LED秒表+文件夹

说明：  利用labview做数学公式调用dll,亲测好使(Using LabVIEW to make mathematical formulas to call DLL)

Temperature Systems sensor

TDK-lambda程控电源的labview控制代码，包括初始化，电源电压阈值，最大电流阈值，输出电压设置，输出电流设置，电压电流实时采集等功能的子Vi(TDK-lambda program control power LabVIEW control code, including initialization, power supply voltage threshold, maximum current threshold, output voltage setting, output current setting, voltage and current real-time acquisition and other functions of sub Vi.)

说明：  欢迎学习Matlab和Simulink的控制教程。它们旨在帮助您学习如何使用Matlab和Simulink来分析和设计自动控制系统。它们涵盖了Matlab和Simulink的基础知识，最常见的经典控制设计技术（PID、根轨迹和频率响应），以及一些现代（状态空间）控制设计和数字控制。教程的流程由主页上的图像映射给出：每个教程都是一个位于左侧的框。还有七个示例，这些示例将贯穿教程（每个示例页在图像地图中用一个点表示）。在整个教程中，您将在每个页面的底部找到指向所有教程的链接，以及指向类似示例的链接。还提供了返回主页、完整索引以及matlab命令和simulink块列表的链接。(Welcome to the Control Tutorials for MATLAB and Simulink. They are designed to help you learn how to use MATLAB and Simulink for the analysis and design of automatic control systems. They cover the basics of MATLAB and Simulink, the most common classical control design techniques (PID, root locus, and frequency response), as well as some modern (state-space) control design and digital control. The flow of the tutorials is given by the image map on the home page: each tutorial is a box along the lefthand side. There are also seven examples which are followed through the tutorials (each example page is indicated in the image map by a dot). Throughout the tutorials, you will find links at the bottom of each page to all of the tutorials as well as links to similar examples. Links are also given to come back to the home page, to the complete index, and to the list of MATLAB commands and Simulink blocks.)

基于研华PCI-1710数据采集卡的多通道高数数据采集(Multi channel high data acquisition Advantech data acquisition card based on PCI-1710)

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.)

里面包含了labview2016版本所有模块的下载链接(It contains a download link for all the modules of the labview2016 version)

Labview 实现调用动态链接库 有详细说明 程序案例和与案例说明 是学习的好材料！(Labview implementation calls the dynamic link library procedures are described in detail with examples and case notes are a good learning materials!)

说明：  通过LabVIEW平台搭建BP神经网络模型(BP Neural Network Model Based on LabVIEW Platform)

usrp_stanford的课程，可以用USRP实现BPSK和QPSK的调制与解调，完成了链路的搭建。(Usrp_stanford course, you can use USRP to achieve BPSK and QPSK modulation and demodulation, the completion of the link to build.)