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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.)

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

使用EMD对采集数据进行数据模态分解，得到各个分量信号(Use EMD to cEMD data)

显示了对labview中FFT频谱、频响、和频谱测量三个vi的区别。(Shows the difference for labview in FFT spectrum, frequency response, and spectral measurements three of vi.)

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.)

基于labview的自动控制原理的时域响应分析，能够绘制二阶系统的单位响应曲线，斜坡，脉冲曲线(Analysis of the time-domain response of principle-based the labview automatic control units able to draw a second-order system response curve, ramp, pulse curve)

该程序基于labview2012研发，利用希尔伯特变换实现提取信号的包络。一部分是对AM信号的仿真实验，另一部分是其通用形式，只需拷贝到自己的引用程序中即可。(The program is based on the labview2012 , the use of the Hilbert transform to extract the signal envelope. Part of the AM signal simulation, another part is in its generic form, can be simply copied to the reference program.)

适合多界面开发，可实现多窗口运行,丰富界面显示。(Suitable for multi-interface development, can achieve multi-window operation, rich interface display.)

利用LABVIEW开发环境，实现GPIB串口通讯(无)

LabVIEW官方提供的串口例程，内含各个串口相关函数的用法。(LabVIEW official serial routines, each containing usage serial correlation function.)