Convert-C-to-F

说明：  本Demo演示了NI公司LabVIEW图形化开发环境的并行编程模式。在并行循环之间可以通过队列或者是局部变量传递数据。(This Demo demonstrates the parallel programming model of NI's LabVIEW graphical development environment. Between parallel loops, data can be passed through queues or local variables.)

Labview实现声音信号连续采集存储的例子，可以长时间采集存储，很实用。(Examples Labview to achieve continuous sound signal acquisition and storage can be stored for a long time collecting, very practical.)

采用labview编写的用于调用Matlab，实现希尔伯特黄变换，并读取各阶IMF(Using labview prepared for each order IMF calls Matlab, realize Hilbert-Huang Transform and read)

对LabVIEW进行二次开发，对信号进行聚合经验模态分解。(The LabVIEW is developed two times, and the signal is aggregated by empirical mode decomposition.)

数组移位更新、Labview基础编程、循环更新数组、移位更新(Array shift updated, Labview based programming, circular array, shift update)

读写波形文件，将波形数据写入文件中，然后在读出来显示出来(Read and write waveform files, write waveform data to the file, and then read it out.)

Labview基于声卡的频谱分析 声卡采集声音数据,显示其波形,通过滤波器和加窗处理进行功率谱分析(Labview based sound card spectrum analysis Sound card data collection, display its waveform, through the filter and window processing power spectrum analysis)

labview的PXI应用实例，通过工程实例详细介绍了PXI虚拟仪器的使用。(PXI using in labview)

Labview的程序源代码SimplyModbusTCP1.3.6SimplyModbusTCP1.3.6(Labview Labview program source code of the program source code Labview program source code program source code Labview Labview program source code)

基于声卡的测试系统,可以录音并且保存声音文件,可以把声音文件回放,可以离线和在线做波形和频谱(Test system based on the sound card, you can save recordings and sound files, sound files can be playback, you can make offline and online waveform and spectrum)