CCD Driver

说明：  1）、设计一个程序控制8个外设小灯的点亮方式，要求两种方式A:每个小灯间隔时间T，依次亮，时间T可调，并循环。B：先1.3.5.7.9亮隔时间T，2.4.6.8.10亮，并循环，T可调。 2）、要求主面板与硬件的8个小灯同步。 3）、通过网络在另一台计算机上控制此程序的运行（利用LabVIEW的DateSocket技术）((Network control of virtual instruments 1), design a program to control eight peripheral lights lit the way, the requirements in two ways A: each light interval T, followed by bright, time T adjustable, and circulation. B: first 1.3.5.7.9 bright every time T, 2.4.6.8.10 light, and circulating T-adjustable. 2), requires eight small lights of the main panel and hardware synchronization. 3), through the network control of this program running on another computer (using the LabVIEW DateSocket technology)))

LABVIEW下实现自动的EMMD分解，广泛应用于故障诊断系统 (The LABVIEW under to achieve automatic EMMD decomposition, widely used in fault diagnosis system)

Euler Runge_kutta 一维空间声场 波动方程(Euler Runge_kutta u4E00 u7EF0 u7A7A u95F4 u58F0 u573A u6CE2 u52A8 u65B9 u7A0B)

基于串口通信的电机控制界面，VI程序 对电机实现参数监控(Based on serial communication motor control interface, VI program to achieve the parameters of the motor monitoring)

通过串口把读到的温度 用波形显示 针对于仪器仪表温度测量(Through the serial port to read the temperature with a waveform display for temperature measurement in instrumentation)

这个程序可以实现两个串口直接的通信，labview(This program can realize two serial communication directly)

说明：  模拟相位屏的zernike多项式系数的仿真，希望有所帮助(According to their own needs to make appropriate modification, hope to help)

说明：  准备电赛时使用Labview制作的电能监控系统，分为CD主页面、采集数据、电压偏差模块、控件1、小波去躁模块、谐波检测模块六部分。是很好的参考资料。(The power monitoring system made by Labview is used to prepare electric races. It is divided into six parts: CD main page, data collection, voltage deviation module, control 1, wavelet elimination module and harmonic detection module. It's a good reference.)

labview与串口通信得到串口示波器的波形图(get chart serial port)

是LABVIEW的课设，有需要的可以参考一下 虚拟信号采集分析器 1）：利用虚拟信号发生器产生不同信号（信号的相关参数可调） 2）：在信号上叠加白噪声。 3）：对上述信号进行采样（采样频率可调） (LabVIEW course design, need to reference a virtual signal collecting analyzer 1): using virtual signal generator to generate different signal (signal parameters can be adjusted) 2): signal in additive white noise. 3): the above signal sampling (sampling frequency can be adjusted))