NI风格控件包

这是使用Labview实现I2C通讯的程序，很好的算法，通讯速率会很快。(This is the use of Labview realize I2C communication procedures, a good algorithm, communication speed very fast.)

说明：  CCD相机控制程序，用labview 驱动线阵CCD，可以设置采样时间/频率/曝光度等参数。(CCD driver,drive CCD camra with labview, with controlling of sample time parameter.)

Bayspec解调模块作为当前国际上最常用的光纤光栅信号解调设备，具有精度高、采样率高、方便工程师进行二次开发。这里提供了一个适用于Bayspec的解调软件，全用LabVIEW编写代码，可直接读取光谱和波长数据。(Bayspec demodulation module is the most commonly used fiber grating signal demodulation equipment in the world. It has high precision, high sampling rate and is convenient for engineers to carry out secondary development. Here is a demodulation software for Bayspec that uses LabVIEW to write code that directly reads spectral and wavelength data.)

锁相技术在测控、通信、数字信号处理等众多领域得到了广泛的应用。虚拟锁相环成为锁相环发展趋势之一，根据锁相环路的基本组成及原理，利用LabVIEW软件提供的强大的数值计算和信号分析等能力对锁相环进行设计。实验和仿真结果表明该软件锁相环具有较好的捕获和跟踪性能。利用软件实现的锁相环比硬件锁相环具有更好的灵活性和通用性，同时具有结构简单、参数设计灵活等优点。(Lock-in technique in many areas of monitoring and control, communications, digital signal processing, has been widely used. Became one of the virtual phase-locked loop phase-locked loop trends, according to the basic principles of composition and phase-locked loop, using LabVIEW software provides powerful numerical calculation and signal analysis capabilities such as phase-locked loop design. Experimental and simulation results show that the software PLL has a better acquisition and tracking performance. Use of software than hardware locked loop PLL has better flexibility and versatility, but also has a simple structure, flexible design parameters, etc..)

说明：  基于labview的modus通信，接受和发送数据，产生报文(digital received and sent)

这个程序用于计算光声光谱声学腔的共振频率，方便实用(caculation of resonant frequency of acoustic resonator)

控制三台电机，并完成转矩给定的分配，记录转速(Control three motors and complete the assignment given torque, speed record)

用Labview分析笔记本采集到的噪声信号频率计权声级(Using Labview analysis laptop to noise signal frequency meter right sound level)

LabView 蓝牙程序开发。。。。。。。(LabView bluetooth development)

并在Labview上实现了滑模控制器，利用roboRIO可实现对2自由度脚踝康复机器人的实时控制。(The sliding mode controller is implemented on Labview, and the real-time control of the 2 degree of freedom ankle rehabilitation robot can be realized by using roboRIO.)