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说明：  利用labview 快速对不同格式的IC卡号进行转换(Using LabVIEW to quickly convert IC card numbers of different formats)

usrp_stanford的课程，可以用USRP实现BPSK和QPSK的调制与解调，完成了链路的搭建。(Usrp_stanford course, you can use USRP to achieve BPSK and QPSK modulation and demodulation, the completion of the link to build.)

用LABview编写的GPIB并口通信程序(Labview GPIB prepared to use parallel port communication program)

选择文件路径读取TDMS文件，选择是否校准，选择数据组名及通道名，对数据进行频谱分析(Spectrum analysis of the data from TDMS file.)

说明：  利用电脑的摄像头或者外部的USB摄像头，采集图片。(Use a computer camera or an external USB camera to collect pictures.)

说明：  利用labview语言编写的声音采集程序，可以实现声音多通道的采集和分析，并显示采集到的信号波形(The sound acquisition program written in Labview language can realize the sound multi-channel acquisition and analysis, and display the acquired signal waveform)

基于labVIEW的最小二乘法算拟合正弦波计算相位(Calculated based on least squares fitting labVIEW calculated phase sine wave)

示波器的设计，基本上满足日常的使用。可以自动调整频率等功能(Design of Oscilloscope)

基于LabVIEW的datasocket的双机远程数据通信(Dual Remote Data Communication based the LabVIEW datasocket,)

以labview为平台实现的PI逆迟滞模型实现压电陶瓷的前馈逆控制,(Feedforward inverse control of piezoelectric ceramics by PI inverse hysteresis model)