound signals (LABVIEW8.2))
Signal power spectrum based on FFT
- 通过labview 对信号进行分析，主要包括基于FFT求信号功率谱(The signal is analyzed by LabVIEW, mainly including the signal power spectrum based on FFT)
功率谱分析
- 利用labview软件编写程序对信号进行功率谱峰分析(The power spectrum peak is analyzed by LabVIEW software.)