LABVIEW-queue-state-machine

说明：  使用全局变量 VI 实现动态数据从一个 VI 传送到别一个 VI 中。当两个 VI 同时运行时，观察对比两个 VI 的波形图，调节第一个 VI 的滑动 杆，再观察对比两边的波形，最后，按下第一个 VI 里的停止按钮时，第二个 VI 也能接收到停止信号，并停止第二个 VI 的运行。(Using global variable VI to transfer dynamic data from one VI to another Medium. When the two VI are running at the same time, observe and compare the waveform of the two VI, and adjust the sliding of the first VI Then observe and compare the waveforms on both sides. Finally, when pressing the stop button in the first VI, the second VI It can also receive the stop signal and stop the operation of the second VI.)

初学者自学labview小程序参考，包括5判断素数、报数问题、自功率谱处理、跑马灯、模拟汽车控制、登陆界面……各种学习小程序(Beginners learning labview applet reference, including five judgments primes, reported few problems, since the power spectrum processing, marquees, simulated vehicle control, landing a variety of learning applet interface ......)

说明：  i2c labvbiew monitoramento do protocolo i2c desenvolvido em labview

基于LABVIEW信号发生器 可以产生正弦、方波、三角波、锯齿波四种波形(It can generate a sinusoidal signal generator based on LABVIEW, square, triangle and sawtooth waveforms)

实现了Labview中格式为TDMS的数据文件的读取，并能够在波形图表中显示数据文件中记录的波形。(Achieved in Labview TDMS data file format is read, and the ability to display data in the waveform chart waveform records in the file.)

labveiw实现基带信号的幅度调制（AM），频率调制(FM)和相位调制(PM)，可以在波形图中看到调制信号和调制后信号的叠加和对比，可以看到频域波形。载波与基带幅度和频率参数均可改变。(Baseband AM/FM/PM in labview. In the vi, you ll be able to see the modulated signal in both time and frequency domain.)

labview串口程序，可发一个四字节有符号数，多字节可自己修改，使用文本框，数组和示波器输出。(sent a signed int eger whit 4 Byte)

本vi用于计算给定一维数组的艾伦方差及傅里叶变换。用于数据分析。(This VI is used to compute the Alan variance and Fourier transform of a given one-dimensional array. For data analysis.)

用户通过数据采集卡采集到模拟数据，与预先设定的值进行比较，PID运算(Users collect analog data through data acquisition card, compare with pre-set values, and perform PID operation.)

labview连接sqlite数据库，并能够对数据库操作(LabVIEW connects SQLite database and can operate on Database)