Labview_RBF

控制蓝牙Dongle 通过蓝牙地址自动配对 (Cotrol the IVT dongle let it paied the bluetooth that you want to test.)

说明：  可以实现自适应的分辨率调节。。。。。。。(Adaptive resolution adjustment can be realized)

说明：  基于labview的振动信号采集与分析的一段编程(A program of vibration signal acquisition and analysis based on Lab View)

说明：  使用Labview进行实时调用摄像头、按键拍照、根据俯仰角和方向角找到图像中的位置(Use LabVIEW to call the camera in real time, press the key to take photos, and find the position in the image according to the pitch angle and direction angle)

通过设定扫频范围及采样信息，产生一个chrip 信号。(generate a chirp signal, this vi could be used as a signal generation for free.)

说明：  labview宝典书籍的全部代码，希望有助于同学们的学习，所有代码都可以运行(Labview books all the code, I hope to help students learn, all the code can run)

说明：  采用cvi语言编写 对agilent 34970a万用表进行数据采集和复位处理，可作为在 labwindows/cvi使用agilent 34970a万用表进行数据采集的参考代码(Cvi languages used on the agilent 34970a multimeter for data collection and reduction processing, can be used as in labwindows/cvi using agilent 34970a multimeter for data collection reference code)

labview编写的EMD分解程序 经验模态分解方法（EMD）在非平稳信号的分析和处理中起着重要的作用，为了能够方便的使用EMD方法对信号进行处理，现将LabVIEW虚拟仪器开发平台良好的用户图形界面和MATLAB软件强大的数值分析功能相结合,利用LabVIEW调用MATLAB实现EMD信号处理方法。仿真结果表明对信号进行EMD分解后，使得瞬时频率具有了物理意义，但只是对信号进行了初步处理，可根据实际需要进行相应后续处理。(the labview written EMD decomposition process.Empirical Mode Decomposition (EMD) plays an important role in the non-stationary signal analysis and processing, signal processing in order to be able to facilitate the use of the EMD method, now LabVIEW virtual instrument development platform graphical user interface and the MATLAB softwarepowerful numerical analysis capabilities combined LabVIEW calling MATLAB the EMD signal processing method. Simulation results show that the signal with EMD, making instantaneous frequency has the physical meaning of the initial treatment, but only the signal, the appropriate follow-up treatment can be based on actual needs.)

基于labview的简单变声程序，简单而有趣，可以尝试一下，并做出改进(Labview program based on a simple change of sound, simple and fun, you can try and make improvements)

虚拟仪器，给予超声测距的倒车雷达的应用，用labview加以实现(Virtual instrument, given ultrasonic ranging reversing radar applications, be achieved with labview)